BLAST Search Results

BLASTP 2.2.25+ Reference: Stephen F. Altschul, Thomas L. Madden, Alejandro A. Schäffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for composition-based statistics: Alejandro A. Schäffer, L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST protein database searches with composition-based statistics and other refinements", Nucleic Acids Res. 29:2994-3005. Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,229,318 sequences; 5,219,829,388 total letters Query= Rv2567 Length=884 Score E Sequences producing significant alignments: (Bits) Value gi|15609704|ref|NP_217083.1| hypothetical protein Rv2567 [Mycoba... 1766 0.0 gi|15842105|ref|NP_337142.1| hypothetical protein MT2643 [Mycoba... 1765 0.0 gi|306780604|ref|ZP_07418941.1| conserved alanine and leucine ri... 1763 0.0 gi|254366769|ref|ZP_04982812.1| conserved hypothetical alanine a... 1763 0.0 gi|308379243|ref|ZP_07668926.1| conserved alanine and leucine ri... 1762 0.0 gi|183982177|ref|YP_001850468.1| hypothetical protein MMAR_2164 ... 1460 0.0 gi|54289547|gb|AAV32081.1| uncharacterized conserved protein [My... 1458 0.0 gi|118617368|ref|YP_905700.1| hypothetical protein MUL_1748 [Myc... 1451 0.0 gi|296170790|ref|ZP_06852362.1| conserved hypothetical protein [... 1450 0.0 gi|289444103|ref|ZP_06433847.1| conserved hypothetical protein [... 1426 0.0 gi|240170718|ref|ZP_04749377.1| hypothetical protein MkanA1_1549... 1419 0.0 gi|289570737|ref|ZP_06450964.1| conserved alanine and leucine ri... 1402 0.0 gi|41407168|ref|NP_960004.1| hypothetical protein MAP1070c [Myco... 1400 0.0 gi|118463026|ref|YP_882619.1| hypothetical protein MAV_3438 [Myc... 1398 0.0 gi|254775883|ref|ZP_05217399.1| hypothetical protein MaviaA2_146... 1391 0.0 gi|289751189|ref|ZP_06510567.1| conserved hypothetical protein [... 1384 0.0 gi|342858619|ref|ZP_08715274.1| hypothetical protein MCOL_07076 ... 1379 0.0 gi|15828445|ref|NP_302708.1| hypothetical protein ML2679 [Mycoba... 1308 0.0 gi|339295444|gb|AEJ47555.1| conserved alanine and leucine rich p... 1240 0.0 gi|126434945|ref|YP_001070636.1| hypothetical protein Mjls_2360 ... 1208 0.0 gi|108799288|ref|YP_639485.1| hypothetical protein Mmcs_2321 [My... 1207 0.0 gi|120403614|ref|YP_953443.1| hypothetical protein Mvan_2629 [My... 1148 0.0 gi|315444684|ref|YP_004077563.1| hypothetical protein Mspyr1_311... 1148 0.0 gi|145224352|ref|YP_001135030.1| hypothetical protein Mflv_3770 ... 1144 0.0 gi|118473643|ref|YP_887335.1| hypothetical protein MSMEG_3017 [M... 1141 0.0 gi|169629942|ref|YP_001703591.1| hypothetical protein MAB_2858c ... 1005 0.0 gi|289758697|ref|ZP_06518075.1| LOW QUALITY PROTEIN: conserved h... 996 0.0 gi|111024081|ref|YP_707053.1| hypothetical protein RHA1_ro07131 ... 761 0.0 gi|226366321|ref|YP_002784104.1| hypothetical protein ROP_69120 ... 753 0.0 gi|317507129|ref|ZP_07964889.1| hypothetical protein HMPREF9336_... 720 0.0 gi|296394112|ref|YP_003658996.1| hypothetical protein Srot_1705 ... 707 0.0 gi|258653494|ref|YP_003202650.1| hypothetical protein Namu_3333 ... 678 0.0 gi|262202246|ref|YP_003273454.1| hypothetical protein Gbro_2316 ... 675 0.0 gi|343924312|ref|ZP_08763863.1| hypothetical protein GOALK_014_0... 656 0.0 gi|333919503|ref|YP_004493084.1| hypothetical protein AS9A_1835 ... 637 2e-180 gi|296139673|ref|YP_003646916.1| hypothetical protein Tpau_1965 ... 605 8e-171 gi|336119555|ref|YP_004574332.1| hypothetical protein MLP_39150 ... 559 7e-157 gi|326328630|ref|ZP_08194970.1| hypothetical protein NBCG_00068 ... 539 7e-151 gi|311744122|ref|ZP_07717928.1| conserved hypothetical protein [... 516 7e-144 gi|296128033|ref|YP_003635283.1| hypothetical protein Cfla_0165 ... 510 5e-142 gi|336322159|ref|YP_004602127.1| hypothetical protein Celgi_3067... 503 5e-140 gi|332668817|ref|YP_004451824.1| hypothetical protein Celf_0292 ... 499 1e-138 gi|297537224|ref|YP_003672993.1| hypothetical protein M301_0028 ... 495 1e-137 gi|229822339|ref|YP_002883865.1| hypothetical protein Bcav_3861 ... 484 3e-134 gi|344942758|ref|ZP_08782045.1| protein of unknown function DUF4... 468 3e-129 gi|317050632|ref|YP_004111748.1| hypothetical protein Selin_0439... 465 2e-128 gi|339295443|gb|AEJ47554.1| conserved alanine and leucine rich p... 457 4e-126 gi|192361135|ref|YP_001981491.1| hypothetical protein CJA_0995 [... 457 5e-126 gi|254784935|ref|YP_003072363.1| hypothetical protein TERTU_0744... 451 3e-124 gi|343921077|gb|EGV31801.1| protein of unknown function DUF404 [... 450 5e-124 >gi|15609704|ref|NP_217083.1| hypothetical protein Rv2567 [Mycobacterium tuberculosis H37Rv] gi|148662406|ref|YP_001283929.1| hypothetical protein MRA_2596 [Mycobacterium tuberculosis H37Ra] gi|167968823|ref|ZP_02551100.1| conserved hypothetical alanine and leucine rich protein [Mycobacterium tuberculosis H37Ra] 7 more sequence titles Length=884 Score = 1766 bits (4575), Expect = 0.0, Method: Compositional matrix adjust. Identities = 884/884 (100%), Positives = 884/884 (100%), Gaps = 0/884 (0%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD Sbjct 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA Sbjct 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH Sbjct 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA Sbjct 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW Sbjct 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN Sbjct 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT Sbjct 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 Query 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM Sbjct 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 Query 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR Sbjct 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 Query 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA Sbjct 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 Query 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA 660 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA Sbjct 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA 660 Query 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 720 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI Sbjct 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 720 Query 721 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 780 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD Sbjct 721 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 780 Query 781 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 840 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE Sbjct 781 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 840 Query 841 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA Sbjct 841 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 >gi|15842105|ref|NP_337142.1| hypothetical protein MT2643 [Mycobacterium tuberculosis CDC1551] gi|31793750|ref|NP_856243.1| hypothetical protein Mb2597 [Mycobacterium bovis AF2122/97] gi|121638452|ref|YP_978676.1| hypothetical protein BCG_2590 [Mycobacterium bovis BCG str. Pasteur 1173P2] 51 more sequence titles Length=884 Score = 1765 bits (4571), Expect = 0.0, Method: Compositional matrix adjust. Identities = 883/884 (99%), Positives = 884/884 (100%), Gaps = 0/884 (0%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD Sbjct 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA Sbjct 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH Sbjct 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA Sbjct 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW Sbjct 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN Sbjct 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT Sbjct 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 Query 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM Sbjct 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 Query 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR Sbjct 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 Query 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA Sbjct 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 Query 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA 660 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAA+AVRDQLSNDTWMVLA Sbjct 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAARAVRDQLSNDTWMVLA 660 Query 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 720 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI Sbjct 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 720 Query 721 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 780 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD Sbjct 721 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 780 Query 781 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 840 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE Sbjct 781 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 840 Query 841 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA Sbjct 841 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 >gi|306780604|ref|ZP_07418941.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis SUMu002] gi|306789968|ref|ZP_07428290.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis SUMu004] gi|306794048|ref|ZP_07432350.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis SUMu005] gi|308326539|gb|EFP15390.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis SUMu002] gi|308333578|gb|EFP22429.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis SUMu004] gi|308337605|gb|EFP26456.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis SUMu005] Length=884 Score = 1763 bits (4566), Expect = 0.0, Method: Compositional matrix adjust. Identities = 882/884 (99%), Positives = 883/884 (99%), Gaps = 0/884 (0%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD Sbjct 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA Sbjct 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH Sbjct 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA Sbjct 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW Sbjct 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN Sbjct 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT Sbjct 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 Query 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM Sbjct 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 Query 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR Sbjct 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 Query 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA Sbjct 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 Query 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA 660 TG GSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAA+AVRDQLSNDTWMVLA Sbjct 601 TGGGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAARAVRDQLSNDTWMVLA 660 Query 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 720 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI Sbjct 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 720 Query 721 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 780 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD Sbjct 721 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 780 Query 781 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 840 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE Sbjct 781 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 840 Query 841 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA Sbjct 841 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 >gi|254366769|ref|ZP_04982812.1| conserved hypothetical alanine and leucine rich protein [Mycobacterium tuberculosis str. Haarlem] gi|134152280|gb|EBA44325.1| conserved hypothetical alanine and leucine rich protein [Mycobacterium tuberculosis str. Haarlem] Length=884 Score = 1763 bits (4566), Expect = 0.0, Method: Compositional matrix adjust. Identities = 882/884 (99%), Positives = 883/884 (99%), Gaps = 0/884 (0%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD Sbjct 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA Sbjct 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH Sbjct 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA Sbjct 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW Sbjct 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN Sbjct 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT Sbjct 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 Query 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAP NHAGVLSSAGVGMRLFTVAQRSGYAPM Sbjct 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPINHAGVLSSAGVGMRLFTVAQRSGYAPM 480 Query 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR Sbjct 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 Query 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA Sbjct 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 Query 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA 660 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAA+AVRDQLSNDTWMVLA Sbjct 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAARAVRDQLSNDTWMVLA 660 Query 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 720 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI Sbjct 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 720 Query 721 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 780 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD Sbjct 721 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 780 Query 781 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 840 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE Sbjct 781 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 840 Query 841 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA Sbjct 841 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 >gi|308379243|ref|ZP_07668926.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis SUMu010] gi|308380405|ref|ZP_07669187.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis SUMu011] gi|308357646|gb|EFP46497.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis SUMu010] gi|308361588|gb|EFP50439.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis SUMu011] Length=990 Score = 1762 bits (4563), Expect = 0.0, Method: Compositional matrix adjust. Identities = 884/884 (100%), Positives = 884/884 (100%), Gaps = 0/884 (0%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD Sbjct 107 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 166 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA Sbjct 167 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 226 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH Sbjct 227 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 286 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA Sbjct 287 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 346 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW Sbjct 347 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 406 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN Sbjct 407 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 466 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT Sbjct 467 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 526 Query 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM Sbjct 527 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 586 Query 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR Sbjct 587 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 646 Query 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA Sbjct 647 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 706 Query 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA 660 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA Sbjct 707 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA 766 Query 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 720 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI Sbjct 767 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 826 Query 721 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 780 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD Sbjct 827 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 886 Query 781 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 840 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE Sbjct 887 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 946 Query 841 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA Sbjct 947 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 990 >gi|183982177|ref|YP_001850468.1| hypothetical protein MMAR_2164 [Mycobacterium marinum M] gi|183175503|gb|ACC40613.1| conserved hypothetical alanine and leucine rich protein [Mycobacterium marinum M] Length=891 Score = 1460 bits (3780), Expect = 0.0, Method: Compositional matrix adjust. Identities = 730/894 (82%), Positives = 795/894 (89%), Gaps = 18/894 (2%) Query 3 PSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAV 62 P+A AA YDVDRLLAGYRTARAQE LFD+RD PG GYDEFVD DGNVRP WTELADAV Sbjct 4 PAAVAAAEPYDVDRLLAGYRTARAQEALFDVRDSPGIGYDEFVDADGNVRPAWTELADAV 63 Query 63 AERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAAD 122 AERG+ GLDRLRSVVHSLIDHDGITYT +D+ R+ G H LEPGPWRLD LPLV+SA D Sbjct 64 AERGRTGLDRLRSVVHSLIDHDGITYTGVDSGRED-HGVHGLEPGPWRLDTLPLVVSAQD 122 Query 123 WEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQL 182 WEVLEAGLVQRSRLLDA+LADLYGPR +LTEG+LP E++F HP YVR ANGI++PG HQL Sbjct 123 WEVLEAGLVQRSRLLDAVLADLYGPRRLLTEGLLPSELVFGHPAYVRGANGIEVPGHHQL 182 Query 183 FMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQA 242 F+H CD+SR+PDG++QVNADWTQAPSG+GYA+ADRRVVAHA+PDLYE +APRPTTPFAQA Sbjct 183 FLHGCDISRIPDGSYQVNADWTQAPSGAGYALADRRVVAHAIPDLYENIAPRPTTPFAQA 242 Query 243 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMR 302 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMR Sbjct 243 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMR 302 Query 303 SLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPG 362 SLGTLKRVDVVLRRVDA YADPLDLRADSRLGVVGLVEAQHRG VTVVNTLGSGILE+PG Sbjct 303 SLGTLKRVDVVLRRVDAAYADPLDLRADSRLGVVGLVEAQHRGAVTVVNTLGSGILESPG 362 Query 363 LLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLS 422 L+RFLP L+ERLL E P+L +AP+YWGGIA+ERSHLLAN+SSLLIKSTV G T VGPTLS Sbjct 363 LMRFLPGLAERLLGEEPMLQSAPMYWGGIATERSHLLANLSSLLIKSTVGGNTRVGPTLS 422 Query 423 SAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIG 482 SAQLA+LA RIEAMPWQWVGQELP FSSAPT+HAGVLSSAGVGMRLFTVAQRSGY+PMIG Sbjct 423 SAQLAELAARIEAMPWQWVGQELPAFSSAPTDHAGVLSSAGVGMRLFTVAQRSGYSPMIG 482 Query 483 GLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAP------------PAKTG 530 GLGYVLAPGPAAYTL++VAAKDIWVRPTERA E + PV P P KTG Sbjct 483 GLGYVLAPGPAAYTLRSVAAKDIWVRPTERAIVETVAAPVTGPIVQPILEPSALVPIKTG 542 Query 531 AGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAA 590 AGT VSSPRVLSDLFWMGRYGERAENMARLL+V RERYH+FRH QDT+ESECVPVLMAA Sbjct 543 AGTLGVSSPRVLSDLFWMGRYGERAENMARLLMVARERYHLFRHHQDTEESECVPVLMAA 602 Query 591 LGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQ 650 LG ITG DT G+A D A+MIAVAPS LWS+TVD + PGSLVQSVEGLALAA+AVRDQ Sbjct 603 LGNITGTDT----GAANDHAEMIAVAPSMLWSMTVDLEWPGSLVQSVEGLALAARAVRDQ 658 Query 651 LSNDTWMVLANVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVG 710 LSNDTW+VLA+VERAV +SDPPQSLAEAD +LA AQA+TLAGMLTLSGVA ESMV DVG Sbjct 659 LSNDTWIVLADVERAVTLRSDPPQSLAEADGLLAEAQAQTLAGMLTLSGVASESMVRDVG 718 Query 711 WTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSV 770 WTMMDIGKRIERGLWLTALL TL+TVR AEQ IIE+TL CESSVIYRRRTVGKFSV Sbjct 719 WTMMDIGKRIERGLWLTALLADTLTTVRGVVAEQTIIESTLEVCESSVIYRRRTVGKFSV 778 Query 771 AAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELE 830 AV ELMLFDA NPRSLVYQ+ERLRA+LKDLPG+SGSSRPERMVDE++ RLRRSHP ELE Sbjct 779 TAVNELMLFDAHNPRSLVYQMERLRANLKDLPGTSGSSRPERMVDEISARLRRSHPAELE 838 Query 831 EVSADGLRAELAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 E++ DG R ELAELL GIH SLR++A+V+T TQLALPGGMQPLWGP++RR MPA Sbjct 839 EIT-DGRRTELAELLNGIHVSLRELAEVITDTQLALPGGMQPLWGPEERRTMPA 891 >gi|54289547|gb|AAV32081.1| uncharacterized conserved protein [Mycobacterium marinum] Length=896 Score = 1458 bits (3775), Expect = 0.0, Method: Compositional matrix adjust. Identities = 729/894 (82%), Positives = 794/894 (89%), Gaps = 18/894 (2%) Query 3 PSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAV 62 P+A AA YDVDRLLAGYRTARAQE LFD+RD PG GYDEFVD DGNVRP WTELADAV Sbjct 9 PAAVAAAEPYDVDRLLAGYRTARAQEALFDVRDSPGIGYDEFVDADGNVRPAWTELADAV 68 Query 63 AERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAAD 122 AERG+ GLDRLRSVVHSLIDHDGITYT +D+ R+ G H LEPGPWRLD LPLV+SA D Sbjct 69 AERGRTGLDRLRSVVHSLIDHDGITYTGVDSGRED-HGVHGLEPGPWRLDTLPLVVSAQD 127 Query 123 WEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQL 182 WEVLEAGLVQRSRLLDA+LADLYGPR +LTEG+LP E++F HP YVR ANGI++PG HQL Sbjct 128 WEVLEAGLVQRSRLLDAVLADLYGPRRLLTEGLLPSELVFGHPAYVRGANGIEVPGHHQL 187 Query 183 FMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQA 242 F+H CD+SR+PDG++QVNADWTQAPSG+GYA+ADRRVVAHA+PDLYE +APRPTTPFAQA Sbjct 188 FLHGCDISRIPDGSYQVNADWTQAPSGAGYALADRRVVAHAIPDLYENIAPRPTTPFAQA 247 Query 243 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMR 302 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMR Sbjct 248 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMR 307 Query 303 SLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPG 362 SLGTLKRVDVVLRRVDA YADPLDLRADSRLGVVGLVEAQHRG VTVVNTLGSGILE+PG Sbjct 308 SLGTLKRVDVVLRRVDAAYADPLDLRADSRLGVVGLVEAQHRGAVTVVNTLGSGILESPG 367 Query 363 LLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLS 422 L+RFLP L+ERLL E P+L +AP+YWGGIA+ERSHLLAN+SSLLIKSTV G T VGPTLS Sbjct 368 LMRFLPGLAERLLGEEPMLQSAPMYWGGIATERSHLLANLSSLLIKSTVGGNTRVGPTLS 427 Query 423 SAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIG 482 SAQLA+LA RIEAMPWQWVGQELP FSSAPT+HAGVLSSAGVGMRLFTVAQRSGY+PMIG Sbjct 428 SAQLAELAARIEAMPWQWVGQELPAFSSAPTDHAGVLSSAGVGMRLFTVAQRSGYSPMIG 487 Query 483 GLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAP------------PAKTG 530 GLGYVLAPGPAAYTL++VAAKDIWVRPTERA E + PV P P KTG Sbjct 488 GLGYVLAPGPAAYTLRSVAAKDIWVRPTERAIVETVAAPVTGPIVQPILEPSALVPIKTG 547 Query 531 AGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAA 590 AGT VSSPRVLSDLFWMGRYGERAENMARLL+V RERYH+FRH QDT+ESECVPVLMAA Sbjct 548 AGTLGVSSPRVLSDLFWMGRYGERAENMARLLMVARERYHLFRHHQDTEESECVPVLMAA 607 Query 591 LGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQ 650 LG ITG DT G+A D A+MIAVAPS LWS+TVD + PGSLVQSVEGLALAA+AVRDQ Sbjct 608 LGNITGTDT----GAANDHAEMIAVAPSMLWSMTVDLEWPGSLVQSVEGLALAARAVRDQ 663 Query 651 LSNDTWMVLANVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVG 710 LSNDTW+VLA+VERAV +SDPPQSLAEAD +LA AQA+TLAGMLTLSGVA ESMV DVG Sbjct 664 LSNDTWIVLADVERAVTLRSDPPQSLAEADGLLAEAQAQTLAGMLTLSGVASESMVRDVG 723 Query 711 WTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSV 770 WTMMDIGKRIERGLWLTALL TL+TVR AEQ IIE+TL CESSVIYRRRTVGKFSV Sbjct 724 WTMMDIGKRIERGLWLTALLADTLTTVRGVVAEQTIIESTLEVCESSVIYRRRTVGKFSV 783 Query 771 AAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELE 830 AV ELMLFDA NPRSLVYQ+ERLRA+LKDLPG+SGSSRPERMVDE++ RLRRSHP ELE Sbjct 784 TAVNELMLFDAHNPRSLVYQMERLRANLKDLPGTSGSSRPERMVDEISARLRRSHPAELE 843 Query 831 EVSADGLRAELAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 E++ DG R ELAELL GIH SLR++ +V+T TQLALPGGMQPLWGP++RR MPA Sbjct 844 EIT-DGRRTELAELLNGIHVSLRELDEVITDTQLALPGGMQPLWGPEERRTMPA 896 >gi|118617368|ref|YP_905700.1| hypothetical protein MUL_1748 [Mycobacterium ulcerans Agy99] gi|118569478|gb|ABL04229.1| conserved hypothetical alanine and leucine rich protein [Mycobacterium ulcerans Agy99] Length=895 Score = 1451 bits (3757), Expect = 0.0, Method: Compositional matrix adjust. Identities = 725/895 (82%), Positives = 794/895 (89%), Gaps = 18/895 (2%) Query 2 APSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADA 61 +P+A AA YDVDRLLAGYRTARAQE LFD+RD PG GYDEFVD DGNVRP WTELADA Sbjct 7 SPAAVAAAEPYDVDRLLAGYRTARAQEALFDVRDSPGIGYDEFVDADGNVRPAWTELADA 66 Query 62 VAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAA 121 VAERG+ GLDRLRSVVHSLIDHDGITYT +D+ R+ G H LEPGPWRLD LPLV+SA Sbjct 67 VAERGRTGLDRLRSVVHSLIDHDGITYTGVDSGRED-HGVHGLEPGPWRLDTLPLVVSAR 125 Query 122 DWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQ 181 DWEVLEAGLVQRSRLLDA+LADLYGPR +LTEG+LP E++F HP YVR ANGI++PG HQ Sbjct 126 DWEVLEAGLVQRSRLLDAVLADLYGPRRLLTEGLLPSELVFGHPAYVRGANGIEVPGHHQ 185 Query 182 LFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQ 241 LF+H CD+SR+PDG++QVNADWTQAPSG+GYA+ADRRVVAHA+PDLYE +APRPTTPFAQ Sbjct 186 LFLHGCDISRIPDGSYQVNADWTQAPSGAGYALADRRVVAHAIPDLYENIAPRPTTPFAQ 245 Query 242 ALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWM 301 ALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWM Sbjct 246 ALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWM 305 Query 302 RSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENP 361 RSLGTLKRVDVVLRRVDA YADPLDLRADSRLGVVGLVEAQHRG VTVVNTLGSGILE+P Sbjct 306 RSLGTLKRVDVVLRRVDAAYADPLDLRADSRLGVVGLVEAQHRGAVTVVNTLGSGILESP 365 Query 362 GLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTL 421 GL+RFLP L+ERLL E P+L +AP+YWGGIA+ERSHLLAN+SSLLIKSTV G+T VGPTL Sbjct 366 GLMRFLPGLAERLLGEEPMLQSAPMYWGGIATERSHLLANLSSLLIKSTVGGKTRVGPTL 425 Query 422 SSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMI 481 SSAQLA+LA RIEAMPWQWVGQELP FSSAPT+HAGVLSSAGVGMRLFTVAQRSGY+PMI Sbjct 426 SSAQLAELAARIEAMPWQWVGQELPAFSSAPTDHAGVLSSAGVGMRLFTVAQRSGYSPMI 485 Query 482 GGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAP------------PAKT 529 GGLGYVLAPGPAAYTL++VAAKDIWVRPTERA E + PV P P KT Sbjct 486 GGLGYVLAPGPAAYTLRSVAAKDIWVRPTERAIVETVAAPVTGPIVQPILEPSALVPIKT 545 Query 530 GAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMA 589 GAGT VSSPRVLSDLFWMGRYGERAENMARLL+V RERY++FRH QD +ESECVPVLMA Sbjct 546 GAGTLGVSSPRVLSDLFWMGRYGERAENMARLLMVARERYYLFRHHQDIEESECVPVLMA 605 Query 590 ALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRD 649 ALG ITG DT G+A D A+MIAVAPS LWS+TVD + PGSLVQSVEGLALAA+AVRD Sbjct 606 ALGNITGTDT----GAANDHAEMIAVAPSMLWSMTVDLEWPGSLVQSVEGLALAARAVRD 661 Query 650 QLSNDTWMVLANVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDV 709 QLSNDTW+VLA+VERAV +SDPPQSLAEAD +LA AQA+TLAGMLTLSGVA ESMV DV Sbjct 662 QLSNDTWIVLADVERAVTLRSDPPQSLAEADGLLAEAQAQTLAGMLTLSGVASESMVRDV 721 Query 710 GWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFS 769 GWTMMDIGKRIERGLWLTALL TL+TVR AEQ IIE+TL CESSVIYRRRTVGKF Sbjct 722 GWTMMDIGKRIERGLWLTALLADTLTTVRGVVAEQTIIESTLEVCESSVIYRRRTVGKFR 781 Query 770 VAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEEL 829 V AV ELMLFDA NPRSL+YQLERLRA+L+DLPG+SGSSRPERMV E++ RLRRSHP EL Sbjct 782 VTAVNELMLFDAHNPRSLIYQLERLRANLEDLPGTSGSSRPERMVGEISARLRRSHPAEL 841 Query 830 EEVSADGLRAELAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 EE++ DG R ELAELL GIH SLR++A+V+T TQLALPGGMQPLWGP++RR MPA Sbjct 842 EEIT-DGRRTELAELLNGIHVSLRELAEVITDTQLALPGGMQPLWGPEERRTMPA 895 >gi|296170790|ref|ZP_06852362.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295894605|gb|EFG74342.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] Length=899 Score = 1450 bits (3753), Expect = 0.0, Method: Compositional matrix adjust. Identities = 721/873 (83%), Positives = 787/873 (91%), Gaps = 2/873 (0%) Query 12 YDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAVAERGKAGLD 71 YD DRLLAGYR ARAQE LFDLR GP AGYDEFVD DGNVRP WTELAD +AERG+AGLD Sbjct 29 YDADRLLAGYRAARAQEALFDLRHGPVAGYDEFVDGDGNVRPAWTELADTIAERGRAGLD 88 Query 72 RLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLV 131 RLRSVV LID DGITYT D + D G H LEP PW LD LP+V+SAA+WEVLEAGLV Sbjct 89 RLRSVVRGLIDSDGITYT--DTYTDVEPGGHGLEPRPWILDTLPIVLSAAEWEVLEAGLV 146 Query 132 QRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSR 191 QRSRLLDA+LADLYGPRS+LTEG+LPPE+LFAHPGYVRAANGI++PG HQLF+HACD+SR Sbjct 147 QRSRLLDAVLADLYGPRSLLTEGILPPELLFAHPGYVRAANGIEVPGHHQLFLHACDVSR 206 Query 192 LPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAA 251 LPDGTF VNADWTQAPSG+GYA+ADRRVVAH+VPDLYE + PRPTTPFAQALRLALIDAA Sbjct 207 LPDGTFGVNADWTQAPSGAGYALADRRVVAHSVPDLYERIVPRPTTPFAQALRLALIDAA 266 Query 252 PDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVD 311 PD AQDPVVVVLSPGI+SETAFDQAYLATLLGFPLVESADLVVR+GKLWMRSLGTLKRVD Sbjct 267 PDDAQDPVVVVLSPGIFSETAFDQAYLATLLGFPLVESADLVVREGKLWMRSLGTLKRVD 326 Query 312 VVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLS 371 VVLRRVDA YADPLDLRADSRLGVVGLVEA HRGTVTVVNTLGSGILENPGLLRFLPQLS Sbjct 327 VVLRRVDADYADPLDLRADSRLGVVGLVEASHRGTVTVVNTLGSGILENPGLLRFLPQLS 386 Query 372 ERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAV 431 ERL E PLL TAPV+WGGI +ERSHLLAN+SSLL+KST+ G+TLVGPTLSS QLA LA Sbjct 387 ERLRGEEPLLQTAPVHWGGIPAERSHLLANLSSLLVKSTIGGKTLVGPTLSSHQLAQLAA 446 Query 432 RIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPG 491 RIE MPWQW+GQELPQFSSAPT+HAGVLSSA VG+RLF VAQRSGYAPMIGG+GYVLAPG Sbjct 447 RIEKMPWQWIGQELPQFSSAPTDHAGVLSSAAVGIRLFNVAQRSGYAPMIGGVGYVLAPG 506 Query 492 PAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRY 551 PAAYTL+TVAAKD+WVRPTERA AE +++P PPAKT AGTW VSSPRVLSDLFW+GRY Sbjct 507 PAAYTLQTVAAKDVWVRPTERARAEAVSLPSPLPPAKTAAGTWGVSSPRVLSDLFWIGRY 566 Query 552 GERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRAD 611 GERAENMARLL+V R+R+HV+RHQQ T+ESECVPVLMAALG+ITG DT D A+ Sbjct 567 GERAENMARLLLVARDRFHVYRHQQHTEESECVPVLMAALGRITGTDTDGDIAGDGDGAE 626 Query 612 MIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSD 671 +IAVAPSTLWSLTVDPDRPGSLVQSVEGLALAA+AVRDQ+SNDTWMVLA VERA+ + + Sbjct 627 VIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAARAVRDQMSNDTWMVLAGVERALAQRRE 686 Query 672 PPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQ 731 PP SLAEADAVLASAQ +TL+GMLTLSGVAGESMV D GWTMMDIGKRIERGLWLTALL+ Sbjct 687 PPDSLAEADAVLASAQVQTLSGMLTLSGVAGESMVRDAGWTMMDIGKRIERGLWLTALLR 746 Query 732 ATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQL 791 ATL+ VR AAEQ IIEATLVACESSVIYRRRT GK SVAAV ELMLFDAQNPRSL+YQ+ Sbjct 747 ATLTAVRRTAAEQTIIEATLVACESSVIYRRRTAGKVSVAAVAELMLFDAQNPRSLLYQV 806 Query 792 ERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHAS 851 ERLRA+LKDLPG+SGSSRPER+VDE+ T LRRSHP ELE VSA+GLRAEL +LL +HA Sbjct 807 ERLRANLKDLPGASGSSRPERLVDEIGTLLRRSHPAELEAVSAEGLRAELDDLLGSVHAG 866 Query 852 LRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 LR++A+V+T TQLALPGGMQPLWGPD RRVMPA Sbjct 867 LRELAEVITTTQLALPGGMQPLWGPDVRRVMPA 899 >gi|289444103|ref|ZP_06433847.1| conserved hypothetical protein [Mycobacterium tuberculosis T46] gi|289417022|gb|EFD14262.1| conserved hypothetical protein [Mycobacterium tuberculosis T46] Length=713 Score = 1426 bits (3692), Expect = 0.0, Method: Compositional matrix adjust. Identities = 712/713 (99%), Positives = 713/713 (100%), Gaps = 0/713 (0%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD Sbjct 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA Sbjct 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH Sbjct 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA Sbjct 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW Sbjct 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN Sbjct 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT Sbjct 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 Query 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM Sbjct 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 Query 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR Sbjct 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 Query 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA Sbjct 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 Query 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA 660 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAA+AVRDQLSNDTWMVLA Sbjct 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAARAVRDQLSNDTWMVLA 660 Query 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTM 713 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTM Sbjct 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTM 713 >gi|240170718|ref|ZP_04749377.1| hypothetical protein MkanA1_15492 [Mycobacterium kansasii ATCC 12478] Length=867 Score = 1419 bits (3674), Expect = 0.0, Method: Compositional matrix adjust. Identities = 727/872 (84%), Positives = 781/872 (90%), Gaps = 7/872 (0%) Query 13 DVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDR 72 D D LL GYRTARAQ+ LFDLR+GPG GYDEFVD DG VRP WTELADAVAERG+AGLDR Sbjct 3 DADHLLDGYRTARAQQALFDLRNGPGTGYDEFVDADGKVRPAWTELADAVAERGRAGLDR 62 Query 73 LRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLVQ 132 LR+VVHSLIDHDGI+YT D RD + H LEPGPWRLD LPLV+SA DW VLEAGLVQ Sbjct 63 LRTVVHSLIDHDGISYTGADPTRDEHSA-HGLEPGPWRLDTLPLVVSAEDWAVLEAGLVQ 121 Query 133 RSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRL 192 RSRLLDA+LADLYG RS+LTEGVLP E++FAHPGYVR A GI +PGR QLF+HACDLSR+ Sbjct 122 RSRLLDAMLADLYGARSLLTEGVLPAELVFAHPGYVRRAKGITVPGR-QLFLHACDLSRI 180 Query 193 PDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAP 252 PDG++QVNADWTQAPSG+GYA+ADRRV+AHA+PDLYE +APRPTTPFAQALRLALIDAAP Sbjct 181 PDGSYQVNADWTQAPSGAGYALADRRVIAHAIPDLYERIAPRPTTPFAQALRLALIDAAP 240 Query 253 DVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDV 312 DVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDV Sbjct 241 DVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDV 300 Query 313 VLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSE 372 VLRRVDA YADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILE+PGLLRFLP+L+ Sbjct 301 VLRRVDADYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILESPGLLRFLPELAR 360 Query 373 RLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVR 432 RLL E PLL TA VYWGGIASERSHLLAN+ SLLI+STV +TL GPTLSS QLADLA R Sbjct 361 RLLGEEPLLPTAAVYWGGIASERSHLLANLPSLLIRSTVGRKTLAGPTLSSRQLADLAAR 420 Query 433 IEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGP 492 IEAMPWQW GQELP FSSAPT+HAG+L+SAGVGMRLFTVAQR GYAPMIGGLGYVLAPG Sbjct 421 IEAMPWQWAGQELPTFSSAPTDHAGMLTSAGVGMRLFTVAQRGGYAPMIGGLGYVLAPGA 480 Query 493 AAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYG 552 AAY LK+VAAKD+WVRPTERA AE +TV L P KTGAGT AVSSPRVLSDLFWMGRYG Sbjct 481 AAYMLKSVAAKDVWVRPTERAIAEAVTVTTLPPALKTGAGTRAVSSPRVLSDLFWMGRYG 540 Query 553 ERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADM 612 ERAENMARLLIV RERYHVFRHQQ T+ESECVPVLMAALG+ITG DT G+A+D A+M Sbjct 541 ERAENMARLLIVARERYHVFRHQQHTEESECVPVLMAALGQITGTDT----GAAHDHAEM 596 Query 613 IAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDP 672 IAVAPS LWS+TVD +RPGSLVQSVEGLAL A+AVRDQLSNDTWMVLA VERAV +SDP Sbjct 597 IAVAPSMLWSMTVDLERPGSLVQSVEGLALCARAVRDQLSNDTWMVLAGVERAVALRSDP 656 Query 673 PQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQA 732 PQSLAEADA+LA AQA+TLAGMLTL+GVA ESMV D GWTMMDIGKRIERGLWLTALL Sbjct 657 PQSLAEADALLAEAQAQTLAGMLTLAGVAAESMVRDAGWTMMDIGKRIERGLWLTALLAD 716 Query 733 TLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLE 792 TL+ VR AAEQ IIE+TL ACESSV YRRRTVGK SVAAVT+LMLFD QNPRSLVYQLE Sbjct 717 TLTAVRGVAAEQTIIESTLEACESSVSYRRRTVGKVSVAAVTDLMLFDPQNPRSLVYQLE 776 Query 793 RLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASL 852 RLRADLKDLPGSSGSSRPERMVDE+NTRLRRS P ELE V DG R ELA+LL IHA+L Sbjct 777 RLRADLKDLPGSSGSSRPERMVDEINTRLRRSDPAELEGV-VDGRRTELADLLTAIHAAL 835 Query 853 RDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 RDVADV+TATQL LPGGMQPLWGP++RR MPA Sbjct 836 RDVADVITATQLKLPGGMQPLWGPEERRTMPA 867 >gi|289570737|ref|ZP_06450964.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis T17] gi|289544491|gb|EFD48139.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis T17] Length=754 Score = 1402 bits (3629), Expect = 0.0, Method: Compositional matrix adjust. Identities = 702/703 (99%), Positives = 703/703 (100%), Gaps = 0/703 (0%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD Sbjct 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA Sbjct 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH Sbjct 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA Sbjct 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW Sbjct 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN Sbjct 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT Sbjct 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 Query 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM Sbjct 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 Query 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR Sbjct 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 Query 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA Sbjct 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 Query 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA 660 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAA+AVRDQLSNDTWMVLA Sbjct 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAARAVRDQLSNDTWMVLA 660 Query 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGE 703 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGE Sbjct 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGE 703 >gi|41407168|ref|NP_960004.1| hypothetical protein MAP1070c [Mycobacterium avium subsp. paratuberculosis K-10] gi|41395519|gb|AAS03387.1| hypothetical protein MAP_1070c [Mycobacterium avium subsp. paratuberculosis K-10] gi|336461501|gb|EGO40369.1| hypothetical protein MAPs_29890 [Mycobacterium avium subsp. paratuberculosis S397] Length=887 Score = 1400 bits (3623), Expect = 0.0, Method: Compositional matrix adjust. Identities = 708/882 (81%), Positives = 779/882 (89%), Gaps = 7/882 (0%) Query 3 PSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAV 62 PSA AA YD DRLLAGYR ARAQ+ LFDLR GP +GYDEFV DG VRP WTELADA+ Sbjct 13 PSA-AAGGSYDADRLLAGYRAARAQQALFDLRQGPASGYDEFVGPDGKVRPAWTELADAI 71 Query 63 AERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAAD 122 ERG+AGLDRLRSVV LIDHDGITYT D G EP PW+LD LP+V+SAAD Sbjct 72 GERGRAGLDRLRSVVRGLIDHDGITYT------DVEPGGRGQEPRPWQLDTLPIVLSAAD 125 Query 123 WEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQL 182 WE LEAGL+QRSR+LDA+LADLYGPRS+LTEGVLPPE+LF HPGY+RAANGI++PGRHQL Sbjct 126 WEPLEAGLLQRSRVLDAVLADLYGPRSLLTEGVLPPELLFGHPGYLRAANGIEIPGRHQL 185 Query 183 FMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQA 242 FMHACD+SR PDG F VNAD TQAPSG+GYA+ADRRVVAHA+PDLYE +APRPTTPFAQA Sbjct 186 FMHACDVSRRPDGGFAVNADRTQAPSGAGYALADRRVVAHAIPDLYERIAPRPTTPFAQA 245 Query 243 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMR 302 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDG +WMR Sbjct 246 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGMVWMR 305 Query 303 SLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPG 362 SLGTLKRVDVVLRRVDA Y DPLDLRADSRLGV GLVEAQHRGTVTVVNTLGSGILENPG Sbjct 306 SLGTLKRVDVVLRRVDAEYCDPLDLRADSRLGVAGLVEAQHRGTVTVVNTLGSGILENPG 365 Query 363 LLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLS 422 L RFLP ++ LL E+ LL +APVYWGGI +ERSHLLAN++SLL+KSTV G+TLVGP LS Sbjct 366 LQRFLPAMARHLLSETLLLPSAPVYWGGIDTERSHLLANLASLLVKSTVGGKTLVGPALS 425 Query 423 SAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIG 482 S QLA LA RIE PWQW+GQELPQFSSAPT+HAGVLSSAGVG+RLFTVAQR GYAPMIG Sbjct 426 SLQLAQLAARIETAPWQWIGQELPQFSSAPTDHAGVLSSAGVGIRLFTVAQRGGYAPMIG 485 Query 483 GLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVL 542 G+GY+LA GPAAYTLK+VAAKD+WVRPTERA AE + VP + PPAKT AGTWAVSSPRVL Sbjct 486 GIGYLLAAGPAAYTLKSVAAKDVWVRPTERARAEAVGVPAVEPPAKTAAGTWAVSSPRVL 545 Query 543 SDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATG 602 S+LFW+GRYGERAE+MARLLIVTR+R+HV+RH Q ++ESECVPVLMAALG+ITG DT TG Sbjct 546 SELFWIGRYGERAESMARLLIVTRDRFHVYRHHQHSEESECVPVLMAALGRITGTDTGTG 605 Query 603 AGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANV 662 A + D A+ IAVAPSTLWSLTVDP RPGSLVQSVEGLALAA+AVRDQ+SNDTWMVLA V Sbjct 606 AAAGGDAAETIAVAPSTLWSLTVDPQRPGSLVQSVEGLALAARAVRDQMSNDTWMVLAGV 665 Query 663 ERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIER 722 ERA+ S+PP SLAEADA+L +AQ +TLAGMLTLSGVAGESMV DVGWTMMDIGKRIER Sbjct 666 ERALALDSEPPDSLAEADALLTAAQTQTLAGMLTLSGVAGESMVRDVGWTMMDIGKRIER 725 Query 723 GLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQ 782 GLWLTALL+ATL+ VR AAEQ I+E+TLVACESSV YRRRT GK SVAA+ ELMLFDAQ Sbjct 726 GLWLTALLRATLAVVRGAAAEQTILESTLVACESSVSYRRRTAGKVSVAAMAELMLFDAQ 785 Query 783 NPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELA 842 NPRSL+YQ+ERLRADLKDLPG+SGSSRPER+VDE+ TRLRRSHP ELE +S DG R ELA Sbjct 786 NPRSLLYQVERLRADLKDLPGASGSSRPERLVDEIGTRLRRSHPAELERISDDGRRTELA 845 Query 843 ELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 ELL +HA LR +A+VLT TQLALPGGMQPLWGPD RRVMPA Sbjct 846 ELLDSVHAELRSLAEVLTTTQLALPGGMQPLWGPDVRRVMPA 887 >gi|118463026|ref|YP_882619.1| hypothetical protein MAV_3438 [Mycobacterium avium 104] gi|118164313|gb|ABK65210.1| conserved hypothetical protein [Mycobacterium avium 104] Length=887 Score = 1398 bits (3619), Expect = 0.0, Method: Compositional matrix adjust. Identities = 708/882 (81%), Positives = 779/882 (89%), Gaps = 7/882 (0%) Query 3 PSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAV 62 PSA AA YD DRLLAGYRTARAQ+ LFDLR GP +GYDEFV DG VRP WTELADA+ Sbjct 13 PSA-AAGGSYDADRLLAGYRTARAQQALFDLRQGPASGYDEFVGPDGKVRPAWTELADAI 71 Query 63 AERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAAD 122 ERG+AGLDRLRSVV LIDHDGITYT D G EP PW+LD LP+V+SAAD Sbjct 72 GERGRAGLDRLRSVVRGLIDHDGITYT------DVEPGGRGQEPRPWQLDTLPIVLSAAD 125 Query 123 WEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQL 182 WE LEAGL+QRSR+LDA+LADLYGPRS+LTEGVLPPE+LF HPGY+RAANGI++PGRHQL Sbjct 126 WEPLEAGLLQRSRVLDAVLADLYGPRSLLTEGVLPPELLFGHPGYLRAANGIEIPGRHQL 185 Query 183 FMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQA 242 FMHACD+SR PDG F VNAD TQAPSG+GYA+ADRRVVAHA+PDLYE +APRPTTPFAQA Sbjct 186 FMHACDVSRRPDGGFAVNADRTQAPSGAGYALADRRVVAHAIPDLYERIAPRPTTPFAQA 245 Query 243 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMR 302 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDG +WMR Sbjct 246 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGMVWMR 305 Query 303 SLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPG 362 SLGTLKRVDVVLRRVDA Y DPLDLRADSRLGV GLVEAQHRGTVTVVNTLGSGILENPG Sbjct 306 SLGTLKRVDVVLRRVDAEYCDPLDLRADSRLGVAGLVEAQHRGTVTVVNTLGSGILENPG 365 Query 363 LLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLS 422 L RFLP ++ LL E+ LL +APVYWGGI +ERSHLLAN++SLL+KSTV G+TLVGP LS Sbjct 366 LQRFLPAMARHLLSETLLLPSAPVYWGGIDTERSHLLANLASLLVKSTVGGKTLVGPALS 425 Query 423 SAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIG 482 S QLA LA RIE PWQW+GQELPQFSSAPT+HAGVLSSAGVG+RLFTVAQR GYAPMIG Sbjct 426 SRQLAQLAARIETAPWQWIGQELPQFSSAPTDHAGVLSSAGVGIRLFTVAQRGGYAPMIG 485 Query 483 GLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVL 542 G+GY+LA GPAAYTLK+VAAKD+WVRPTERA AE + VP + PPAKT AGTWAVS PRVL Sbjct 486 GIGYLLAAGPAAYTLKSVAAKDVWVRPTERARAEAVGVPAVEPPAKTAAGTWAVSFPRVL 545 Query 543 SDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATG 602 S+LFW+GRYGERAE+MARLLIVTR+R+HV+RH Q ++ESECVPVLMAALG+ITG DT TG Sbjct 546 SELFWIGRYGERAESMARLLIVTRDRFHVYRHHQHSEESECVPVLMAALGRITGTDTGTG 605 Query 603 AGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANV 662 A + D A+ IAVAPSTLWSLTVDP RPGSLVQSVEGLALAA+AVRDQ+SNDTWMVLA V Sbjct 606 AAAGGDAAETIAVAPSTLWSLTVDPQRPGSLVQSVEGLALAARAVRDQMSNDTWMVLAGV 665 Query 663 ERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIER 722 ERA+ S+PP SLAEADA+L +AQ +TLAGMLTLSGVAGESMV DVGWTMMDIGKRIER Sbjct 666 ERALALDSEPPDSLAEADALLTAAQTQTLAGMLTLSGVAGESMVRDVGWTMMDIGKRIER 725 Query 723 GLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQ 782 GLWLTALL+ATL+ VR AAEQ I+E+TLVACESSV YRRRT GK SVAA+ ELMLFDAQ Sbjct 726 GLWLTALLRATLTVVRGAAAEQTILESTLVACESSVSYRRRTAGKVSVAAMAELMLFDAQ 785 Query 783 NPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELA 842 NPRSL+YQ+ERLRADLKDLPG+SGSSRPER+VDE+ TRLRRSHP ELE +S DG R ELA Sbjct 786 NPRSLLYQVERLRADLKDLPGASGSSRPERLVDEIGTRLRRSHPAELERISDDGRRTELA 845 Query 843 ELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 ELL +HA LR +A+VLT TQLALPGGMQPLWGPD RRVMPA Sbjct 846 ELLDSVHAELRSLAEVLTTTQLALPGGMQPLWGPDVRRVMPA 887 >gi|254775883|ref|ZP_05217399.1| hypothetical protein MaviaA2_14605 [Mycobacterium avium subsp. avium ATCC 25291] Length=887 Score = 1391 bits (3600), Expect = 0.0, Method: Compositional matrix adjust. Identities = 705/882 (80%), Positives = 777/882 (89%), Gaps = 7/882 (0%) Query 3 PSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAV 62 PSA A + YD DRLLAGYR ARAQ+ LFDLR GP +GYDEFV DG VRP WTELADA+ Sbjct 13 PSAVAGGS-YDADRLLAGYRAARAQQALFDLRQGPASGYDEFVGPDGKVRPAWTELADAI 71 Query 63 AERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAAD 122 ERG+AGLDRLRSVV LIDHDGITYT D G EP PW+LD LP+V+SAAD Sbjct 72 GERGRAGLDRLRSVVRGLIDHDGITYT------DVEPGGRGQEPRPWQLDTLPIVLSAAD 125 Query 123 WEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQL 182 WE LEAGL+QRSR+LDA+LADLYGPRS+LTEGVLPPE+LF HPGY+RAANGI++PGRHQL Sbjct 126 WEPLEAGLLQRSRVLDAVLADLYGPRSLLTEGVLPPELLFGHPGYLRAANGIEIPGRHQL 185 Query 183 FMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQA 242 FMHACD+SR PDG F VNAD TQAPSG+GYA+ADRRVVAHA+PDLYE +APRPTTPFAQA Sbjct 186 FMHACDVSRRPDGGFAVNADRTQAPSGAGYALADRRVVAHAIPDLYERIAPRPTTPFAQA 245 Query 243 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMR 302 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDG +WMR Sbjct 246 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGMVWMR 305 Query 303 SLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPG 362 SLGTLKRVDVVLRRVDA Y DPLDLRADSRLGV GLVEAQHRGTVTVVNTLGSGILENPG Sbjct 306 SLGTLKRVDVVLRRVDAEYCDPLDLRADSRLGVAGLVEAQHRGTVTVVNTLGSGILENPG 365 Query 363 LLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLS 422 L RFLP ++ LL E+ LL +APVYW GI +ERSHLLAN++SLL+KSTV G+TLVGP LS Sbjct 366 LQRFLPAMARHLLSETLLLPSAPVYWRGIDTERSHLLANLASLLVKSTVGGKTLVGPALS 425 Query 423 SAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIG 482 S QLA LA RIE PWQW+GQELPQFSSAPT+HAGVLSSAGVG+RLFTVAQR GYAPMIG Sbjct 426 SRQLAQLAARIETAPWQWIGQELPQFSSAPTDHAGVLSSAGVGIRLFTVAQRGGYAPMIG 485 Query 483 GLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVL 542 G+GY+LA GPAAYTLK+VAAKD+WVRPTERA AE + VP + PPAKT AGTWAVSSPRVL Sbjct 486 GIGYLLAAGPAAYTLKSVAAKDVWVRPTERARAEAVGVPAVEPPAKTAAGTWAVSSPRVL 545 Query 543 SDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATG 602 S+LFW+GRYGERAE+MARLLIVTR+R+HV+RH Q ++ESECVPVLMAALG+ITG DT TG Sbjct 546 SELFWIGRYGERAESMARLLIVTRDRFHVYRHHQHSEESECVPVLMAALGRITGTDTGTG 605 Query 603 AGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANV 662 A + D A+ IAVAPSTLWSLTVDP RPGSLVQSVEGLALAA+AVRDQ+SNDTWMVLA V Sbjct 606 AAAGGDAAETIAVAPSTLWSLTVDPQRPGSLVQSVEGLALAARAVRDQMSNDTWMVLAGV 665 Query 663 ERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIER 722 ERA+ S+PP SLAEADA+L +AQ +TLAGMLTLSGVAGESMV D GWTMMDIGKRIER Sbjct 666 ERALALDSEPPDSLAEADALLTAAQTQTLAGMLTLSGVAGESMVRDAGWTMMDIGKRIER 725 Query 723 GLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQ 782 GLWLTALL+ATL+ VR AAEQ I+E+TLVACESSV YRRRT GK SVAA+ ELMLFDAQ Sbjct 726 GLWLTALLRATLTVVRGAAAEQTILESTLVACESSVSYRRRTAGKVSVAAMAELMLFDAQ 785 Query 783 NPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELA 842 NPRSL+YQ+ERLRADLK LPG+SGSSRPER+VDE+ TRLRRSHP ELE +S DG RAELA Sbjct 786 NPRSLLYQVERLRADLKGLPGASGSSRPERLVDEIGTRLRRSHPAELERISDDGRRAELA 845 Query 843 ELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 ELL +HA LR +A+VLT TQLALPGGMQPLWGPD RRVMPA Sbjct 846 ELLDSVHAELRSLAEVLTTTQLALPGGMQPLWGPDVRRVMPA 887 >gi|289751189|ref|ZP_06510567.1| conserved hypothetical protein [Mycobacterium tuberculosis T92] gi|289691776|gb|EFD59205.1| conserved hypothetical protein [Mycobacterium tuberculosis T92] Length=697 Score = 1384 bits (3583), Expect = 0.0, Method: Compositional matrix adjust. Identities = 691/692 (99%), Positives = 692/692 (100%), Gaps = 0/692 (0%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD Sbjct 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA Sbjct 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH Sbjct 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA Sbjct 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW Sbjct 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN Sbjct 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT Sbjct 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 Query 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM Sbjct 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPM 480 Query 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR Sbjct 481 IGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPR 540 Query 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA Sbjct 541 VLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTA 600 Query 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLA 660 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAA+AVRDQLSNDTWMVLA Sbjct 601 TGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAARAVRDQLSNDTWMVLA 660 Query 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLA 692 NVERAVEHKSDPPQSLAEADAVLASAQAETLA Sbjct 661 NVERAVEHKSDPPQSLAEADAVLASAQAETLA 692 >gi|342858619|ref|ZP_08715274.1| hypothetical protein MCOL_07076 [Mycobacterium colombiense CECT 3035] gi|342134323|gb|EGT87503.1| hypothetical protein MCOL_07076 [Mycobacterium colombiense CECT 3035] Length=889 Score = 1379 bits (3569), Expect = 0.0, Method: Compositional matrix adjust. Identities = 701/882 (80%), Positives = 775/882 (88%), Gaps = 8/882 (0%) Query 3 PSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAV 62 P + A YD DRLLAGYR ARAQE LFDLR GP +GYDEFVD+DGNVRP W ELADA+ Sbjct 16 PGSVAGAARYDADRLLAGYRAARAQEALFDLRHGPASGYDEFVDEDGNVRPAWAELADAI 75 Query 63 AERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAAD 122 AERG+AGLDRLRSVVH LID+DGITYT D G EP PW+LD LP+V+SAAD Sbjct 76 AERGRAGLDRLRSVVHDLIDNDGITYT------DVEPGGRGQEPRPWQLDTLPIVLSAAD 129 Query 123 WEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQL 182 WE LEAGL+QRSR+LDA+LADLYGPRS+LTEGVLPPE+LF HPGYVRAANGI++PGRHQL Sbjct 130 WEALEAGLLQRSRVLDAVLADLYGPRSLLTEGVLPPELLFGHPGYVRAANGIEIPGRHQL 189 Query 183 FMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQA 242 FMHACD+SR PDG F VN D TQAPSG+GYA+ADRRVVAH++PDLYE +APRPTTPFAQA Sbjct 190 FMHACDVSRRPDGAFVVNGDRTQAPSGAGYALADRRVVAHSIPDLYERIAPRPTTPFAQA 249 Query 243 LRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMR 302 LRLALIDAAPD AQDPVVVVLSPGIYSETAFDQAYLATLLGFP+VESADLVVRDG LWMR Sbjct 250 LRLALIDAAPDDAQDPVVVVLSPGIYSETAFDQAYLATLLGFPMVESADLVVRDGMLWMR 309 Query 303 SLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPG 362 SLGTLKRVDVVLRRVDA Y DPLDLRADSRLGV GLVEAQHRGTVTVVNTLGSGILENPG Sbjct 310 SLGTLKRVDVVLRRVDADYTDPLDLRADSRLGVAGLVEAQHRGTVTVVNTLGSGILENPG 369 Query 363 LLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLS 422 LLRFLP ++E LL E+ L TA VYWGGIA+ERSHLLAN+SSLL+KSTV +TLVGPTLS Sbjct 370 LLRFLPAMAEHLLSETLQLPTAGVYWGGIAAERSHLLANLSSLLLKSTVGAKTLVGPTLS 429 Query 423 SAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIG 482 + QL +A RIE PWQW+GQELPQFSSAPT+HAGVLSSAGVG+RLFTVAQR GYAPMIG Sbjct 430 AQQLTQVAARIEQTPWQWIGQELPQFSSAPTDHAGVLSSAGVGIRLFTVAQRGGYAPMIG 489 Query 483 GLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVL 542 G+GYVLAPG AAYTLKT+AAKD+WVRPTERAHAE +++P PAKT AGTW VSSPRVL Sbjct 490 GIGYVLAPGSAAYTLKTIAAKDVWVRPTERAHAEAVSLPTPEAPAKTAAGTWGVSSPRVL 549 Query 543 SDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATG 602 SDLFW+GRYGERAE+MARLLIV R+R+HV+RH Q ++ESECVPVLM ALG+ITG D A Sbjct 550 SDLFWIGRYGERAESMARLLIVARDRFHVYRHHQHSEESECVPVLMTALGRITGTDIA-- 607 Query 603 AGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANV 662 A S D A+MIA+APSTLWSLTVDP RPGSLVQSVEGLALAA+AVRDQ+SNDTWMVLA V Sbjct 608 ADSDGDHAEMIAIAPSTLWSLTVDPHRPGSLVQSVEGLALAARAVRDQMSNDTWMVLAAV 667 Query 663 ERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIER 722 ERA+ +S+PP SL+EADA+L AQA+TLAGMLTLSGVA ESMV DVGWTMMDIGKRIER Sbjct 668 ERALALRSEPPDSLSEADALLTGAQAQTLAGMLTLSGVASESMVRDVGWTMMDIGKRIER 727 Query 723 GLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQ 782 GLWLTALLQATL+ R AAEQ +IE+TLVACESSVIYRRRTVGK SVAA+ ELMLFDAQ Sbjct 728 GLWLTALLQATLTVGRGAAAEQTVIESTLVACESSVIYRRRTVGKISVAAMAELMLFDAQ 787 Query 783 NPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELA 842 NPRSL+YQLERLR +L+DLPGSSGSSRPER+VDE+ T LRRS P ELE V DG RAELA Sbjct 788 NPRSLLYQLERLRINLRDLPGSSGSSRPERLVDEIGTLLRRSIPAELERVGGDGRRAELA 847 Query 843 ELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMPA 884 ELLA +HA LR++A+V+T TQLALPGGMQP+WGPD RRVMPA Sbjct 848 ELLAAVHAELRNLAEVITTTQLALPGGMQPIWGPDARRVMPA 889 >gi|15828445|ref|NP_302708.1| hypothetical protein ML2679 [Mycobacterium leprae TN] gi|221230922|ref|YP_002504338.1| hypothetical protein MLBr_02679 [Mycobacterium leprae Br4923] gi|2959404|emb|CAA17945.1| hypothetical protein MLCB1913.13 [Mycobacterium leprae] gi|13093875|emb|CAC32211.1| conserved hypothetical protein [Mycobacterium leprae] gi|219934029|emb|CAR72779.1| conserved hypothetical protein [Mycobacterium leprae Br4923] Length=893 Score = 1308 bits (3385), Expect = 0.0, Method: Compositional matrix adjust. Identities = 661/877 (76%), Positives = 738/877 (85%), Gaps = 11/877 (1%) Query 10 NGYDVDRLLAGYRTARAQETLFDLRD----GPGAGYDEFVDDDGNVRPTWTELADAVAER 65 N D DRLL GYR ARAQ+ LFDL GPG GYDEFVDD G VRP+WTELADA+ R Sbjct 23 NHSDADRLLDGYRAARAQKVLFDLHSAGTAGPGIGYDEFVDDSGYVRPSWTELADAIGGR 82 Query 66 GKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEV 125 G+AGL +LRSV+H LI +DGITYT ID ALT DH + PG WRLD LPL++SA DWEV Sbjct 83 GRAGLHQLRSVMHRLIYNDGITYTGIDP--GALTNDHGVVPGLWRLDSLPLLVSATDWEV 140 Query 126 LEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMH 185 LEAGL+QRSRLLDA+L DLYGPR +LT+GVLPPE+LF HPGYVR +GI++PG HQLFMH Sbjct 141 LEAGLIQRSRLLDAVLTDLYGPRRLLTDGVLPPELLFGHPGYVRTDHGIEVPGHHQLFMH 200 Query 186 ACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRL 245 CDLSRLPDG FQ+NADWTQAPSG+GYA+ADRRVVA A+PDLYE + PRPTTPFAQALRL Sbjct 201 GCDLSRLPDGGFQINADWTQAPSGAGYALADRRVVAQALPDLYETIGPRPTTPFAQALRL 260 Query 246 ALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLG 305 ALIDAAP+VAQDPVVVVLSPGIYSETAFDQAYLATLLGF LVES+DLVV DGK+WMRSLG Sbjct 261 ALIDAAPEVAQDPVVVVLSPGIYSETAFDQAYLATLLGFQLVESSDLVVCDGKVWMRSLG 320 Query 306 TLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLR 365 TLKRVDVVLRRVDA Y DPLDLRADS LGV GLVEAQHRGTVTVVNTLGSGILE+ GLLR Sbjct 321 TLKRVDVVLRRVDADYMDPLDLRADSLLGVAGLVEAQHRGTVTVVNTLGSGILESAGLLR 380 Query 366 FLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQ 425 FLPQLSERLL E+ LL +APVYW GI SER HLL N+SSLLIKSTV G+T+VGP+LSS Q Sbjct 381 FLPQLSERLLGETLLLPSAPVYWAGIDSERLHLLTNLSSLLIKSTVGGKTIVGPSLSSGQ 440 Query 426 LADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLG 485 L ++A RI A PWQWVGQELPQFS+APT+H GVLS A +GMR+FTVAQRSGYAPMIGGLG Sbjct 441 LTEMAARIAAKPWQWVGQELPQFSTAPTDHDGVLSPASIGMRVFTVAQRSGYAPMIGGLG 500 Query 486 YVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDL 545 Y LA G AY+LK VAAKDIWV PTERA E IT +L P TG GT VSSPRVLSDL Sbjct 501 YALASGIDAYSLKKVAAKDIWVLPTERARTEAITHSLLESPPMTGTGTLGVSSPRVLSDL 560 Query 546 FWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGS 605 FWMGRYGERAENMARLLIVTRE YH RH+Q+T+E+ C+PVL+AALGKITG DT +G Sbjct 561 FWMGRYGERAENMARLLIVTREHYHDSRHRQNTEENACLPVLIAALGKITGTDTGSGG-- 618 Query 606 AYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERA 665 +AD+IAVAPSTLWSLT D + PGSLVQSV+GL LAA+AVR QLS DTWMVL+ VERA Sbjct 619 ---QADVIAVAPSTLWSLTTDRNLPGSLVQSVDGLVLAARAVRAQLSRDTWMVLSEVERA 675 Query 666 VEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLW 725 + H+++PP+SL E DA+LAS QA TLAGMLTLSG+AGESMV D+GWT+MDIGKRIERGL Sbjct 676 MVHETEPPESLVEGDALLASVQARTLAGMLTLSGLAGESMVRDIGWTIMDIGKRIERGLA 735 Query 726 LTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPR 785 LTALL ATL+ VR PAAE +IIE+ LV CESSVIY+RRTV VA V ELMLFDA NPR Sbjct 736 LTALLHATLTDVRSPAAEHSIIESILVICESSVIYQRRTVSTIDVAVVAELMLFDATNPR 795 Query 786 SLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELL 845 SLVYQL+RLR DL DLPGSS SS PERMV EM+TRLRRS P +L+EVSADG R LAELL Sbjct 796 SLVYQLDRLRVDLADLPGSSRSSLPERMVAEMSTRLRRSAPAQLKEVSADGRRYVLAELL 855 Query 846 AGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVM 882 A + +LRD+AD +TATQLA+P GMQPLWGPD R+ M Sbjct 856 AAVDTALRDLADAITATQLAVPCGMQPLWGPDNRQTM 892 >gi|339295444|gb|AEJ47555.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis CCDC5079] Length=625 Score = 1240 bits (3208), Expect = 0.0, Method: Compositional matrix adjust. Identities = 623/625 (99%), Positives = 625/625 (100%), Gaps = 0/625 (0%) Query 260 VVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDA 319 +VVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDA Sbjct 1 MVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDA 60 Query 320 HYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESP 379 HYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESP Sbjct 61 HYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESP 120 Query 380 LLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQ 439 LLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQ Sbjct 121 LLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQ 180 Query 440 WVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKT 499 WVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKT Sbjct 181 WVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKT 240 Query 500 VAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMA 559 VAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMA Sbjct 241 VAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMA 300 Query 560 RLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPST 619 RLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPST Sbjct 301 RLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPST 360 Query 620 LWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEA 679 LWSLTVDPDRPGSLVQSVEGLALAA+AVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEA Sbjct 361 LWSLTVDPDRPGSLVQSVEGLALAARAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEA 420 Query 680 DAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRH 739 DAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRH Sbjct 421 DAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRH 480 Query 740 PAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLK 799 PAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLK Sbjct 481 PAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLK 540 Query 800 DLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVL 859 DLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVL Sbjct 541 DLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVL 600 Query 860 TATQLALPGGMQPLWGPDQRRVMPA 884 TATQLALPGGMQPLWGPDQRRVMPA Sbjct 601 TATQLALPGGMQPLWGPDQRRVMPA 625 >gi|126434945|ref|YP_001070636.1| hypothetical protein Mjls_2360 [Mycobacterium sp. JLS] gi|126234745|gb|ABN98145.1| protein of unknown function DUF404 [Mycobacterium sp. JLS] Length=885 Score = 1208 bits (3125), Expect = 0.0, Method: Compositional matrix adjust. Identities = 619/890 (70%), Positives = 718/890 (81%), Gaps = 12/890 (1%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 M SA T DVD +LA YR ARAQ+ LFD+R G G+GYDEFVD G +RP W ELA Sbjct 1 MILSAEGPTGPADVDGVLAEYRAARAQQALFDVRGGAGSGYDEFVDAAGEIRPAWRELAQ 60 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 V ERG+ GLDRLR+VV SL+D+DGITY +D H +A+T D D PGPWRLD LPLVISA Sbjct 61 CVVERGRDGLDRLRAVVRSLVDNDGITYIHVDQHGEAVTTDDDAVPGPWRLDGLPLVISA 120 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 DW+ LE+GLVQRSRLLDA+L DLYGP+ +T GVLPP++LFAHPGY+RAA GI++PGR Sbjct 121 DDWDRLESGLVQRSRLLDAVLTDLYGPQRSITSGVLPPQLLFAHPGYLRAARGIEIPGRR 180 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 QLF+H CD+SR DG+F VNADWTQAPSG+GYA+ADRRVVAHA+P+LYE+L PRP +P+A Sbjct 181 QLFLHGCDVSRTADGSFNVNADWTQAPSGAGYALADRRVVAHAIPELYEQLGPRPASPWA 240 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QALRLALIDAAP+ A+DP VVVLSPGI+SETAFDQAYLA++LGFPLVESADLVVRDGKLW Sbjct 241 QALRLALIDAAPESAEDPFVVVLSPGIHSETAFDQAYLASVLGFPLVESADLVVRDGKLW 300 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MRSLGTLKRVDVVLRRVDA YADPLDLRADSRLGVVGLVE RG VTVVNTLGSGILE+ Sbjct 301 MRSLGTLKRVDVVLRRVDADYADPLDLRADSRLGVVGLVETLRRGAVTVVNTLGSGILES 360 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 PG+LRFLP+L+E LL E+PLL TAPVYWGGI ERSHLL++ +SLLI G+T+VGP Sbjct 361 PGVLRFLPELAEELLGETPLLATAPVYWGGIDLERSHLLSHTASLLITPVTGGDTIVGPA 420 Query 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNH-AGVLSSAGVGMRLFTVAQRSGYAP 479 LS +Q +L RIEA PWQWVG+ELPQFSSAPT H G LS+A VGMRLFTVAQR GYAP Sbjct 421 LSRSQRDELVARIEAAPWQWVGRELPQFSSAPTVHRTGGLSAASVGMRLFTVAQRGGYAP 480 Query 480 MIGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVP----VLAPPAK-TGAGTW 534 MIGGLGY+LAPG AY L +VAAKDIW+R R AE TVP V+APPA T + T Sbjct 481 MIGGLGYLLAPGNPAYALNSVAAKDIWIRTPARVTAER-TVPVEPEVVAPPAPVTPSRTH 539 Query 535 AVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKI 594 VSSPRVLSDLFW+GRY ERAE ARLL VTRERYH +R++Q+ D S CVPVL+ A+GK+ Sbjct 540 EVSSPRVLSDLFWLGRYAERAEYTARLLNVTRERYHEYRYRQEMDGSACVPVLLTAIGKL 599 Query 595 TGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSND 654 TG DT G D A+MIA+AP+TLW++T D R GSL QS+E L LAA++VRDQ+SND Sbjct 600 TGTDTGAGG----DYAEMIAIAPTTLWAVTADRHRAGSLAQSIERLGLAARSVRDQMSND 655 Query 655 TWMVLANVERAV-EHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTM 713 TWMVLA VERAV S PP+S E DA LASA + TLAGML LSGVA ESM+ D GWTM Sbjct 656 TWMVLAAVERAVLRSSSAPPESKTEGDAYLASAHSATLAGMLALSGVAAESMIRDAGWTM 715 Query 714 MDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAV 773 MDIGKRIERGL LT LL+ATL R P AEQ I E+TLVACESSVIYRRR +G VAAV Sbjct 716 MDIGKRIERGLGLTGLLRATLVEARTPDAEQTITESTLVACESSVIYRRRMLGTVRVAAV 775 Query 774 TELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVS 833 +L+L DA+NPRSLVYQ +RLR L+ LPGSSGSSRPER+VD++ TRLRR P +LEEV+ Sbjct 776 ADLLLLDAENPRSLVYQFDRLRDGLRALPGSSGSSRPERLVDDLVTRLRRVDPADLEEVT 835 Query 834 ADGLRAELAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMP 883 ADG RA+LA+LL G+H LR ++ V+TA L+LPGGMQPLWGP +RR++P Sbjct 836 ADGRRADLADLLDGVHRDLRALSGVITAAHLSLPGGMQPLWGPAERRMVP 885 >gi|108799288|ref|YP_639485.1| hypothetical protein Mmcs_2321 [Mycobacterium sp. MCS] gi|119868404|ref|YP_938356.1| hypothetical protein Mkms_2368 [Mycobacterium sp. KMS] gi|108769707|gb|ABG08429.1| protein of unknown function DUF404 [Mycobacterium sp. MCS] gi|119694493|gb|ABL91566.1| protein of unknown function DUF404 [Mycobacterium sp. KMS] Length=885 Score = 1207 bits (3123), Expect = 0.0, Method: Compositional matrix adjust. Identities = 619/890 (70%), Positives = 718/890 (81%), Gaps = 12/890 (1%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 M SA T DVD +LA YR ARAQ+ LFD+R G G+GYDEFVD G +RP W ELA Sbjct 1 MILSAEGPTGPADVDGVLAEYRAARAQQALFDVRGGAGSGYDEFVDAAGEIRPAWRELAQ 60 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 V ERG+ GLDRLR+VV SL+D+DGITY +D H +A+T D D PGPWRLD LPLVISA Sbjct 61 CVVERGRDGLDRLRAVVRSLVDNDGITYIHVDQHGEAVTTDDDAVPGPWRLDGLPLVISA 120 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 DW+ LE+GLVQRSRLLDA+L DLYGP+ +T GVLPP++LFAHPGY+RAA GI++PGR Sbjct 121 DDWDRLESGLVQRSRLLDAVLTDLYGPQRSITSGVLPPQLLFAHPGYLRAARGIEIPGRR 180 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 QLF+H CD+SR DG+F VNADWTQAPSG+GYA+ADRRVVAHA+P+LYE+L PRP +P+A Sbjct 181 QLFLHGCDVSRTADGSFNVNADWTQAPSGAGYALADRRVVAHAIPELYEQLGPRPASPWA 240 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QALRLALIDAAP+ A+DP VVVLSPGI+SETAFDQAYLA++LGFPLVESADLVVRDGKLW Sbjct 241 QALRLALIDAAPESAEDPFVVVLSPGIHSETAFDQAYLASVLGFPLVESADLVVRDGKLW 300 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MRSLGTLKRVDVVLRRVDA YADPLDLRADSRLGVVGLVE RG VTVVNTLGSGILE+ Sbjct 301 MRSLGTLKRVDVVLRRVDADYADPLDLRADSRLGVVGLVETLRRGAVTVVNTLGSGILES 360 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPT 420 PG+LRFLP+L+E LL E+PLL TAPVYWGGI ERSHLL++ +SLLI G+T+VGP Sbjct 361 PGVLRFLPELAEELLGETPLLATAPVYWGGIDLERSHLLSHTASLLITPVTGGDTIVGPA 420 Query 421 LSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNH-AGVLSSAGVGMRLFTVAQRSGYAP 479 LS +Q +L RIEA PWQWVG+ELPQFSSAPT H G LS+A VGMRLFTVAQR GYAP Sbjct 421 LSRSQRDELVARIEAAPWQWVGRELPQFSSAPTVHRTGGLSAASVGMRLFTVAQRGGYAP 480 Query 480 MIGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVP----VLAPPAK-TGAGTW 534 MIGGLGY+LAPG AY L +VAAKDIW+R R AE TVP V+APPA T + T Sbjct 481 MIGGLGYLLAPGNPAYALNSVAAKDIWIRTPARVTAER-TVPVEPEVVAPPAPVTPSRTH 539 Query 535 AVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKI 594 VSSPRVLSDLFW+GRY ERAE ARLL VTRERYH +R++Q+ D S CVPVL+ A+GK+ Sbjct 540 EVSSPRVLSDLFWLGRYAERAEYTARLLNVTRERYHEYRYRQEMDGSACVPVLLTAIGKL 599 Query 595 TGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSND 654 TG DT G D A+MIA+AP+TLW++T D R GSL QS+E L LAA++VRDQ+SND Sbjct 600 TGTDTGAGG----DYAEMIAIAPTTLWAVTADRHRAGSLAQSIERLGLAARSVRDQMSND 655 Query 655 TWMVLANVERAV-EHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTM 713 TWMVLA VERAV S PP+S E DA LASA + TLAGML LSGVA ESM+ D GWTM Sbjct 656 TWMVLAAVERAVLRASSAPPESKTEGDAYLASAHSATLAGMLALSGVAAESMIRDAGWTM 715 Query 714 MDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAV 773 MDIGKRIERGL LT LL+ATL R P AEQ I E+TLVACESSVIYRRR +G VAAV Sbjct 716 MDIGKRIERGLGLTGLLRATLVEARTPDAEQTITESTLVACESSVIYRRRMLGTVRVAAV 775 Query 774 TELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVS 833 +L+L DA+NPRSLVYQ +RLR L+ LPGSSGSSRPER+VD++ TRLRR P +LEEV+ Sbjct 776 ADLLLLDAENPRSLVYQFDRLRDGLRALPGSSGSSRPERLVDDLVTRLRRVDPADLEEVT 835 Query 834 ADGLRAELAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMP 883 ADG RA+LA+LL G+H LR ++ V+TA L+LPGGMQPLWGP +RR++P Sbjct 836 ADGRRADLADLLDGVHRDLRALSGVITAAHLSLPGGMQPLWGPAERRMVP 885 >gi|120403614|ref|YP_953443.1| hypothetical protein Mvan_2629 [Mycobacterium vanbaalenii PYR-1] gi|119956432|gb|ABM13437.1| protein of unknown function DUF404 [Mycobacterium vanbaalenii PYR-1] Length=877 Score = 1148 bits (2970), Expect = 0.0, Method: Compositional matrix adjust. Identities = 606/886 (69%), Positives = 693/886 (79%), Gaps = 19/886 (2%) Query 2 APSASAATNGYDVDRLLAGYRTARAQETLFDLRD--GPGAGYDEFVDDDGNVRPTWTELA 59 +P+ + DVD L Y T RAQ+ LF+ GP GYDEFVD GNVRP W ELA Sbjct 7 SPTPAPGAGSTDVDNPLVPYGTMRAQQVLFEQPQFGGPTTGYDEFVDAAGNVRPAWQELA 66 Query 60 DAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVIS 119 D V +RG+ GLDRLR+VV L+D+DGITY D D D PGPW LD LPLVIS Sbjct 67 DCVRDRGRDGLDRLRAVVRGLVDNDGITYIQTD--------DGDAVPGPWHLDALPLVIS 118 Query 120 AADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGR 179 AADW+ LEAGLVQRSRLLDA+LADLYG R +T GVLPP++LFAHPGYVRAA GI++PGR Sbjct 119 AADWDRLEAGLVQRSRLLDAVLADLYGERRSITGGVLPPQLLFAHPGYVRAARGIEVPGR 178 Query 180 HQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPF 239 HQLF+H CD+SR G F VNADWTQAPSG+GYA+ADRRV+AHA+P+LYE++ P+P +P+ Sbjct 179 HQLFLHGCDVSRGSSGDFVVNADWTQAPSGAGYALADRRVIAHAIPELYEQIGPQPVSPW 238 Query 240 AQALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKL 299 AQALRLAL+DAAP+ A++P+VVVLSPGI+SETAFDQAYLA++LG PLVESADLVVRDGKL Sbjct 239 AQALRLALVDAAPESAEEPMVVVLSPGIHSETAFDQAYLASVLGLPLVESADLVVRDGKL 298 Query 300 WMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILE 359 WMRS+GTLKRVDVVLRRVDA YADPLDLR DSRLGVVGLVE RG VTVVNTLGSG+LE Sbjct 299 WMRSMGTLKRVDVVLRRVDADYADPLDLRPDSRLGVVGLVEVLRRGAVTVVNTLGSGVLE 358 Query 360 NPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGP 419 +PGLLRFLPQL+E LL E+PLL TAP+YWGG ERSHLLAN+SSLLI+ GE +VGP Sbjct 359 SPGLLRFLPQLAETLLGETPLLATAPLYWGGSDIERSHLLANLSSLLIRPVNGGEAIVGP 418 Query 420 TLSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNH-AGVLSSAGVGMRLFTVAQRSGYA 478 LS AQ LA RI A PWQWVGQELPQFSSAP +H G LSS+ VGMRLFTV+QRSGYA Sbjct 419 QLSRAQQESLAARITATPWQWVGQELPQFSSAPADHLPGRLSSSSVGMRLFTVSQRSGYA 478 Query 479 PMIGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSS 538 PMIGGLGY+ APG Y LK+VAAKDIWVRP R E P L P T + T VSS Sbjct 479 PMIGGLGYLAAPGADGYRLKSVAAKDIWVRPPSRVTVE--KTPAL-PTLATSSPTQEVSS 535 Query 539 PRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYD 598 PRVLSDLFW+GRY ERAE+MARLL VTRERYH +R+++ D SECVPVL+ ALG+ITG D Sbjct 536 PRVLSDLFWIGRYAERAEHMARLLTVTRERYHEYRYRRTMDGSECVPVLLTALGEITGTD 595 Query 599 TATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMV 658 T G D +M+A AP+TLWSLT D R GSL QSVE L L A+AVRDQ+SNDTWMV Sbjct 596 TGAGG----DYTEMVATAPTTLWSLTADRHRAGSLAQSVERLGLTARAVRDQMSNDTWMV 651 Query 659 LANVERAVEHKSD-PPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIG 717 L+ +ER + + PP S AE DA LA A TL GML LSGV ESMVHDVGW MMD G Sbjct 652 LSALERTLLNAPGVPPDSQAEGDAFLARASTLTLGGMLALSGVVAESMVHDVGWMMMDTG 711 Query 718 KRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELM 777 KRIER L LTALL+ATL+TVR P AE+ + E+TLVACES VIYRRR GK SVA +TEL+ Sbjct 712 KRIERALALTALLRATLTTVRTPGAERTVTESTLVACESLVIYRRRNPGKISVAGLTELV 771 Query 778 LFDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGL 837 LFDA NPRSLVYQLERLR+ LK LPGSSGSSRPERMVDE+ RLRR P ELE V+ADG Sbjct 772 LFDAGNPRSLVYQLERLRSHLKSLPGSSGSSRPERMVDEIAARLRRIEPAELEAVTADGR 831 Query 838 RAELAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMP 883 RAE LL+GIH LR+++ +TA L+LPG MQPLWGPD+RRV+P Sbjct 832 RAEFDGLLSGIHHDLRELSSAITAVHLSLPGDMQPLWGPDERRVVP 877 >gi|315444684|ref|YP_004077563.1| hypothetical protein Mspyr1_31110 [Mycobacterium sp. Spyr1] gi|315262987|gb|ADT99728.1| uncharacterized conserved protein [Mycobacterium sp. Spyr1] Length=877 Score = 1148 bits (2969), Expect = 0.0, Method: Compositional matrix adjust. Identities = 590/875 (68%), Positives = 694/875 (80%), Gaps = 19/875 (2%) Query 13 DVDRLLAGYRTARAQETLFDLRDGPG--AGYDEFVDDDGNVRPTWTELADAVAERGKAGL 70 DVD L Y + RAQ +LFD+ G AGYDEFVD G+VRP W ELAD V +RG+ GL Sbjct 18 DVDNPLEPYGSMRAQPSLFDVASAFGGLAGYDEFVDTAGDVRPAWQELADCVRDRGRGGL 77 Query 71 DRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAGL 130 DRLR+VV L+D+DGITY D + + G PWRLD LPLVISA+DW+ LEAGL Sbjct 78 DRLRAVVRDLVDNDGITYVQTDREGEPVAG-------PWRLDALPLVISASDWDHLEAGL 130 Query 131 VQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLS 190 VQRSRLLDA+L D+YG R ++T GVLPPE+LF+HPGY+RAANGI++PGRHQLF+H CD+S Sbjct 131 VQRSRLLDAVLTDVYGERRVVTGGVLPPELLFSHPGYLRAANGIEIPGRHQLFLHGCDIS 190 Query 191 RLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDA 250 R G F VNAD+TQAPSG+GYA+ADRRVVAHA+PDLYE++ PR ++P+AQALRLAL+DA Sbjct 191 RNGTGDFVVNADYTQAPSGAGYALADRRVVAHAIPDLYEQIGPRQSSPWAQALRLALVDA 250 Query 251 APDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRV 310 APD +P+VVVLSPGI+SETAFDQAYLA++LG PLVESADLVVRDG LWMRS+GTLKRV Sbjct 251 APDAVDEPMVVVLSPGIHSETAFDQAYLASVLGLPLVESADLVVRDGMLWMRSMGTLKRV 310 Query 311 DVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQL 370 DVVLRRVDA YADPLDLR SRLGVVGLVE RG VTVVN+LGSG+LE+PGLLRFLP++ Sbjct 311 DVVLRRVDADYADPLDLRPASRLGVVGLVEVLRRGAVTVVNSLGSGVLESPGLLRFLPEM 370 Query 371 SERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLA 430 +E LL E+PLL T +YWGGI ERSHL++N+ SL+I+ GE +VG TLS+A+ +LA Sbjct 371 AEHLLGETPLLPTPHLYWGGIDIERSHLVSNLGSLVIRPVTGGEPIVGATLSAARREELA 430 Query 431 VRIEAMPWQWVGQELPQFSSAPTNH-AGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLA 489 RI A PWQWVGQE P+FSSAP++ G LSS+ VGMRLFTV+QRSGYAPMIGGLGY+LA Sbjct 431 ARITATPWQWVGQEPPEFSSAPSDFLPGGLSSSSVGMRLFTVSQRSGYAPMIGGLGYLLA 490 Query 490 PGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMG 549 PG AY LK+VAAKD+WVR R AE + +P LA T + T VSSPRVLSDLFW+G Sbjct 491 PGADAYRLKSVAAKDVWVRTATRVTAEAVPLPALA----TSSPTQEVSSPRVLSDLFWIG 546 Query 550 RYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDR 609 RY ERAE+ ARLL VTRERYH +R+++ D SECVPVL+ ALG+ITG DT G+A D Sbjct 547 RYAERAEHTARLLTVTRERYHEYRYRRTMDGSECVPVLLTALGEITGTDT----GAAGDY 602 Query 610 ADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHK 669 A+M+A AP+TLWSLT D RPGSL QSVE L LAA+AVRDQ+SNDTWMVL+ ++RA+ + Sbjct 603 AEMVATAPTTLWSLTADRHRPGSLAQSVERLGLAARAVRDQMSNDTWMVLSALDRALLNA 662 Query 670 SD-PPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTA 728 D PP S AE DA LAS LAGM+ LSGVA ESMVHDVGWTMMDIGKRIERGL LTA Sbjct 663 PDTPPDSQAEGDAFLASTNTLALAGMMALSGVAAESMVHDVGWTMMDIGKRIERGLALTA 722 Query 729 LLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLV 788 LL+ATL+TVR P AEQ + E+ LVACES VIYRRR GK SVA V +LMLFDA NPRSL Sbjct 723 LLRATLTTVRTPGAEQTVTESALVACESLVIYRRRNPGKISVAGVADLMLFDADNPRSLA 782 Query 789 YQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGI 848 YQLERLR L+ LP S+GSSRPERMVDE+ RLRR P ELEEV+ADG R EL LL I Sbjct 783 YQLERLRTHLRSLPESTGSSRPERMVDEIAARLRRMEPGELEEVAADGTRDELRALLTAI 842 Query 849 HASLRDVADVLTATQLALPGGMQPLWGPDQRRVMP 883 H LR+++ V+T L+LPG MQPLWGPD+RRV+P Sbjct 843 HRDLRELSAVITTVHLSLPGDMQPLWGPDERRVVP 877 >gi|145224352|ref|YP_001135030.1| hypothetical protein Mflv_3770 [Mycobacterium gilvum PYR-GCK] gi|145216838|gb|ABP46242.1| protein of unknown function DUF404 [Mycobacterium gilvum PYR-GCK] Length=877 Score = 1144 bits (2960), Expect = 0.0, Method: Compositional matrix adjust. Identities = 589/875 (68%), Positives = 693/875 (80%), Gaps = 19/875 (2%) Query 13 DVDRLLAGYRTARAQETLFDLRDGPG--AGYDEFVDDDGNVRPTWTELADAVAERGKAGL 70 DVD L Y + RAQ +LFD+ G AGYDEFVD G+VRP W ELAD V +RG+ GL Sbjct 18 DVDNPLEPYGSMRAQPSLFDVASAFGGLAGYDEFVDTAGDVRPAWQELADCVRDRGRGGL 77 Query 71 DRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAGL 130 DRLR+VV L+D+DGITY D + + G PWRLD LPLVISA+DW+ LEAGL Sbjct 78 DRLRAVVRDLVDNDGITYVQTDREGEPVAG-------PWRLDALPLVISASDWDHLEAGL 130 Query 131 VQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLS 190 VQRSRLLDA+L D+YG R ++T GVLPPE+LF+HPGY+RAANGI++PGRHQLF+H CD+S Sbjct 131 VQRSRLLDAVLTDVYGERRVVTGGVLPPELLFSHPGYLRAANGIEIPGRHQLFLHGCDIS 190 Query 191 RLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDA 250 R G F VNAD+TQAPSG+GYA+ADRRVVAHA+PDLYE++ PR ++P+AQALRLAL+DA Sbjct 191 RNGTGDFVVNADYTQAPSGAGYALADRRVVAHAIPDLYEQIGPRQSSPWAQALRLALVDA 250 Query 251 APDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRV 310 APD +P+VVVLSPGI+SETAFDQAYLA++LG PLVESADLVVRDG LWMRS+GTLKRV Sbjct 251 APDAVDEPMVVVLSPGIHSETAFDQAYLASVLGLPLVESADLVVRDGMLWMRSMGTLKRV 310 Query 311 DVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQL 370 DVVLRRVDA YADPLDLR SRLGVVGLVE RG VTVVN+LGSG+LE+PGLLRFLP++ Sbjct 311 DVVLRRVDADYADPLDLRPASRLGVVGLVEVLRRGAVTVVNSLGSGVLESPGLLRFLPEM 370 Query 371 SERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLA 430 +E LL E+PLL T +YWGGI ERSHL++N+ SL+I+ GE +VG TLS+A+ +LA Sbjct 371 AEHLLGETPLLPTPHLYWGGIDIERSHLVSNLGSLVIRPVTGGEPIVGATLSAARREELA 430 Query 431 VRIEAMPWQWVGQELPQFSSAPTNH-AGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLA 489 RI A PWQWVGQE P+FSSAP++ G LSS+ VGMRLFTV+QRSGYAPMIGGLGY+LA Sbjct 431 ARITATPWQWVGQEPPEFSSAPSDFLPGGLSSSSVGMRLFTVSQRSGYAPMIGGLGYLLA 490 Query 490 PGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMG 549 PG AY LK+VAAKD+WVR R AE + +P LA T + T VSSPRVLSDLFW+G Sbjct 491 PGADAYRLKSVAAKDVWVRTATRVTAEAVPLPALA----TSSPTQEVSSPRVLSDLFWIG 546 Query 550 RYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDR 609 RY ERAE+ ARLL VTRERYH +R+++ D SECVPVL+ ALG+ITG DT G+A D Sbjct 547 RYAERAEHTARLLTVTRERYHEYRYRRTMDGSECVPVLLTALGEITGTDT----GAAGDY 602 Query 610 ADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHK 669 A+M+A AP+TLWSLT D RPGSL QSVE L LAA+AVRDQ+SNDTWMVL+ ++RA+ + Sbjct 603 AEMVATAPTTLWSLTADRHRPGSLAQSVERLGLAARAVRDQMSNDTWMVLSALDRALLNA 662 Query 670 SD-PPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTA 728 D PP S AE DA LAS LAGM+ LSGVA ESMVHDVGWTMMDIGKRIERGL LTA Sbjct 663 PDTPPDSQAEGDAFLASTNTLALAGMMALSGVAAESMVHDVGWTMMDIGKRIERGLALTA 722 Query 729 LLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLV 788 LL+ATL+TVR P AEQ + E+ LVACES VIYRRR GK SVA V +LMLFDA NPRSL Sbjct 723 LLRATLTTVRTPGAEQTVTESALVACESLVIYRRRNPGKISVAGVADLMLFDADNPRSLA 782 Query 789 YQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGI 848 YQLERLR L+ LP S+GSSRPERMVDE+ RLRR P ELEEV+ADG R L LL I Sbjct 783 YQLERLRTHLRSLPESTGSSRPERMVDEIAARLRRMEPGELEEVAADGTRDGLRALLTAI 842 Query 849 HASLRDVADVLTATQLALPGGMQPLWGPDQRRVMP 883 H LR+++ V+T L+LPG MQPLWGPD+RRV+P Sbjct 843 HRDLRELSAVITTVHLSLPGDMQPLWGPDERRVVP 877 >gi|118473643|ref|YP_887335.1| hypothetical protein MSMEG_3017 [Mycobacterium smegmatis str. MC2 155] gi|118174930|gb|ABK75826.1| conserved hypothetical protein [Mycobacterium smegmatis str. MC2 155] Length=904 Score = 1141 bits (2952), Expect = 0.0, Method: Compositional matrix adjust. Identities = 596/883 (68%), Positives = 700/883 (80%), Gaps = 10/883 (1%) Query 6 SAATNGYDVDRLLAGYRTARAQETLFDLRDG-PGAGYDEFVDDDGNVRPTWTELADAVAE 64 S A DVD +L YR R Q LFD+R G YDEFVD G VRP W ELA+ V+E Sbjct 27 SGAPGIRDVDGVLEKYRRTRLQRALFDVRGSQAGTAYDEFVDTAGEVRPAWRELAECVSE 86 Query 65 RGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLE-PGPWRLDPLPLVISAADW 123 RG++GLDRLR V++L+D DGITY +D H + + PGPW LD LP+VISA +W Sbjct 87 RGRSGLDRLREQVNALVDADGITYIQVDRHGEIVIDREGAAMPGPWHLDALPMVISAEEW 146 Query 124 EVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLF 183 +VLEAGLVQRSRLLDA+LADLYG R +T GVLP ++LF+HPGY+RAA+GI +PGRHQLF Sbjct 147 DVLEAGLVQRSRLLDAVLADLYGERRSITSGVLPAQLLFSHPGYLRAAHGITVPGRHQLF 206 Query 184 MHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQAL 243 +H CD+SR DG F VNADWTQAPSG+GYA+ADRRV+AHAV +LYE +APRP +P+AQAL Sbjct 207 LHGCDISRGDDGAFVVNADWTQAPSGAGYALADRRVIAHAVSELYERIAPRPVSPWAQAL 266 Query 244 RLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRS 303 RLALID AP+ A++PVVVVLSPGI+SETAFDQAYLA +LGFPLVESADLVVRDGKLWMRS Sbjct 267 RLALIDVAPESAEEPVVVVLSPGIHSETAFDQAYLAGVLGFPLVESADLVVRDGKLWMRS 326 Query 304 LGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGL 363 LGTLKRVDVVLRRVDA Y DPLDLR DSRLGVVGLVE RG VTVVN+LGSG+LE+PG+ Sbjct 327 LGTLKRVDVVLRRVDADYVDPLDLRPDSRLGVVGLVEVLRRGAVTVVNSLGSGVLESPGV 386 Query 364 LRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSS 423 RFLPQL++ LLDE+P L TAP+YWGGI ERSHLL + SLLI+ G+ +VGP LS+ Sbjct 387 TRFLPQLAQLLLDETPQLDTAPLYWGGIDIERSHLLTRLDSLLIRPVCGGKPIVGPELST 446 Query 424 AQLADLAVRIEAMPWQWVGQELPQFSSAPTN-HAGVLSSAGVGMRLFTVAQRSGYAPMIG 482 AQ +LA RIEA PWQWVGQELPQ+S+AP + + LSSAGVGMRLFTVAQRSGYAPM+G Sbjct 447 AQREELAARIEATPWQWVGQELPQYSTAPVDFRSSGLSSAGVGMRLFTVAQRSGYAPMVG 506 Query 483 GLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPV-LAPPAKTGAGTWAVSSPRV 541 GLGY++APG AA+ TVAAKDIWVR +R AE I PV LA P + T VSSPRV Sbjct 507 GLGYLMAPGNAAFRTNTVAAKDIWVRTPDRVTAERIQAPVELATPETRPSPTRVVSSPRV 566 Query 542 LSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTAT 601 L+DLFW+GRY ERAE+ ARLL VTRERYH +R++Q +ES CVPVL+ ALG I G DT Sbjct 567 LADLFWLGRYAERAESTARLLNVTRERYHEYRYRQAFEESRCVPVLLGALGSIKGTDT-- 624 Query 602 GAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLAN 661 G+ D + IA AP+TLWS+T D RPGSL QSVE L LAA+AVRDQ+SNDTWMVLA Sbjct 625 --GARDDDHEAIATAPTTLWSVTADRYRPGSLAQSVERLGLAARAVRDQMSNDTWMVLAG 682 Query 662 VERAVEHKSD-PPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRI 720 VERAV S PP S + + LA+A ++TLAGML LSGV ESMV D+GWTMMDIGKRI Sbjct 683 VERAVLRTSSIPPDSHSAGETYLANAHSQTLAGMLALSGVVSESMVQDIGWTMMDIGKRI 742 Query 721 ERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFD 780 ERGL LTALL+ATL+ V PAAE A+ E+TLVACESSVIYRRR G+ SVAA+ EL+LFD Sbjct 743 ERGLHLTALLRATLAQVHSPAAEHAVAESTLVACESSVIYRRRNPGRISVAAIAELVLFD 802 Query 781 AQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAE 840 A+NPRSL+YQLERLR LK LPGSSGSSR ER+VDE+ TRLRR P++LE V+ DG+R E Sbjct 803 AENPRSLIYQLERLRTRLKTLPGSSGSSRSERLVDEIATRLRRLDPDDLETVT-DGMRVE 861 Query 841 LAELLAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMP 883 LA+LL IH LRD+A V+TA L++PGGMQPLWGPD+RR++P Sbjct 862 LADLLDAIHIGLRDLATVITAAHLSVPGGMQPLWGPDERRILP 904 >gi|169629942|ref|YP_001703591.1| hypothetical protein MAB_2858c [Mycobacterium abscessus ATCC 19977] gi|169241909|emb|CAM62937.1| Conserved hypothetical protein [Mycobacterium abscessus] Length=887 Score = 1005 bits (2599), Expect = 0.0, Method: Compositional matrix adjust. Identities = 552/879 (63%), Positives = 669/879 (77%), Gaps = 24/879 (2%) Query 17 LLAGYRTARAQETLFDL-RDGPGAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRS 75 L+A Y +ARAQ LF++ R G AGYDEF+ DG+VRP WT+LADA+A+RG+ GLDRL Sbjct 21 LIAQYASARAQGALFEVGRRGDQAGYDEFLAPDGSVRPAWTDLADAIAQRGRPGLDRLLD 80 Query 76 VVHSLIDHDGITYTAIDAHRDALTG-DHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRS 134 VH+L+D DGITY +++G D P PWRLD LPL++ ADW VLE GL QR+ Sbjct 81 RVHTLVDSDGITYMDPRRAPGSVSGPDAPAHPVPWRLDGLPLLLDPADWNVLEVGLTQRA 140 Query 135 RLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPD 194 LLDA+L+DLYG + +++ G LPP++LFAHPGYVRAA+G+ +PGRHQLF+ CD+SR Sbjct 141 TLLDAVLSDLYGAQELISSGALPPQLLFAHPGYVRAAHGMALPGRHQLFLLGCDISRTAT 200 Query 195 GTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDV 254 G F+VNADWTQAPSG+GYAMADRRVVAHA PDLYE++APRPT+ FAQ LRLALID AP+ Sbjct 201 GDFRVNADWTQAPSGAGYAMADRRVVAHAAPDLYEKVAPRPTSSFAQTLRLALIDVAPES 260 Query 255 AQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVL 314 +DP +VVLSPGI+SET+FDQAYLA++LGFPLVESADLVVRDGKLWMRSLGTL+RVDVVL Sbjct 261 VEDPTIVVLSPGIHSETSFDQAYLASVLGFPLVESADLVVRDGKLWMRSLGTLRRVDVVL 320 Query 315 RRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERL 374 RRVDA Y+DPLDLRADS+LGVVGLVE RG VTVVN+LGSG+LENPGL RFLP LS RL Sbjct 321 RRVDADYSDPLDLRADSQLGVVGLVEVLRRGAVTVVNSLGSGVLENPGLARFLPDLSRRL 380 Query 375 LDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIE 434 LDE L +WGGI +ERSHLLAN++SLL+KST E GP S+ L L RIE Sbjct 381 LDEPLALSGGQSWWGGIDTERSHLLANLASLLVKSTAEEEVYTGPLESAQTLETLRARIE 440 Query 435 AMPWQWVGQELPQFSSAPTN-HAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPA 493 A PW+WVGQELP+ S APT +G L++A VGMRLFTVAQR GYAPMIGGLGYV A G + Sbjct 441 AQPWRWVGQELPELSVAPTYLRSGALTAAPVGMRLFTVAQRGGYAPMIGGLGYVAASGYS 500 Query 494 AYTLKTVAAKDIWVRPTERAHAE-VITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYG 552 TL + AAKD+WV+ +R E +TV L P AG+ AVSSPRVLSDLFW+GRYG Sbjct 501 GSTLNSFAAKDLWVQQPDRDQTERALTVAPLDLPGGRSAGSDAVSSPRVLSDLFWLGRYG 560 Query 553 ERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADM 612 ERAEN+ RLL VTRER+H +R++Q + SECVPVL+ ALG ITG DTA A D Sbjct 561 ERAENLVRLLSVTRERFHEYRYRQFMEASECVPVLLKALGDITGTDTA-----AEDLG-- 613 Query 613 IAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAV------ 666 + LWSLTVD +R GSL QSVE L LAA+AVRDQ+SNDTWMVL ++RA+ Sbjct 614 -----TQLWSLTVDKERSGSLAQSVERLGLAARAVRDQMSNDTWMVLGGMDRAIAAAAAE 668 Query 667 --EHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGL 724 E + D VLA+ Q + LAG+L LSG+A ES VHD+GWT+MDIGKRIERGL Sbjct 669 YDEFRRSGDAPTRADDTVLAATQTQVLAGLLALSGLAAESTVHDIGWTIMDIGKRIERGL 728 Query 725 WLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNP 784 LTALL++TL+T R AAEQ++ E+TLVACESSV+YRRRT GK S+ AV +L+LFDA NP Sbjct 729 GLTALLRSTLTTERGRAAEQSVTESTLVACESSVMYRRRTRGKISLEAVADLLLFDADNP 788 Query 785 RSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAEL 844 RSL+YQ+E LR DLK LP +SG+SRPER+V+++ T+LRR P +LE GLR LAE Sbjct 789 RSLLYQVESLRTDLKSLPSASGTSRPERLVEDLVTQLRRIDPADLETTGEQGLRDTLAET 848 Query 845 LAGIHASLRDVADVLTATQLALPGGMQPLWGPDQRRVMP 883 L +H +LR+++ V+TAT L++P GMQPLWGPD RR +P Sbjct 849 LDSVHHALRELSSVVTATHLSMPTGMQPLWGPDTRRRLP 887 >gi|289758697|ref|ZP_06518075.1| LOW QUALITY PROTEIN: conserved hypothetical protein [Mycobacterium tuberculosis T85] gi|289714261|gb|EFD78273.1| LOW QUALITY PROTEIN: conserved hypothetical protein [Mycobacterium tuberculosis T85] Length=537 Score = 996 bits (2575), Expect = 0.0, Method: Compositional matrix adjust. Identities = 498/500 (99%), Positives = 499/500 (99%), Gaps = 0/500 (0%) Query 385 PVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQWVGQE 444 PVYWGGIASERSHLLAN SSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQWVGQE Sbjct 38 PVYWGGIASERSHLLANFSSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQWVGQE 97 Query 445 LPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVAAKD 504 LPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVAAKD Sbjct 98 LPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVAAKD 157 Query 505 IWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIV 564 IWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIV Sbjct 158 IWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIV 217 Query 565 TRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLT 624 TRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLT Sbjct 218 TRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLT 277 Query 625 VDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADAVLA 684 VDPDRPGSLVQSVEGLALAA+AVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADAVLA Sbjct 278 VDPDRPGSLVQSVEGLALAARAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADAVLA 337 Query 685 SAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQ 744 SAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQ Sbjct 338 SAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQ 397 Query 745 AIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGS 804 AIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGS Sbjct 398 AIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGS 457 Query 805 SGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLTATQL 864 SGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLTATQL Sbjct 458 SGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLTATQL 517 Query 865 ALPGGMQPLWGPDQRRVMPA 884 ALPGGMQPLWGPDQRRVMPA Sbjct 518 ALPGGMQPLWGPDQRRVMPA 537 >gi|111024081|ref|YP_707053.1| hypothetical protein RHA1_ro07131 [Rhodococcus jostii RHA1] gi|110823611|gb|ABG98895.1| conserved hypothetical protein [Rhodococcus jostii RHA1] Length=859 Score = 761 bits (1965), Expect = 0.0, Method: Compositional matrix adjust. Identities = 438/849 (52%), Positives = 554/849 (66%), Gaps = 22/849 (2%) Query 38 GAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDA 97 GAGYDE D G+VR W ELA G + RL+S + L+D+ GITY +D Sbjct 8 GAGYDELFGDGGDVREPWAELARDFTGGGPDSVRRLQSRIRLLVDNHGITYNPLDGS--- 64 Query 98 LTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLP 157 D P W +D +PL+++A +WE L AG VQRSRLLDA+LADLYGP +++ G +P Sbjct 65 ---DAPTVPPRWEIDAVPLIVAAEEWEQLAAGFVQRSRLLDAVLADLYGPMALVRSGAVP 121 Query 158 PEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADR 217 +F HPGYVRAA+GI +PGRHQLF+H D+ R DGTF D TQ+P+G+GYAMADR Sbjct 122 ARTVFGHPGYVRAAHGITVPGRHQLFLHGLDVGRGADGTFHALRDHTQSPAGAGYAMADR 181 Query 218 RVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAY 277 RVVA A+P +YE + PRP + FAQ++RLA IDAAP +DP+VVVLSP SE AFDQAY Sbjct 182 RVVARAMPGIYETVGPRPLSSFAQSMRLAAIDAAPAGTEDPLVVVLSPRTRSEAAFDQAY 241 Query 278 LATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVG 337 LAT+LGFPLVESADLVVRDG +WMRSLG L+RVDV++RRVDA ADPLDLR DSR GVVG Sbjct 242 LATVLGFPLVESADLVVRDGHVWMRSLGNLERVDVIVRRVDADLADPLDLRPDSRSGVVG 301 Query 338 LVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSH 397 LVE RG VTVVN LGSGILENP L R LP L RLLDE LL + P +WGG SE SH Sbjct 302 LVEVLRRGAVTVVNPLGSGILENPALTRLLPDLCRRLLDEDLLLPSVPSFWGGDRSELSH 361 Query 398 LLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQWVGQELPQFSSAP-TNHA 456 +LAN SS+++++ G +V L +A L R+ A P +WVGQ +P S AP + + Sbjct 362 ILANASSMVLRAVHGGSPIVPAELGAADRDTLLDRVRAEPERWVGQIVPDPSYAPAADGS 421 Query 457 GVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHA- 515 G + A VG+RLFTVAQ+ G+ PM GGLG L PG + V AKD+W+R +R + Sbjct 422 GDVFLAPVGVRLFTVAQQVGFTPMAGGLGTSLVPGAERGDRRHVGAKDVWIRLAQRTAST 481 Query 516 ---EVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVF 572 + A P + ++SPR L++LFWMGR+ ERAE ARL+I E+Y + Sbjct 482 DPGDAADRDGEALPTYAATTSDLMTSPRALTELFWMGRFAERAEGAARLMIAVGEKYRDY 541 Query 573 RHQQDTDESECVPVLMAALGKITG-----YDTATGAGSAYDR-ADMIAVAPSTLWSLTVD 626 R + +P+L+ + + + A S D AD + V S SLTVD Sbjct 542 RLRPWLAGGGSLPILLDTVLLVADAGNRPEEPGRCAESGSDPVADQLRVR-SEFRSLTVD 600 Query 627 PDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADAVLASA 686 P R GSL +V G+ AA+AVR QLS D W VL++VERA+ + A+ +VL A Sbjct 601 PGRDGSLAHAVRGVEQAARAVRGQLSTDIWAVLSSVERALGQVA---ADTADDGSVLFEA 657 Query 687 QAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAI 746 Q+ L GML LSGVA ES+V D GW +MDIGKRIER LTAL+++TL PA E+A+ Sbjct 658 QSAVLGGMLALSGVAAESLVRDTGWHVMDIGKRIERAATLTALVESTLRRKTDPATERAV 717 Query 747 IEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSG 806 IE+ LVA ESSV+YRRR AAV EL+LFD +NPRSL +QLE LRA+L LP +SG Sbjct 718 IESLLVATESSVVYRRRNR-SIRPAAVAELLLFDVKNPRSLAFQLEALRANLTALPDASG 776 Query 807 SSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLTATQLAL 866 +SR ER+V++M +RR P LE V A G R EL EL A + A L +++DV+ QL+L Sbjct 777 ASRAERLVEDMVNTVRRVDPARLESVDATGSRKELGELTATMRALLSELSDVMLKGQLSL 836 Query 867 PGGMQPLWG 875 PGG QPLWG Sbjct 837 PGGTQPLWG 845 >gi|226366321|ref|YP_002784104.1| hypothetical protein ROP_69120 [Rhodococcus opacus B4] gi|226244811|dbj|BAH55159.1| hypothetical protein [Rhodococcus opacus B4] Length=859 Score = 753 bits (1945), Expect = 0.0, Method: Compositional matrix adjust. Identities = 430/850 (51%), Positives = 547/850 (65%), Gaps = 24/850 (2%) Query 38 GAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDA 97 GAGYDE DDDG +R W ELA + G + RL++ + L+D+ GITY +D Sbjct 8 GAGYDELFDDDGGLREPWAELARDFTDGGPDSVRRLQARIRLLVDNHGITYNPLDGS--- 64 Query 98 LTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLP 157 D P W +D +PL+++A +WE L AGLVQRSRLLDA+LADLYGP +++ G +P Sbjct 65 ---DAPTAPPRWEIDAVPLIVAAEEWEPLAAGLVQRSRLLDAVLADLYGPMTLVRSGAVP 121 Query 158 PEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADR 217 +F HPGYVRAA+GI +PGRHQLF+H D+ R DGTF D TQ+P+G+GYAMADR Sbjct 122 ARTVFGHPGYVRAAHGITVPGRHQLFLHGLDVGRGADGTFHALRDHTQSPAGAGYAMADR 181 Query 218 RVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAY 277 RV+A A+P +YE + PRP + FAQ++RLA IDAAP +DP+VVVLSP SE AFDQAY Sbjct 182 RVIARAMPGIYETVGPRPLSSFAQSMRLAAIDAAPAGTEDPLVVVLSPRTRSEAAFDQAY 241 Query 278 LATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVG 337 LAT+LGFPLVESADLVVRDG +WMRSLG+L+RVDV++RRVDA ADPLDLR SR GVVG Sbjct 242 LATVLGFPLVESADLVVRDGHVWMRSLGSLERVDVIVRRVDADLADPLDLRPGSRSGVVG 301 Query 338 LVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSH 397 LVE RG VTVVNTLGSGILENP L R LP L RLLDE LL + P +WGG SE SH Sbjct 302 LVEVLRRGAVTVVNTLGSGILENPALTRLLPGLCRRLLDEDLLLPSVPSFWGGDRSELSH 361 Query 398 LLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQWVGQELPQFSSAP-TNHA 456 +LAN SS+++++ G +V L A L R+ A P +WVGQ +P S AP + Sbjct 362 ILANASSMVLRAVHGGSPIVPADLGDADRDTLLDRVRAEPERWVGQIVPDPSYAPAAGGS 421 Query 457 GVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHA- 515 G + A VGMRLF+VAQ+ G+ PM GGLG L PG + AKD+W+R +R + Sbjct 422 GDVVLAPVGMRLFSVAQQVGFTPMAGGLGTSLVPGAERGDRRHAGAKDVWIRLAQRTAST 481 Query 516 ---EVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVF 572 + A P + ++SPR L++LFWMGR+ ERAE ARL+I E+Y + Sbjct 482 DPGDGAERDGEALPTYAATTSDLMTSPRALTELFWMGRFAERAEGAARLMIAVGEKYRDY 541 Query 573 RHQQDTDESECVPVLMAALGKIT-------GYDTATGAGSAYDRADMIAVAPSTLWSLTV 625 R + +P+L+ + ++ G D GA D S SLT Sbjct 542 RLRPWLAGGGSLPILLTTVLRVADAGNHPEGRD--PGADPGPDPVTDQRRVRSEFRSLTA 599 Query 626 DPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADAVLAS 685 DPDR GSL +V G+ AA+AVR QLS D W VL++VER + + + + L Sbjct 600 DPDREGSLAHAVRGVEQAARAVRGQLSGDIWAVLSSVERTLGQVA---SDTIDDGSALFE 656 Query 686 AQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQA 745 AQ+ L GML LSGVA ES+V D GW +MDIGKRIER L AL+ +TL PA E+A Sbjct 657 AQSAVLGGMLALSGVAAESLVRDTGWHVMDIGKRIERASTLIALVDSTLGRQTDPATERA 716 Query 746 IIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSS 805 +IE+ L+A ESSV+YRRR G AAV EL+LFD +NPRSL +QLE LR +L LP +S Sbjct 717 VIESLLLATESSVVYRRRNRG-IRPAAVAELLLFDVKNPRSLAFQLEALRTNLAALPDAS 775 Query 806 GSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLTATQLA 865 G+SR ER+V++M +RR P LE V A G R EL EL + A L +++DV+ QL+ Sbjct 776 GASRAERLVEDMVNTVRRVDPVRLESVDAGGSRKELGELTTTMRALLSELSDVMLKGQLS 835 Query 866 LPGGMQPLWG 875 LPGG QPLWG Sbjct 836 LPGGTQPLWG 845 >gi|317507129|ref|ZP_07964889.1| hypothetical protein HMPREF9336_01260 [Segniliparus rugosus ATCC BAA-974] gi|316254575|gb|EFV13885.1| hypothetical protein HMPREF9336_01260 [Segniliparus rugosus ATCC BAA-974] Length=889 Score = 720 bits (1859), Expect = 0.0, Method: Compositional matrix adjust. Identities = 432/886 (49%), Positives = 558/886 (63%), Gaps = 50/886 (5%) Query 25 RAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHD 84 +AQ+ LF GYDE DD+G R W+EL ++A G AGL+R+R+ V +D+D Sbjct 9 QAQQVLFGEAS---EGYDELTDDEGQPRAHWSELIASLAPLGPAGLERMRARVARQVDND 65 Query 85 GITYTAIDAHR-DALTGDHDLE--------PGPWRLDPLPLVISAADWEVLEAGLVQRSR 135 GITY + A G E P PW LDP+PLV+SA DW VLE GL QR+R Sbjct 66 GITYNPVGAPALSTARGGPGAEKQAPVHGGPAPWPLDPVPLVVSAQDWAVLEEGLAQRAR 125 Query 136 LLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQ-LFMHACDLSRLPD 194 L A+LADLYGP+ +L +GVLPPE++FAH GY+R A +Q P + +F+HA +L R P Sbjct 126 LFVALLADLYGPQRILEQGVLPPELVFAHRGYLRMA--LQAPSPEKPVFLHAVELGRGPS 183 Query 195 GTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDV 254 G F V+AD TQAPSG GYA+A RRV+ P +++ + PR PF Q LRLALI+AAP Sbjct 184 GEFVVHADRTQAPSGIGYAVAGRRVLMRTAPGVFQAVGPRSLGPFVQELRLALIEAAPAG 243 Query 255 AQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVL 314 A+DP VVVLSPG+ SETAFDQA+LA ++GFPLV++ADL+VR+GK+WMRSLGTLKRVDV+L Sbjct 244 AEDPTVVVLSPGVGSETAFDQAHLALIMGFPLVQAADLMVREGKVWMRSLGTLKRVDVIL 303 Query 315 RRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERL 374 RRVD+ Y DPLDLR DS+LGV GLVEA +RGTVTVVN++GSG+LENP L FLPQL+ L Sbjct 304 RRVDSQYVDPLDLRPDSQLGVPGLVEAANRGTVTVVNSIGSGVLENPALAVFLPQLARAL 363 Query 375 LDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIE 434 LDE LL +A V WGG ++R+ L + + L+I+ V+G G LS+ A ++ Sbjct 364 LDEELLLDSAAVLWGGRPTDRAKLAEDCAELVIRDVVTGAAQPGAALSAEGREKFARQLA 423 Query 435 AMPWQWVGQELPQFSSAPT----------NHAGVLSSAGVGMRLFTVAQRSGYAPMIGGL 484 A PW+WVGQ SAP + +L A V +R FTVA + + GGL Sbjct 424 AEPWRWVGQLPMGLGSAPVIPDSRGSEAEDGPTLLEGAPVLLRCFTVAHGNRQVVLPGGL 483 Query 485 GYVLAPGPAAYTLKTVAAKDIWV------------RPTERAHAEVITVPVLAPPAKTGAG 532 G V+A G + A KDIWV + + A + VP +PP Sbjct 484 GQVMARGKVQGLPVSTATKDIWVAQPATGAARGKQQSEQGARVVAMDVPQPSPPEARADE 543 Query 533 TWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPV--LMAA 590 T V+SPRVL+DLFW+GRYGERAE +ARLLIV RER R D P+ L A Sbjct 544 T--VTSPRVLADLFWIGRYGERAEALARLLIVIRERLQEQRSSSGPDVPFAEPLQSLFGA 601 Query 591 LGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQ 650 + ++T AG Y + L S T D +R GSL QSV+ L AAQ VRDQ Sbjct 602 VPQVT-------AGPEYGAEIGVEFGLRELRSFTFDRERSGSLAQSVDRLGNAAQGVRDQ 654 Query 651 LSNDTWMVLANVERAVEHKSDPPQSLAEADAV--LASAQAETLAGMLTLSGVAGESMVHD 708 LS DTWMVLA++ERA+E ++ AD + L+ AQ++ LAGML LSG+A ESMVHD Sbjct 655 LSVDTWMVLADLERALEQPLQQSSQISWADEIVQLSIAQSQVLAGMLALSGLAAESMVHD 714 Query 709 VGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKF 768 GW +MDIGKRIER L LTAL++ATL P E+ + EA L + ES+VIYRRR + Sbjct 715 PGWRLMDIGKRIERALQLTALVRATLVKQYEPDVERPLTEAVLSSVESAVIYRRRHHLRV 774 Query 769 SVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEE 828 V+ V EL+ FD NPRSL+YQLE LR +L LP ++ S+R E ++ + + LRR P+E Sbjct 775 RVSTVAELLFFDVDNPRSLLYQLEALRRNLMALPDAARSTRAEHALESLFSLLRRIEPDE 834 Query 829 LEEVSADGLRAELAELLAGIHASLRDVADVLTATQLALPGGMQPLW 874 LE VS +G RA LA+ L +H L D+A V+ ++L P M+PLW Sbjct 835 LERVSPEGERAALAQWLTAVHTGLGDLATVIERSRLTPPSQMRPLW 880 >gi|296394112|ref|YP_003658996.1| hypothetical protein Srot_1705 [Segniliparus rotundus DSM 44985] gi|296181259|gb|ADG98165.1| protein of unknown function DUF404 [Segniliparus rotundus DSM 44985] Length=889 Score = 707 bits (1826), Expect = 0.0, Method: Compositional matrix adjust. Identities = 425/892 (48%), Positives = 559/892 (63%), Gaps = 53/892 (5%) Query 24 ARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDH 83 ++AQ+ LF GYDE DDDG R W+EL ++A G GL LR+ V +D Sbjct 8 SQAQQVLFG---EVSEGYDELTDDDGQPRAHWSELLSSLAPLGPQGLGHLRARVARQVDS 64 Query 84 DGITYTAIDA-----HRDALTGDHDLE----PGPWRLDPLPLVISAADWEVLEAGLVQRS 134 DG+TY + A R A G+ P W LDP+PLV+SA DW LE GL QR+ Sbjct 65 DGVTYNPVGAPELATARAAPLGEGHGRVLGAPASWPLDPIPLVLSAHDWSSLEEGLAQRA 124 Query 135 RLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQ-LFMHACDLSRLP 193 RL A+LADLYGP+ +L +G++PPE++FAH GY+R A +Q P + +F+HA +L R P Sbjct 125 RLFVALLADLYGPQRVLEQGLVPPELVFAHRGYLRMA--LQAPSPPKPVFLHAVELGRGP 182 Query 194 DGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPD 253 G F V+AD TQAPSG GYA+A RRV+ + P +++ +APR PF Q LRLAL+DAAP Sbjct 183 SGNFVVHADRTQAPSGVGYAVAGRRVLMRSAPGVFQAVAPRSLGPFIQELRLALLDAAPA 242 Query 254 VAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVV 313 +DP VVVLSPG SETAFDQA+LA L+GFPLV++ DL+VR+GKLWMRSLGTLKRVDVV Sbjct 243 GVEDPTVVVLSPGTGSETAFDQAHLALLMGFPLVQAPDLMVREGKLWMRSLGTLKRVDVV 302 Query 314 LRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSER 373 LRRVD+ + DPLDLR DS+LG+ GLVEA +RGTVT+VN++GSG+LENP L FLPQL+ Sbjct 303 LRRVDSQFVDPLDLRPDSQLGIAGLVEAANRGTVTIVNSIGSGVLENPALAVFLPQLART 362 Query 374 LLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRI 433 LLDE LL A V WGG+ ++R L + L+I+ V+G G S+ + ++ Sbjct 363 LLDEELLLENATVLWGGLPADREKLAEGSAELVIRDVVTGAAHAGAAWSAGERERFVKQL 422 Query 434 EAMPWQWVGQELPQFSSAPT----------NHAGVLSSAGVGMRLFTVAQRSGYAPMIGG 483 A PW+WVGQ + SAP + A +L A V +R FTV + + GG Sbjct 423 AAQPWRWVGQLPMRLGSAPVLPADAGLSRGDEAALLQGAPVLLRCFTVTHGNEQMVLPGG 482 Query 484 LGYVLAPGPAAYTLKTVAAKDIWV----------RPTERAHAEVITV-------PVLAPP 526 LG V+ A + A KDIWV + T A V+ PP Sbjct 483 LGQVMTRNGNAMLPASAATKDIWVMQPETGAARGKKTGEQGARVVASDWGRRPNAGETPP 542 Query 527 AKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRH--QQDTDESECV 584 + +V+SPRVL+DLFW+GRYGERAE +ARLLIV RER + ++D +E + Sbjct 543 QLSARADESVTSPRVLADLFWIGRYGERAEALARLLIVIRERLQEQQSAGRRDAPFTEPL 602 Query 585 PVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAA 644 L AA+ +IT AG A D + +A L +LT D DRPGSL QS + L AA Sbjct 603 RSLFAAVEQIT-------AGPALDTGMSVDLALQELRALTFDRDRPGSLAQSADRLGNAA 655 Query 645 QAVRDQLSNDTWMVLANVERAVEH--KSDPPQSLAEADAVLASAQAETLAGMLTLSGVAG 702 Q VRDQLS DTWMVLA++ERA+E + S A+ LA AQ++ LAGML LSG+A Sbjct 656 QGVRDQLSVDTWMVLADLERALEGPVRHSAQSSWADEIVQLAIAQSQALAGMLALSGLAS 715 Query 703 ESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRR 762 ESMVHD GW +MDIGKRIERGL LTAL++ATL + AE+ + EA L + ES+V YRR Sbjct 716 ESMVHDAGWRLMDIGKRIERGLQLTALVRATLVQPQDADAERPLAEAVLSSVESAVTYRR 775 Query 763 RTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLR 822 R + ++ V EL+ FD NPRSL+YQLE LR +L LP ++ S+R E ++ + + LR Sbjct 776 RNHLRVRISTVAELLFFDGDNPRSLLYQLEALRRNLMALPDAARSTRAEHSLESLFSLLR 835 Query 823 RSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLTATQLALPGGMQPLW 874 R P+ELE +SA+G RA LA+ +H LR++A ++ ++L P M+PLW Sbjct 836 RVEPDELERISAEGERAVLAQWSGAVHDGLRELATIIERSRLTPPSRMRPLW 887 >gi|258653494|ref|YP_003202650.1| hypothetical protein Namu_3333 [Nakamurella multipartita DSM 44233] gi|258556719|gb|ACV79661.1| protein of unknown function DUF404 [Nakamurella multipartita DSM 44233] Length=871 Score = 678 bits (1749), Expect = 0.0, Method: Compositional matrix adjust. Identities = 403/843 (48%), Positives = 527/843 (63%), Gaps = 35/843 (4%) Query 41 YDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTG 100 YDE DG + P W ELA + G+ GL L V L++ DG+TYT +D G Sbjct 40 YDEMTGRDGALLPGWAELAAEIDAVGEVGLAALAGQVDRLLEDDGVTYTPVDPT----GG 95 Query 101 DHDLEP-GP--WRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLP 157 D P GP WRLDPLPLV+ +DW LEAGL+QRS LLDA+L DLYGP ++ G+LP Sbjct 96 PADSAPAGPERWRLDPLPLVVGDSDWTGLEAGLIQRSTLLDAMLTDLYGPGKLVENGLLP 155 Query 158 PEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADR 217 E+++ +P Y+R A+GI +PG HQLF HA D+ R G F D TQAPSG+GYAMADR Sbjct 156 AELVYQYPDYLRPAHGITIPGAHQLFFHALDVCRDVTGEFLALGDRTQAPSGAGYAMADR 215 Query 218 RVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAY 277 R V+ +P L+ APR + F +R AL AP A+DP VVVL+PG +SETAFDQA Sbjct 216 RAVSKVLPGLFRRAAPRGLSAFFHTMRSALASVAPSEAEDPRVVVLTPGTHSETAFDQAM 275 Query 278 LATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVG 337 LA+LLG PLVESADL +R G+LWM S+G + VDVV+RRVDA ++DPLDLR DSRLGVVG Sbjct 276 LASLLGVPLVESADLTIRRGRLWMLSMGRFEPVDVVVRRVDAAWSDPLDLRPDSRLGVVG 335 Query 338 LVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSH 397 L EA RGTVTVVNTLGSG+LENPGL+ FLP+L+ +L ES + P +W G + RSH Sbjct 336 LAEACRRGTVTVVNTLGSGVLENPGLIPFLPKLARTVLGESLKIEAVPTFWCGDDAGRSH 395 Query 398 LLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAG 457 +LAN+ ++++ST G + +S +L RIEA P WVGQ++ FS AP A Sbjct 396 VLANLDRMVLRSTTRGRSKFPAMMSRGELESWRARIEAEPTAWVGQDVAPFSEAPMATAD 455 Query 458 VLSSAGVGMRLFTVAQRSGYAPMIGGLGYVL-APGPAAYTLKTVAAKDIWVRPT-----E 511 L++ V MRLFTVA SGY M G LG V +A +T AKD+WVR T + Sbjct 456 GLTAGQVSMRLFTVAHGSGYVAMPGSLGRVQDGELTSAGRGRTSVAKDVWVRSTRIEAPD 515 Query 512 RAHAEV--ITVPVLAP-PAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRER 568 R V P++AP P ++ A SPRVL D+FW+GRY ER E++ RLL R R Sbjct 516 RREGRVWLYEGPLVAPKPVESTA------SPRVLEDMFWLGRYAERTEDLVRLLTAARYR 569 Query 569 YHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPD 628 FR + + + CVPVL++A+ ++G R + L +D Sbjct 570 VDDFRFRPEHLGAGCVPVLLSAVSSVSGTRAFAAEEDPTRR----------IRDLMLDAG 619 Query 629 RPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADAVLASAQA 688 GS+ QS+ GL AA++VRDQLS DTWMVLA +RA+ +D P +A VLAS Q+ Sbjct 620 ENGSVAQSLAGLREAARSVRDQLSGDTWMVLAATDRALGELADAP---PDAGVVLASKQS 676 Query 689 ETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIE 748 + L+GML LSG+ E+M+ D GW +D+G+RIER + ALL+ATL+ A + ++E Sbjct 677 DVLSGMLALSGLISENMIRDPGWYFLDLGRRIERAQQVVALLRATLTRSHSSATDSLVVE 736 Query 749 ATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSS 808 + L A ES V YRRR G+ VA + EL+L D NPRSL YQ+ RADL+ LP SSG+S Sbjct 737 SVLAASESGVTYRRRYRGRIQVATMLELLLLDVGNPRSLAYQVAAARADLRALPDSSGTS 796 Query 809 RPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLTATQLALPG 868 RP R ++E++ LRR+ PE+L+ + DG R EL LL G+H +LR +AD + A P Sbjct 797 RPVRKLEEVDATLRRTRPEDLDVIDDDGARRELLALLEGLHDALRGIADSIAAQHFWHPS 856 Query 869 GMQ 871 MQ Sbjct 857 PMQ 859 >gi|262202246|ref|YP_003273454.1| hypothetical protein Gbro_2316 [Gordonia bronchialis DSM 43247] gi|262085593|gb|ACY21561.1| protein of unknown function DUF404 [Gordonia bronchialis DSM 43247] Length=909 Score = 675 bits (1742), Expect = 0.0, Method: Compositional matrix adjust. Identities = 406/907 (45%), Positives = 526/907 (58%), Gaps = 57/907 (6%) Query 12 YDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAVAERGKAGLD 71 +DV++ AG AR + L PG YDE +D G+VRP W ELA RG A L Sbjct 13 FDVEQF-AGGGAARTNPGVTAL--NPGGHYDEMLDAHGSVRPAWEELAAGYRLRGDARLR 69 Query 72 RLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLV 131 + + + DG+ Y D R T D W++D +PL++ W LE L Sbjct 70 VAADRLATAVSDDGVIYNHFDGTR---TVARD-----WQIDAVPLIVDGVQWAALEKALA 121 Query 132 QRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSR 191 QRS LLD +L DLY + ++ G++ PEM+F HPGY+R A +++ G H LF+HA D++R Sbjct 122 QRSMLLDLLLRDLYRDQRTISAGLIAPEMVFGHPGYIRKAARLEVSGPHALFLHAADIAR 181 Query 192 LPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAA 251 PDG F V AD TQAPSG G+A+ADRR+++ P L APRP FAQ LRLAL D A Sbjct 182 TPDGRFVVYADRTQAPSGIGFAIADRRLLSRTYPQLLRSCAPRPMATFAQTLRLALFDYA 241 Query 252 PDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVD 311 P DP V VLSPG SETAFDQAYLA++LGFPLVE ADL VRDG ++MRSLG KRVD Sbjct 242 PAGVDDPTVAVLSPGSMSETAFDQAYLASVLGFPLVEGADLTVRDGAVYMRSLGRFKRVD 301 Query 312 VVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLS 371 V+LRRVDA YADPLDLR DSRLGV GLVEA RG VTVVNTLGSG+LENP L L +++ Sbjct 302 VLLRRVDAAYADPLDLRTDSRLGVAGLVEAISRGNVTVVNTLGSGVLENPALHTVLERVA 361 Query 372 ERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAV 431 LLDE L + YW G +RSH++A+++ L++ + +GE +G +A L Sbjct 362 PALLDEELALGSVATYWAGDDLQRSHMVADLTGLVLTNIRTGEEHIGGLADAATRDTLVR 421 Query 432 RIEAMPWQWVGQELPQFSSAPTNHAGVL--------SSAGVGMRLFTVAQRSGYAPMIGG 483 R+ A WQWVG+ L +FS APT GVL +A V +R F+VAQ YA M GG Sbjct 422 RLHAETWQWVGRSLEKFSVAPTMTPGVLPARPGSAVRAAPVSLRAFSVAQGPTYAVMPGG 481 Query 484 LGYVLAPGPAAYTLKTVAAKDIWVRPTERAHA------------EVITVPVLAPPAKTGA 531 LG VLA G L VAAKD+WV E H EV + P + + Sbjct 482 LGSVLADGLEGAALHAVAAKDVWVTSAEGGHVSRRSETRTEPAQEVAVIRTGRPAGRGYS 541 Query 532 GTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAAL 591 A +SPRVL+DLFW GRYGER E + R+ V RERY F+++ + VP+L+ A+ Sbjct 542 DVAAAASPRVLADLFWFGRYGERTELVTRMAKVARERYQDFQYRPWMSGTAAVPLLLHAV 601 Query 592 GKITGYDTATGAGSAYD---RADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVR 648 +TG D A + + LTV PG++ SV+ L +AVR Sbjct 602 ATVTGTARYLATADLLDGLQSAGQVDEGIVKITDLTVARTVPGTVAHSVDRLVTTVRAVR 661 Query 649 DQLSNDTWMVLANVERAVEHKS--------------------DPPQSLAEADAVLASAQA 688 DQ+S TWMVL VERAVE + DP L L Sbjct 662 DQMSTSTWMVLTPVERAVESLTRQVSRARAGSAQPGSGDILGDPALDLGPD---LGRTHE 718 Query 689 ETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIE 748 E L G+L LSG+ ESMVHD GW MD+G+RIER + L L A R EQ+++E Sbjct 719 EILHGVLALSGLQSESMVHDAGWMFMDVGRRIERVITLADLTVAMFGQSRDIDVEQSLLE 778 Query 749 ATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSS 808 + L A ESSVIYRRR G + +A+V EL+LFD NPRS+++QL+R+R DL+ +P + S+ Sbjct 779 SYLTANESSVIYRRRNRGLYQLASVAELLLFDETNPRSMIFQLDRIRYDLQSVPETLRSA 838 Query 809 RPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLTATQLALPG 868 ER V+EM LRRS P +L V A R++L EL+ + + RD++D+LT T+ A P Sbjct 839 GCERAVEEMIAELRRSDPADLVHVDAQHNRSDLRELMTTLRDAARDLSDLLTRTRFAPPH 898 Query 869 GMQPLWG 875 QP+WG Sbjct 899 QAQPIWG 905 >gi|343924312|ref|ZP_08763863.1| hypothetical protein GOALK_014_00120 [Gordonia alkanivorans NBRC 16433] gi|343765746|dbj|GAA10789.1| hypothetical protein GOALK_014_00120 [Gordonia alkanivorans NBRC 16433] Length=918 Score = 656 bits (1693), Expect = 0.0, Method: Compositional matrix adjust. Identities = 395/881 (45%), Positives = 518/881 (59%), Gaps = 51/881 (5%) Query 38 GAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDA 97 GA YDE +D G VRP W +L RG + L + + + DG+ Y D Sbjct 42 GAHYDELLDSAGMVRPAWEDLVRLYQRRGDSRLRESADRLAAAVRDDGVVYNEFDGQ--- 98 Query 98 LTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLP 157 T D W +D +PL++ +W LE + QRS LLD +L DLY + +T G++ Sbjct 99 TTHTRD-----WDIDAVPLLVDGVEWAELEKAITQRSMLLDLLLRDLYRDQKTITSGLVA 153 Query 158 PEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADR 217 PEM+F HPGY+R A +++ G H LF+HA D+SR DG F V D TQAPSG G+++ R Sbjct 154 PEMVFGHPGYIRKAARLEVAGPHALFLHAVDISRSADGRFVVYRDRTQAPSGIGFSIVGR 213 Query 218 RVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAY 277 R++ A+P L++ APRP T FA +RLAL + AP DP V VLSPG SETAFDQAY Sbjct 214 RLLTKALPQLFQACAPRPVTGFAGTMRLALAEYAPPGVDDPTVAVLSPGSMSETAFDQAY 273 Query 278 LATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVG 337 LA+ LG+PLVE ADL VRDG ++MRSLG KRVDV+LRRVDA YADPLDLR DSRLGV G Sbjct 274 LASALGYPLVEGADLTVRDGAVYMRSLGRYKRVDVLLRRVDAAYADPLDLRTDSRLGVAG 333 Query 338 LVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSH 397 LVEA RG VTV+NTLGSG+LENP L L +L+ LLDE L + YW G ERS Sbjct 334 LVEAISRGNVTVLNTLGSGVLENPALHTVLERLAPVLLDEELALGSVSTYWAGDDLERSK 393 Query 398 LLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQWVGQELPQFSSAPT---- 453 + + V SL++ +T +GE VGP L + A++ RI+A WQWVG EL +S APT Sbjct 394 IQSRVGSLVLTNTRTGEEFVGPLLDARTRAEVVARIDAQTWQWVGHELDAYSVAPTVTTG 453 Query 454 ----NHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVAAKDIWVRP 509 H L +A V +R F+VAQ YA M GGLG VLA G V+AKD+WV Sbjct 454 TRPGRHTTALRAAPVSIRAFSVAQGPTYAVMPGGLGAVLADGVEGAAHHVVSAKDVWVTS 513 Query 510 TE-------RAHAEVITVPVLAPPAKTGAG-----TWAVSSPRVLSDLFWMGRYGERAEN 557 TE R+ V + P A A +SPRVL+DLFW+GRY ER E Sbjct 514 TEVGGHVSRRSETRVEPAGEVIPEAGRPVSLEYSEVAAAASPRVLADLFWLGRYAERTEQ 573 Query 558 MARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITG----YDTATGAGSAYDRA--- 610 + RL V+R+RY F+++ + VP+L+ + ITG DTA S DR Sbjct 574 VTRLAKVSRQRYQDFQYRPWMSGTPAVPLLLHVVTTITGTDGYLDTADLVLSGTDRQPSP 633 Query 611 DMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAV---- 666 + + A + LTV PGS+ SV+ L AA+AVRDQ+S TWMVLA VER V Sbjct 634 EQVNEAIEKIADLTVARSIPGSVAYSVDRLVGAARAVRDQMSTSTWMVLAPVERVVASTA 693 Query 667 ----EHKSDPPQSLAE--ADAV------LASAQAETLAGMLTLSGVAGESMVHDVGWTMM 714 ++D + E DA LA A E L G+L L+G+ ESMVHD GW M Sbjct 694 RLVSRSRADSADAGTEGLGDAALDLGPDLARAHEEILHGVLALTGLQEESMVHDPGWMFM 753 Query 715 DIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVT 774 D+G+RIER + L L +A + EQA++E+ L A ESSVIYRRR G + ++V Sbjct 754 DLGRRIERAITLADLTRAMFTQAHDTDTEQALLESYLAANESSVIYRRRNRGLYRFSSVA 813 Query 775 ELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSA 834 EL+LFD NPRS+++QLE++ DL +P S+ ER V +M LRRS P +L V + Sbjct 814 ELLLFDPTNPRSMIFQLEKMNHDLTSVPEPLRSAGAERGVQDMIAELRRSGPADLAGVDS 873 Query 835 DGLRAELAELLAGIHASLRDVADVLTATQLALPGGMQPLWG 875 G R +LA+L+ + R+++D+L+ T+ A+P QP+WG Sbjct 874 QGRRTDLADLMTTLRTGSRELSDLLSRTRFAVPRQAQPIWG 914 >gi|333919503|ref|YP_004493084.1| hypothetical protein AS9A_1835 [Amycolicicoccus subflavus DQS3-9A1] gi|333481724|gb|AEF40284.1| hypothetical protein AS9A_1835 [Amycolicicoccus subflavus DQS3-9A1] Length=846 Score = 637 bits (1644), Expect = 2e-180, Method: Compositional matrix adjust. Identities = 362/815 (45%), Positives = 500/815 (62%), Gaps = 33/815 (4%) Query 83 HDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILA 142 +DGIT+ A E W LDP+PLV+SA +W LEA + QR+RLLDA+L Sbjct 46 NDGITFEA--------------ENSAWNLDPIPLVVSAKEWNRLEAAMAQRARLLDALLT 91 Query 143 DLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNAD 202 DLYG +S+++ G+LPPEM++ H GY+R A+ LF+H+ DL+RLP G F V D Sbjct 92 DLYGEQSVVSRGLLPPEMVYGHRGYLRGAHAAFTANVRALFLHSADLARLPGGEFAVITD 151 Query 203 WTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVV 262 QAP G GYA+ADR+V++ A+P LY++ PRP + F Q +R+AL AP DP+V + Sbjct 152 HAQAPLGVGYALADRKVLSRAMPQLYQKAMPRPLSAFVQVMRVALASVAPGHISDPLVAI 211 Query 263 LSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYA 322 LSPG S +FD A+LA++LG+PLVES DL VRDG+LWMR+LG +DVV+R VD+ Sbjct 212 LSPGPESPASFDHAFLASVLGYPLVESTDLTVRDGRLWMRALGKRLPIDVVVRFVDSAAT 271 Query 323 DPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLH 382 DPLD R+ SR GV GL E RG V++VN +G G++EN L +LPQ+S L+DE LL Sbjct 272 DPLDQRSASRTGVAGLTEMARRGVVSIVNPVGCGVVENVALGSYLPQISRALIDEDLLLE 331 Query 383 TAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLADLAVRIEAMPWQWVG 442 + P +W G + S++ ++ +LL+++ +GE+ VG LS AQ +L RI + WQW Sbjct 332 SVPGWWAGTSDGLSYISDHLPNLLLENIRTGESYVGSDLSRAQREELTQRIGSDDWQWCA 391 Query 443 QELPQFSSAP-TNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTV- 500 QE P + P AG +S+A V +RLF+VAQR+GY M GG YV A T+ + Sbjct 392 QERPDYEREPIVTGAGGVSTAPVTLRLFSVAQRAGYTTMAGGFAYVPIEQSAGVTVPGIG 451 Query 501 AAKDIWVRPTERAHAE----VITVPVLAP---PAKTGAGTWAVSSPRVLSDLFWMGRYGE 553 AAKDIWV+ +R +P P A+ G VSSPRVLSDLFW+GRY E Sbjct 452 AAKDIWVQADKRGEGTHPGAAGELPDSFPDLIAAQHGLPWEGVSSPRVLSDLFWLGRYAE 511 Query 554 RAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAG-----SAYD 608 AE+ ARLL RERY +R + S + VL++AL + D+ +GA S D Sbjct 512 HAEDTARLLNAVRERYQDYRFRPWLPGSGSLGVLVSALATVA--DSQSGASLVAADSVTD 569 Query 609 RADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEH 668 + A + + SLT D +R GSL SV L AA+ VRDQLS DTWMVL V A+ Sbjct 570 ATADASFALAEMRSLTGDGERAGSLAYSVRHLESAARGVRDQLSVDTWMVLTGVREAI-- 627 Query 669 KSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTA 728 S+ + ++ V+A+A L GML L+G+ ESMV D GW ++DIG+RIERGL LT Sbjct 628 -SEFCEDESKDPVVMAAAHTAVLHGMLALAGLGAESMVRDPGWYLLDIGRRIERGLQLTR 686 Query 729 LLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLV 788 L+ A+L+ A E+A+IE+ L+ACESSV+YRRR G VA + EL++FD NPRSL+ Sbjct 687 LIGASLTKQLAAAEERAVIESVLLACESSVMYRRRQHGVVRVAPMAELLVFDGSNPRSLI 746 Query 789 YQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGI 848 YQLERL++D LP + + R++ ++ T +RR+ P L +G R L L+ I Sbjct 747 YQLERLQSDFAGLPEETVPVKVTRLITDLITHIRRADPSNLGATDEEGHRTVLRSLMHAI 806 Query 849 HASLRDVADVLTATQLALPGGMQPLWGPDQRRVMP 883 L ++++++ ++ LA P MQPLWG +R P Sbjct 807 GTGLGELSEIVESSLLAPPVDMQPLWGSAERAEFP 841 >gi|296139673|ref|YP_003646916.1| hypothetical protein Tpau_1965 [Tsukamurella paurometabola DSM 20162] gi|296027807|gb|ADG78577.1| protein of unknown function DUF404 [Tsukamurella paurometabola DSM 20162] Length=818 Score = 605 bits (1561), Expect = 8e-171, Method: Compositional matrix adjust. Identities = 378/813 (47%), Positives = 495/813 (61%), Gaps = 23/813 (2%) Query 70 LDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAG 129 L RL++ V LID +GITY A+DA L G WRLDPLP+++S +WE L G Sbjct 14 LARLQARVRGLIDDEGITYNALDALPSDLAAPA--TTGRWRLDPLPVLLSTDEWEPLARG 71 Query 130 LVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDL 189 QRS LLDA+L D YG + + +G+LPPE+LFAHPG++R A G+ PG LF+HA D+ Sbjct 72 AAQRSTLLDALLRDFYGEQRTIRDGLLPPEVLFAHPGFIRRAFGVPAPGTKALFLHAADV 131 Query 190 SRLPDGTFQVNA-DWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALI 248 R+ G A D TQAPSG GYA+ADRRV + A+P + PRP + FA ALR L+ Sbjct 132 GRIGAGGAYAVAADRTQAPSGVGYALADRRVTSRALPREFRSETPRPVSSFAAALRGQLL 191 Query 249 DAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLK 308 ++AP DP VVVLSPG +SETAFDQAYLA++LGFPLVE++DL VRDG ++MR+LG +K Sbjct 192 ESAPPGVDDPTVVVLSPGSFSETAFDQAYLASVLGFPLVEASDLTVRDGGVYMRALGRMK 251 Query 309 RVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLP 368 RVDVVLRRVD+ ++DPLDLR DSRLGVVGLVE RG VTVVNTLGSG+LENP L +LP Sbjct 252 RVDVVLRRVDSEFSDPLDLRTDSRLGVVGLVEMMTRGAVTVVNTLGSGVLENPALHAYLP 311 Query 369 QLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLAD 428 QL LLDE LL + P + R+ + + L+ +GE ++G L++ A Sbjct 312 QLCRALLDEDLLLDSTPTVHAATPAGRAVIDGALDDQLLIDFSTGERILGADLTAEAAAA 371 Query 429 LAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVL 488 L RI P W +EL F + P G + G +R+F++AQ +GY + GGLG VL Sbjct 372 LRARIAEQPALWCAKELVPFDTEPALSDGAVLDRGFSLRVFSLAQEAGYTVLGGGLGQVL 431 Query 489 APGPAAYTLKTVAAKDIWVRPTE--RAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLF 546 G A L T AA+D+WV E R V T P +A A + V++PRVLSDLF Sbjct 432 LDGAAGAQLHTSAARDVWVPAGEDSRGSIRVATSPRVARMNGVTA-SGPVATPRVLSDLF 490 Query 547 WMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKIT-----GYDTAT 601 W+GRY ERAE M RLL V RER FRH+ + + L+ A+ +++ G A Sbjct 491 WIGRYAERAEAMVRLLSVARERDQEFRHRPWQPGAASLQPLLDAVVEVSDTGQLGPIVAE 550 Query 602 GAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLAN 661 GA D++D++A L LT+D D PG++ + L +AVRDQ+S DTW+VL+ Sbjct 551 GA----DQSDVLA----RLRRLTLDTDLPGTVAFAGVRLRACLRAVRDQMSTDTWLVLSG 602 Query 662 VERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIE 721 ER++ + E L E L +L +G+A ES+V D GW MMD G+RIE Sbjct 603 AERSLGRLAADRHDGGEQ---LDQTLGEVLVSLLAFAGLARESLVQDPGWRMMDAGRRIE 659 Query 722 RGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDA 781 R L L L +T+ R E +++A LVACESSV YRRR AV +LM DA Sbjct 660 RALQLADLTTSTVVPARESEVETGLLDAYLVACESSVTYRRRHRSVLRAGAVVDLMFLDA 719 Query 782 QNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAEL 841 NPRS+V+QL+ L DL++LP S ER E+ RLRR PEE E V+ DG+R EL Sbjct 720 DNPRSMVFQLDSLSRDLQNLPDEMRSVAAERTATELLGRLRRFDPEEAETVT-DGVRTEL 778 Query 842 AELLAGIHASLRDVADVLTATQLALPGGMQPLW 874 L+ I LRD++DVL T+ ALP +P+W Sbjct 779 VALIDAITGGLRDISDVLERTRFALPAEARPIW 811 >gi|336119555|ref|YP_004574332.1| hypothetical protein MLP_39150 [Microlunatus phosphovorus NM-1] gi|334687344|dbj|BAK36929.1| hypothetical protein MLP_39150 [Microlunatus phosphovorus NM-1] Length=871 Score = 559 bits (1441), Expect = 7e-157, Method: Compositional matrix adjust. Identities = 366/883 (42%), Positives = 492/883 (56%), Gaps = 48/883 (5%) Query 17 LLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSV 76 +L Y + Q +F + P YDEF G VR W LA + G L+R R+ Sbjct 3 VLQRYLDRKIQPDMFAV---PAPSYDEFAGPSG-VRDGWRGLAQGLESFGPVDLERARAE 58 Query 77 VHSLIDHDGITYTAIDAHRDALTGDHDL----------------EPGPWRLDPLPLVISA 120 V L++ DG++Y + A D + EP PW+LDPLPLV++ Sbjct 59 VVRLLEDDGVSYISGPASTTTFV-DATIAPPGRPAGPDSATPLAEPEPWQLDPLPLVLAE 117 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 +W +EAG+VQR+ LLDAI+ADLYG + +L G LP + H Y+RA G + Sbjct 118 REWSAVEAGVVQRAELLDAIVADLYGAQRLLAGGHLPVPAVLDHEEYLRALVG-EHSAAP 176 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFA 240 LFM A DL R G + V +D TQAPSG+GYAM +RRVV+ +P+LY TPF Sbjct 177 SLFMVAVDLGRDASGQWTVMSDRTQAPSGAGYAMQNRRVVSRVMPELYHAAHLHRLTPFF 236 Query 241 QALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLW 300 QA+R ALIDAAP + P VVVLSPG SETAFDQA+LA+LLGFPLVE DL VRDG++W Sbjct 237 QAMRSALIDAAPAQVESPRVVVLSPGSMSETAFDQAFLASLLGFPLVEGGDLTVRDGRVW 296 Query 301 MRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILEN 360 MR LG L+ VDV+LRRVD+ + DPL+LR SRLGV GLVE RGTV+VVN +GSGI+EN Sbjct 297 MRVLGKLEEVDVILRRVDSIWTDPLELRPGSRLGVAGLVECVRRGTVSVVNAIGSGIVEN 356 Query 361 PGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIK--STVSGETLVG 418 P L+ +LPQL ERLL +S L + +W G A ++ ++ L+++ S G ++ G Sbjct 357 PALMPYLPQLCERLLGQSLRLSSVQTWWCGDADGMRYVTQHLDELVVRPISRGHGRSVRG 416 Query 419 PTLSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYA 478 LS A+ + I A P ++VGQ++ Q SSAPT G L V +R F V S YA Sbjct 417 IALSRAEREKVIAMIAAAPHRYVGQQVLQLSSAPTAIGGRLLPRNVVLRSFAVRDGSSYA 476 Query 479 PMIGGLGYVLAPGPAAYTLKTVA-----AKDIWV---RPTERAHAEVITVPVLAPPAKTG 530 M+GGL V + L A AKD+WV P I + Sbjct 477 AMLGGLARVSDDADESRGLLVTAAGGGIAKDVWVVSEHPVVAKGQTTIRMSREVDQLAVA 536 Query 531 AGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAA 590 T A PRVLSDLFW GRY ERAE++ RL++ TR D + VL+ A Sbjct 537 DATTAAMVPRVLSDLFWFGRYAERAEDLLRLILATRA--TALETDLDPGSRGALQVLLRA 594 Query 591 LGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQ 650 + T T A+ + P +L +D R G+ QS+ L LAAQ VRDQ Sbjct 595 I-------TTTSTAYPGFLAEGCPMMPE-FRALLLDRSRLGTAGQSLAALLLAAQGVRDQ 646 Query 651 LSNDTWMVLANVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVG 710 LS D WMVLA+++RA + P + +L L+G+L L+G+ E+MV D G Sbjct 647 LSEDVWMVLADMDRASATLAASPD---DQGLLLVDTGERILSGLLALAGIVSENMVRDAG 703 Query 711 WTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSV 770 W ++D G+ +ER L + ALLQAT+ R E+ ++E L A ES V +RRR G+ V Sbjct 704 WYLLDTGRGLERALQVLALLQATVCEERPWDTERLVVETVLTATESIVTFRRRYGGQDRV 763 Query 771 AAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELE 830 A EL++ DA+NPRS+ YQLER+ DL+ +P +S RP R+ + + + + +L Sbjct 764 EAAVELLVTDARNPRSVAYQLERILTDLRAIPNTSARLRPVRLAEAV---VHQVQTVDLG 820 Query 831 EVSADGLRAELAELLAGIHASLRDVADVLTATQLALPGGMQPL 873 +SA R ELAE LAG+ LRD+AD + LP QP+ Sbjct 821 AMSAASDRVELAEFLAGLTTQLRDLADAIRDQYQQLPPTPQPM 863 >gi|326328630|ref|ZP_08194970.1| hypothetical protein NBCG_00068 [Nocardioidaceae bacterium Broad-1] gi|325953591|gb|EGD45591.1| hypothetical protein NBCG_00068 [Nocardioidaceae bacterium Broad-1] Length=822 Score = 539 bits (1389), Expect = 7e-151, Method: Compositional matrix adjust. Identities = 342/852 (41%), Positives = 477/852 (56%), Gaps = 59/852 (6%) Query 30 LFDLRDGPGAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYT 89 L D D P YDE V DG +RP W +A+ A L R+ V + DG+TY Sbjct 13 LLDATDQP---YDEVVGPDGTLRPAWKPMAETAVSITPATLSRIGHDVERFLADDGVTYL 69 Query 90 AIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRS 149 A +P PWRLDP+PLVI A W VLE GL QR+ LL+AIL DLYGP+ Sbjct 70 RPGA-----------KPEPWRLDPVPLVIDPAQWRVLEVGLAQRAELLNAILVDLYGPQR 118 Query 150 MLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSG 209 +L +G++P ++F H G+ R A L + A DL R PDG ++V AD TQAPSG Sbjct 119 LLADGIVPAAVVFGHQGFHRVAARASNHDPRPLVLAATDLGRTPDGEWRVLADRTQAPSG 178 Query 210 SGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIYS 269 GYAM +RRV++ +P+L+ + P+ ALR AL+++AP DP VVVLSPG +S Sbjct 179 IGYAMENRRVISRVLPELHRDAGLHRMEPYFAALRSALLESAPGDQADPRVVVLSPGTHS 238 Query 270 ETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLG-TLKRVDVVLRRVDAHYADPLDLR 328 ETA+DQA+LA+ LGFPLV+ ADL VR+G++ MR G L+RVDV+LRRVDA ++DPL+LR Sbjct 239 ETAYDQAFLASTLGFPLVQGADLTVRNGEVLMRGHGDRLERVDVILRRVDATWSDPLELR 298 Query 329 ADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYW 388 DS+LGV GL+EA RG V VVN G+G+LENPGL+ +LP SE LL E L + +W Sbjct 299 GDSQLGVAGLIEAVRRGNVRVVNGFGAGVLENPGLVPYLPAASEALLGEPLRLGSIGTWW 358 Query 389 GGIASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLA----DLAVRIEAMPWQWVGQE 444 G ++R+ ++ + +TLV TL A + +L +I A P+++VGQE Sbjct 359 CGDQAQRAE---------VERRLDAQTLVVRTLEGAIVTGTPDELRAKIAAAPYRYVGQE 409 Query 445 LPQFSSAPT---NHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVA 501 S APT H V + +R F++ S Y P++GGL V A T Sbjct 410 QITLSQAPTWAEGHGAV--GRPLTLRTFSLRYGSAYRPLVGGLASVRAD----ETGLPPC 463 Query 502 AKDIWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARL 561 +KD+WV A+ VL P T + T V PR L D+FW GRY ERAE++ RL Sbjct 464 SKDVWVLKESPQDADQGLADVL-PMTHTRSVT--VLVPRALEDMFWSGRYAERAEDLIRL 520 Query 562 LIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLW 621 ++ T FR + T + V+++AL ++ G+ A AD+ A Sbjct 521 ILATHVLAEDFRTRPRTSGGISLEVMLSALDRLAGHGRAD--------ADIDA----EFR 568 Query 622 SLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADA 681 S+ +D DRPGS QS+ G+ A VRDQLS D W + ++ +RA E P SL Sbjct 569 SMLLDADRPGSAAQSLAGMRQAFSGVRDQLSPDMWRIFSSTDRAAEELRVNPHSLQ---- 624 Query 682 VLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPA 741 +A + AE L G+L + G+ SM+ D G+ + +G+ +ER + + LL+AT + R Sbjct 625 -IAESGAEMLHGILAMQGIVA-SMIRDEGYHSIRLGRFLERAMQICQLLRATTTVRRGLE 682 Query 742 AEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDL 801 ++A++ A L + ES+V +RRR G V +L++ D NPRSL + L+ LR L L Sbjct 683 VDRAVLNAVLASAESAVTHRRRYRGYVRTGGVLDLLIMDRDNPRSLAFCLDELRIHLTKL 742 Query 802 PGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLTA 861 PGS+GSSRPER++D++ L R+ L + G R L L +HA L +AD +T Sbjct 743 PGSTGSSRPERLLDDITDMLDRTEVAGLVAIGGVG-RPNLESFLDQVHAQLVRLADAITD 801 Query 862 TQLALPGGMQPL 873 A QPL Sbjct 802 VHFATGPAPQPL 813 >gi|311744122|ref|ZP_07717928.1| conserved hypothetical protein [Aeromicrobium marinum DSM 15272] gi|311313252|gb|EFQ83163.1| conserved hypothetical protein [Aeromicrobium marinum DSM 15272] Length=822 Score = 516 bits (1329), Expect = 7e-144, Method: Compositional matrix adjust. Identities = 338/867 (39%), Positives = 468/867 (54%), Gaps = 82/867 (9%) Query 17 LLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSV 76 +L Y A Q TL D A YDE V DG +RP W LA + + + L R+ Sbjct 3 VLRDYTAAVTQPTLAD----EPARYDEVVAPDGALRPAWRGLAASAIDLTETELRRVGRD 58 Query 77 VHSLIDHDGITYTAIDAHRDALTGDHDLEPG----PWRLDPLPLVISAADWEVLEAGLVQ 132 + + DG+ Y+ PG PW LDPLPLV++A +W LE GL Q Sbjct 59 IDRFLGDDGVRYS---------------RPGEPSSPWLLDPLPLVVTAEEWAPLEVGLAQ 103 Query 133 RSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRL 192 R+ LL+A+L DLYGP+ +LT GV+PP ++F H G++R + H L + A D++R Sbjct 104 RAELLNAVLVDLYGPQRLLTSGVVPPAVVFGHSGFLRVMARVSAAESHPLLVTATDVART 163 Query 193 PDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAP 252 G +QV AD QAPSG GYAM +RRV++ VP+LY + P+ QALR L+D+AP Sbjct 164 ATGGWQVLADRAQAPSGIGYAMENRRVISRVVPELYRDAGLHRMAPYFQALRSTLMDSAP 223 Query 253 DVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDV 312 DP VVVL+PG SETA+DQA++A+ LGFPLV+ +DLVVRDG +W+R G L+RV V Sbjct 224 GDVPDPRVVVLTPGSQSETAYDQAFVASSLGFPLVQGSDLVVRDGAVWLRVYGRLERVHV 283 Query 313 VLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSE 372 VLRRVDA ++DPL+LR DS+LGV GLVEA RGTV VVN LG+G+LENP LL F+ + E Sbjct 284 VLRRVDAAWSDPLELRGDSQLGVAGLVEAVRRGTVRVVNGLGAGVLENPALLPFMASMCE 343 Query 373 RLLDESPLLHTAPVYWGG----IASERSHLLANVSSLLIKSTVSGETLVGPTLSSAQLAD 428 LLDE L + P W G +A R H LA+V+ I T P L ++ Sbjct 344 ALLDEPLRLPSVPTRWLGEPEHLAWVRDH-LADVTIRTIDRT--------PGLHDLGPSE 394 Query 429 LAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGM-------RLFTVAQRSGYAPMI 481 L R+E P ++V E P S AP VL + G G+ R FT+ S Y P++ Sbjct 395 LLARVEREPHRYVATEAPVLSQAP-----VLGATGAGIVPGPVQVRTFTIRYGSSYRPLM 449 Query 482 GGLGYVLAPGPAAYTLKTVAAKDIWV---RPTERAHAEVITVPVLAPPAKTGAGTWAVSS 538 GGLG V+ + ++KD+WV RP E +P+ T A Sbjct 450 GGLGSVVDGS------RFASSKDVWVLKERPDEPDQRLTEVLPM------TNVRAPAAMV 497 Query 539 PRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYD 598 PRVL D+FW GRY ERAE+ RL++ FR + + + + VL+ AL +++ Sbjct 498 PRVLEDMFWFGRYAERAEDTLRLVLAAHGAADDFRSRPHSSGAAALRVLIGALEQLS--- 554 Query 599 TATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMV 658 S +D V SL +DP RP S+ QSV L AQAVRDQLS D W V Sbjct 555 -----ASPFDD----GVLDENFRSLLLDPHRPASVAQSVSALRDTAQAVRDQLSPDVWRV 605 Query 659 LANVERAVEHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGK 718 +++R+ + P ++ + L L GV +MV D GW M+ +G+ Sbjct 606 FGSIDRSARSLQEVPYGYQ-----VSESAGRMLTAASALHGVTA-NMVRDEGWRMIGVGR 659 Query 719 RIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELML 778 +ER L L+ LL+AT++T R ++ + +A L ES+V +RRR G +A+V +L++ Sbjct 660 AVERSLQLSRLLRATVTTRRGIDVDRDVHQAVLTVAESAVTHRRRYRGYVRLASVLDLLV 719 Query 779 FDAQNPRSLVYQLERLRADLKDLPGSSGSSRPERMVDEMNTRLRRSHPEELEEVSADGLR 838 D NPRSL + LE + L LP S+GS+RPER+V ++ + R L + + R Sbjct 720 CDPDNPRSLSFNLEEVGVHLAHLPASTGSTRPERLVADLADEVARVEVAALVAIEGE-RR 778 Query 839 AELAELLAGIHASLRDVADVLTATQLA 865 L L + L AD + LA Sbjct 779 PNLEAFLDAVVLQLSRFADSVADLHLA 805 >gi|296128033|ref|YP_003635283.1| hypothetical protein Cfla_0165 [Cellulomonas flavigena DSM 20109] gi|296019848|gb|ADG73084.1| protein of unknown function DUF404 [Cellulomonas flavigena DSM 20109] Length=848 Score = 510 bits (1313), Expect = 5e-142, Method: Compositional matrix adjust. Identities = 338/855 (40%), Positives = 472/855 (56%), Gaps = 58/855 (6%) Query 48 DGNV--RPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLE 105 DG V RP WT L A +A L R L+ G+TY A +A+ GDH Sbjct 13 DGTVVHRPDWTWLPPGTAP-TEADLARAARQAEQLLAAHGVTYGA-----EAVDGDH--- 63 Query 106 PGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHP 165 PWRLDP P+V+ +W LEA L QR+ LLDA+L DLYGPR +L + +LPP + AHP Sbjct 64 --PWRLDPEPVVVDEPEWTRLEAALTQRAELLDAVLHDLYGPRRLLDDRILPPTTVLAHP 121 Query 166 GYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVP 225 G++RA +G+++PG +L + A DL R G + V AD TQAPSG+GYAM DRR+ A + Sbjct 122 GFLRAVDGLRLPGGRELVLSATDLVRDRAGEWCVVADRTQAPSGAGYAMEDRRITAQVLA 181 Query 226 DLYEELAPRPTTPFAQALRLALIDAAPDVAQD-PVVVVLSPGIYSETAFDQAYLATLLGF 284 +Y + PF ALR AL + AP A D P V+LSPG SETAFDQAYLA++LG Sbjct 182 PVYRQAPIARLGPFFHALRKALREVAPPTAGDEPRAVLLSPGPASETAFDQAYLASMLGL 241 Query 285 PLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHR 344 PLVE +DLVVR G+++++ + L+ VDVVLRRVD + DPLDLRA SRLGV GLV A + Sbjct 242 PLVEGSDLVVRAGRVYLQGIDGLEHVDVVLRRVDGDWCDPLDLRAGSRLGVPGLVHAVRQ 301 Query 345 GTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSS 404 GTV+VVN LG+ +L+NP LL +LP+L+ +LD+ L +AP +W G H+L + Sbjct 302 GTVSVVNPLGTSVLDNPALLAYLPRLARAVLDQDLTLASAPTWWCGEERALRHVLGRLDR 361 Query 405 LLIKSTVSG---ETLVGPTLSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAGVLSS 461 L++K V G T+VG LS+A+ DLA RI A PW+WVGQE P + A VL Sbjct 362 LVLKPVVHGAESTTVVGERLSAAEREDLAARITAEPWRWVGQER-VGPEEPGSRAAVL-- 418 Query 462 AGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVP 521 R F VA Y M GGL V + AKD+WV + A + Sbjct 419 -----RTFAVAHAGSYTVMSGGLARVADDPVVTSSAPGAVAKDVWVLTSRPAATGAV--- 470 Query 522 VLAPPAKTGAGTWAVS-SPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDE 580 + A G T A SPR +L+WMGRY ERAE+ R+L +R+ + T Sbjct 471 LREDDAAAGGRTLAYGISPRAAENLYWMGRYAERAEDGVRVLRAVADRWDDYHRTPGTAG 530 Query 581 SECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGL 640 + + VL+ AL D G +A + + L L +D PGS+ ++V L Sbjct 531 GQALAVLLQALTPAALPD---GGEAAVPAPEHVGPRVPALRDLLLDRRTPGSVARAVHRL 587 Query 641 ALAAQAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADAVLASAQAET---------- 690 +A VRDQLS DT+ +A +E + + ++ + DA LA+ + T Sbjct 588 RTSAATVRDQLSTDTFGPIARIESTLRDERARLRARRQPDAGLAAPASVTAGLRPTLDGV 647 Query 691 LAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEAT 750 L +L +SG+A E + DVGW ++D G+RIER L A+L+ATL R E ++E+ Sbjct 648 LESLLAISGIAAEGLTRDVGWHLLDAGRRIERAQRLVAMLRATLVEHRPAEVEDLLLESV 707 Query 751 LVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSSRP 810 L+A ES++ YRRR + VA V +L++ D NPRSL + L+RL ADL+ +P +++ Sbjct 708 LLATESAITYRRRHQSRTDVARVLDLLVHDRTNPRSLAFALDRLLADLEAVPAPRSATQR 767 Query 811 ER-------MVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLTATQ 863 + +V E++T + + EVS DG R LA+ L + LR+ +D + Sbjct 768 DHLLHGVAGLVAELDTVVVGN------EVSDDGRRVRLADALDSMLWRLREASDEIERVH 821 Query 864 LALPG---GMQPLWG 875 P + +WG Sbjct 822 FVRPAPSRALDDVWG 836 >gi|336322159|ref|YP_004602127.1| hypothetical protein Celgi_3067 [Cellvibrio gilvus ATCC 13127] gi|336105740|gb|AEI13559.1| protein of unknown function DUF404 [Cellvibrio gilvus ATCC 13127] Length=843 Score = 503 bits (1296), Expect = 5e-140, Method: Compositional matrix adjust. Identities = 340/832 (41%), Positives = 469/832 (57%), Gaps = 63/832 (7%) Query 70 LDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAG 129 L R R+ SL+ G+TY A D H GPWRLDP P+V+ +W LEAG Sbjct 40 LRRARADAESLLADHGVTYGAEDEH------------GPWRLDPAPVVVDEDEWARLEAG 87 Query 130 LVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDL 189 LVQR+ LLDA+L DLYG R +LT+ +LPP + AHPG++RA +G+++ G +L + A DL Sbjct 88 LVQRAELLDALLTDLYGARRLLTDSLLPPTSVVAHPGFLRAVDGVRLRGGRELVLAATDL 147 Query 190 SRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALID 249 +R DG + D TQAPSG+GYAM RRVVA + LY + + PF +ALR L D Sbjct 148 ARGDDGGWFALVDRTQAPSGAGYAMEGRRVVAQVLAGLYRQTPIQRLGPFFRALRHTLYD 207 Query 250 AAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKR 309 AP A +P V +L+PG SETAFDQAYLA++LG PLVE +DLVVR+G+LWMR++G + Sbjct 208 VAPPSADEPRVALLTPGPGSETAFDQAYLASMLGLPLVEGSDLVVREGRLWMRAIGGAEP 267 Query 310 VDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQ 369 VDV+LRRVDA + DPLDLR SRLG GLV A GT++VVN LGSG+LENP +L +LP+ Sbjct 268 VDVLLRRVDAPWCDPLDLRTGSRLGAPGLVRAVRAGTLSVVNPLGSGVLENPAVLAYLPR 327 Query 370 LSERLLDESPLLHTAPVYWGGIASERSHLLANVSSL-LIKSTVSGETLVGPTLSSAQLAD 428 L+ +LD+ LL +AP +W G + SH+LA+++ L L+ + ++G TL + + A Sbjct 328 LARTVLDQDLLLPSAPTWWCGEPAGLSHVLAHLAELVLLPPSREDRAVLGWTLDADERAA 387 Query 429 LAVRIEAMPWQWVGQE-LPQFSSAPTNHAGVLSSAGVG-MRLFTVAQRSGYAPMIGGLGY 486 LA +I A PW+W GQE + + G GVG +R F VA R Y M GGL Sbjct 388 LAAQIAAQPWRWSGQERVGGGAVLDVTARGTQRGTGVGVLRTFAVAHRGTYTVMAGGLAR 447 Query 487 VLAPGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTGA----GTWAVSSPRVL 542 V A GP + AKD+WV A+ P A A TGA G + SPR Sbjct 448 V-ADGPVVSSAAGAVAKDVWV-----LTAQADPTPEPADVAGTGAVARRGPVGI-SPRTA 500 Query 543 SDLFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDT-AT 601 +LFW+GRY ERAE+ AR L V +R+ F + + + VL+AAL +D A Sbjct 501 ENLFWLGRYAERAEDQARDLRVVVDRWDDFHGRPRSSGGRALAVLVAAL-----HDPGAP 555 Query 602 GAGSAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLAN 661 G G +L L +D R S+ +V G+ AA AVRDQLS DT+ LA Sbjct 556 GPG-------------PSLRDLALDRSRAQSVAGAVRGIGTAAAAVRDQLSTDTFGPLAR 602 Query 662 VERAVEHKSDPPQSLAEADAV----------------LASAQAETLAGMLTLSGVAGESM 705 +ERA+ + + E DA+ L TL G+L ++G+ E + Sbjct 603 IERALRAER-ARLRVPEPDALDLGAAAPRPGAAATAGLRPVLDRTLEGLLAIAGIVAEGL 661 Query 706 VHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTV 765 V D GW ++D G+RIER + A LQ TL + E ++++ ++A +SS+ +RRR Sbjct 662 VRDAGWRLLDAGRRIERAQHVVASLQRTLVDLLPRPVEAHVVDSIVLAHDSSITFRRRYA 721 Query 766 GKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGSS-RPERMVDEMNTRLRRS 824 V AV +L++ D NPRSL +QL RL+ L +P S S+ + +R++ ++ + Sbjct 722 DDAGVPAVLDLLVVDPTNPRSLAFQLARLQEALAGVPVRSRSTEQRDRLLTDVVDLVAEL 781 Query 825 HPEELEEVSADGLRAELAELLAGIHASLRDVADVLTATQLALPGGMQPLWGP 876 P + ADG R LAELL + L VAD + A A P + L P Sbjct 782 DPVAVSVPDADGRRTRLAELLESMQWRLLAVADEVEAVHFARPAQARALDDP 833 >gi|332668817|ref|YP_004451824.1| hypothetical protein Celf_0292 [Cellulomonas fimi ATCC 484] gi|332337854|gb|AEE44437.1| protein of unknown function DUF404 [Cellulomonas fimi ATCC 484] Length=869 Score = 499 bits (1284), Expect = 1e-138, Method: Compositional matrix adjust. Identities = 340/838 (41%), Positives = 459/838 (55%), Gaps = 48/838 (5%) Query 52 RPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRL 111 RP W L D E + L R+ L+ G+TY T D PWRL Sbjct 26 RPDWARLVDPADEPHERELAHARAEAERLLADHGVTYG---------TPGSDAGARPWRL 76 Query 112 DPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAA 171 DP+P+V+ +W L+A LVQR+ LLDA+L D+YG R +LT+ +LPP + HPG++R Sbjct 77 DPVPVVVDDVEWAHLDAALVQRAELLDAVLQDVYGARRLLTDPLLPPSAVLGHPGFLRQL 136 Query 172 NGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEEL 231 +G++MPG +L + A DL R DGT+ AD TQAPSG+ YAM DRRVVA + +Y + Sbjct 137 DGLRMPGGRELVLTATDLVRAADGTWCAVADRTQAPSGAAYAMEDRRVVAQVLAGVYRQA 196 Query 232 APRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLATLLGFPLVESAD 291 + + PF ALR AL DAAP A++P V +LS G ETAFDQAYLA++LG PLVE +D Sbjct 197 SIQRLGPFFHALRQALRDAAPREAEEPRVALLSSGAGGETAFDQAYLASMLGLPLVEGSD 256 Query 292 LVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVN 351 L+VR+G++WMR L L+ VDV+LRRVDA + DPLDLRA SRLGV GLV A GTV+VVN Sbjct 257 LLVREGRVWMRGLDGLEPVDVLLRRVDAEWCDPLDLRAGSRLGVPGLVRAVRAGTVSVVN 316 Query 352 TLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTV 411 LGS +LENP LL +LP+L+ +LD+ LL +AP +W G A+ H++A++ L++ T Sbjct 317 PLGSAVLENPALLAYLPRLARTVLDQDLLLPSAPTWWCGEATSLQHVVAHLDRLVVLPTA 376 Query 412 SG---ETLVGPTLSSAQLADLAVRIEAMPWQWVGQEL-----PQFSSAP----TNHAGVL 459 G + G TLS + ADLA I A PW W QE P A ++ AGV Sbjct 377 RGPEHAAVPGWTLSHRERADLAALIAAEPWAWTAQEAVGPAGPVVDDAALAVGSDLAGVA 436 Query 460 SSAGVG---------------MRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVAAKD 504 VG +R F VA RS Y M GGL V A G + AKD Sbjct 437 DPPEVGRHGSAPASGGPRAAVLRAFAVAHRSSYTVMAGGLARV-AAGHVVSSASGAVAKD 495 Query 505 IWVRPTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIV 564 +WV + T A A G +SPR +L+WMGRY ERAE+ AR+L V Sbjct 496 VWVLAPAASDVTADTEDTTA-DAVVGRVPATGTSPRTAENLWWMGRYAERAEDRARVLRV 554 Query 565 TRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLT 624 +R+ F + + + VL+A+L A D + P L +L Sbjct 555 VADRWDDFHRRPASVGGRALAVLLASLTP-----DALPEERDDDAPVPVPAGPPALRALA 609 Query 625 VDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAV--EHKSDPP--QSLAEAD 680 +DP G++ +SV LA A AVRDQLS DT+ LA +ERA+ E +P L Sbjct 610 LDPRPAGTVARSVRRLAACAAAVRDQLSTDTFGPLARIERALRDERWREPEDGDDLRAVT 669 Query 681 AVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHP 740 A L A + L G+L ++G+ E +V DVGW ++D G+R+ER + LQATL R Sbjct 670 AGLRPALDQVLEGLLAVAGITAEGLVRDVGWRLLDAGRRVERAQHVVESLQATLVDERSA 729 Query 741 AAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKD 800 ++ ++E+ L A ES + RRR V V EL++ D NPRSL YQL+RL DL Sbjct 730 TVDRLVLESVLTAHESVITARRRYQSGARVPQVLELLVLDRTNPRSLAYQLDRLADDLAA 789 Query 801 LPGSSGSS-RPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVAD 857 +P S+ + + ++ ++ + P V ADG R LAE L + LR AD Sbjct 790 VPVPHASTDQRDHLLGDVAALVEELDPATAAVVGADGRRERLAETLESMRWRLRAAAD 847 >gi|297537224|ref|YP_003672993.1| hypothetical protein M301_0028 [Methylotenera versatilis 301] gi|297256571|gb|ADI28416.1| protein of unknown function DUF404 [Methylotenera versatilis 301] Length=863 Score = 495 bits (1275), Expect = 1e-137, Method: Compositional matrix adjust. Identities = 296/857 (35%), Positives = 459/857 (54%), Gaps = 58/857 (6%) Query 36 GPGAGY-------DEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITY 88 G AGY DE +D G VRP W A+ + G+ + ++ +H L+ +G+TY Sbjct 18 GNTAGYSVGVSMLDEMLDQSGKVRPHWAYYIQALQKLGQGEVGLRQNEIHKLLRENGVTY 77 Query 89 TAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPR 148 + GD D PW+LD +PL+++ +W +E GL++R+ LL+ IL D+YGPR Sbjct 78 N--------VYGDPDGSSRPWQLDSVPLLLANEEWRDIELGLLERAELLNLILTDIYGPR 129 Query 149 SMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPS 208 ++ +G+LP EMLF H G++RA + +++PG+HQL ++A DL+R PD V D TQAPS Sbjct 130 ELIRQGLLPIEMLFNHSGFLRACDKVKIPGKHQLVLYAADLARGPDNRMWVIGDRTQAPS 189 Query 209 GSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIY 268 G+GYA+ +R ++ P+++ + + F Q+LR + + AP + P VVVL+PG + Sbjct 190 GAGYALENRLAMSRVFPNIFRDTQVQRLDGFFQSLRHGMQEIAPQNSDAPRVVVLTPGPF 249 Query 269 SETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLR 328 +ET F+ AYLA+ LG+PLV+ DL VRDG +W++SL L+RVDV++RR+D + DPL+LR Sbjct 250 NETFFEHAYLASHLGYPLVQGDDLTVRDGFVWLKSLNGLQRVDVIMRRMDDVFCDPLELR 309 Query 329 ADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYW 388 DSRLG+ GL+E RG VT+ N LGSG+LE+PGLL FLP+++E L + L +A +W Sbjct 310 DDSRLGIPGLLEVARRGNVTIANPLGSGVLESPGLLPFLPRIAEYFLGKKLRLPSAATWW 369 Query 389 GGIASERSHLLANVSSLLIKSTVSG--ETLVGPTLSSAQLADLAVRIEAMPWQWVGQELP 446 G E ++L N+ L+IK G ++ G LS Q+ RI A P +VGQE Sbjct 370 CGQPKELDYVLNNLHKLVIKHICRGAMTSVFGSQLSRQQITYWRDRIRANPAFFVGQEHE 429 Query 447 QFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGL-------GYVLAPGPAAYTLKT 499 FS+AP+ G L MR F VAQ GY M G L G VL Sbjct 430 VFSTAPSLVDGRLEPRQSLMRCFMVAQERGYNLMPGSLTRSATQTGDVLVSNQLG----- 484 Query 500 VAAKDIWV----RPTE-----RAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGR 550 +KD W+ P + H+E I G+ + S RV +LFW+GR Sbjct 485 AMSKDTWIVGGNTPQQTNVIGNRHSEFI-----------GSSYTSTLSSRVAENLFWVGR 533 Query 551 YGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITG-YDTATGAGSAYDR 609 Y ER E RLL T ++ ++ + + ++ L IT Y G + D Sbjct 534 YAERTEGSIRLLRTTVKKLYINPDNSNVHFQHSLHTILRGLTNITNTYPGFLGDSKSNDA 593 Query 610 ADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHK 669 ++ L SL +D D+ GS+ + L A VR+ S+DTW V+ ++ +E Sbjct 594 TALLQTPDGELLSLMLDEDKVGSIANNQRSLVQAGYTVRNLWSSDTWRVMDEIKSHLEQS 653 Query 670 SDPPQSLAEADAVLASAQAETLAGMLT-LSGVAGESMVHDVGWTMMDIGKRIERGLWLTA 728 Q L E+ + L L+ SG+ ESM GW +DIG+R+ER L L + Sbjct 654 ----QQLTESTLWNIQEHMDRLITALSAFSGLIMESMTRGNGWLFLDIGRRLERALLLIS 709 Query 729 LLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLV 788 LL++ ST + EQ ++E+ L ++ + YR + + EL++ D NPRSL Sbjct 710 LLRSCFSTAQASGTEQLLMESLLETSDNLICYREHYRNSIELPSFIELLMLDKNNPRSLA 769 Query 789 YQLERLRADLKDLPGSSGSSR---PERMVDEMNTRLRRSHPEELEEVSADGLRAELAELL 845 YQ R++ + +P +++ ER++ E + L ++ +L + + +R L + L Sbjct 770 YQFNRIQEHVSKMPRKQSNAQLSVEERLILEACSLLDLTNLNDLIKTTKGHVRENLDQTL 829 Query 846 AGIHASLRDVADVLTAT 862 + ++ + ++D +TAT Sbjct 830 SRLYYLIATLSDSITAT 846 >gi|229822339|ref|YP_002883865.1| hypothetical protein Bcav_3861 [Beutenbergia cavernae DSM 12333] gi|229568252|gb|ACQ82103.1| protein of unknown function DUF404 [Beutenbergia cavernae DSM 12333] Length=835 Score = 484 bits (1246), Expect = 3e-134, Method: Compositional matrix adjust. Identities = 357/867 (42%), Positives = 468/867 (54%), Gaps = 92/867 (10%) Query 17 LLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELADAVA-ERGKAGLDRLRS 75 +LAGYR G G+DE + G R W ++AD V G+ R Sbjct 4 VLAGYRAG-------------GPGHDEMLQSTGAARAAWAQMADLVGLHHGEQLAQRAAD 50 Query 76 VVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSR 135 VV L DH G+ + A DA TG PW LDPLP+++ +W +E+GL QR+ Sbjct 51 VVALLEDH-GVRHGADDA---GGTGR------PWLLDPLPVLLDEVEWARIESGLRQRAL 100 Query 136 LLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDG 195 LLD +L DLY +LT GVLPP ++ H G+VRA +GI++PG HQLF A DL+R DG Sbjct 101 LLDLVLTDLYSGAELLTRGVLPPALILGHRGFVRAVDGIRVPGEHQLFTLAVDLARNADG 160 Query 196 TFQVNADWTQAPSGSGYAMADRRVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVA 255 +QV AD Q P+G GYAM DRR+VA + LY R PF QA+R A + AP A Sbjct 161 GWQVLADRAQVPTGMGYAMQDRRIVAEVLSGLYRHARIRRIGPFFQAVRHAAAEVAPAGA 220 Query 256 QD-PVVVVLSPGIYSETAFDQAYLATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVL 314 D P V +L+PG S AFDQAYLAT+LG+PLV DLVV DG+LWMRSLG L+ VDV+L Sbjct 221 GDAPRVALLTPGPDSPAAFDQAYLATMLGYPLVTGEDLVVADGRLWMRSLGRLEPVDVLL 280 Query 315 RRVDAHYADPLDLRADSRLGVVGLVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERL 374 R VDA + DPLDLR DSRLGV GLV+A G V+VVN LGSG+L+NPGLL +LP+L+ L Sbjct 281 RAVDAEHCDPLDLRGDSRLGVAGLVQAARAGAVSVVNPLGSGVLDNPGLLTYLPRLAREL 340 Query 375 LDESPLLHTAPVYWGGIASERSHLLANVSSLLIKSTVSGETLV-GPTLSSAQLADLAVRI 433 L E + +A YW G S SH++AN+ L+++ T G V G L+ + ADLA RI Sbjct 341 LGEELAIGSAVTYWCGERSMCSHVMANLDRLVVRPTAPGAPAVRGWDLTLHERADLAARI 400 Query 434 EAMPWQWVGQELPQFSSAPTNHAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLA---- 489 P+ WVGQE + S+ PT L + +R F VA GY M GL V Sbjct 401 ADRPFAWVGQEPIEASTTPTVAGSALEARPTTLRAFAVAGTRGYQVMSSGLARVTPEDTV 460 Query 490 ---PGPAAYTLKTVAAKDIWVRPTERAHAEVITVPVLAPPAKTG--AGTWAVSSPRVLSD 544 PGP AAKD+WV +E V A P+ TG A A SP D Sbjct 461 LTDPGPLD------AAKDVWVLSSEPYTVADPWVGEAAAPSSTGGTAHLPASISPGAAED 514 Query 545 LFWMGRYGERAENMARLLIVTRERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAG 604 LFW GR+ E+AE RL+ +R++ F + + VL+ A+ + Sbjct 515 LFWFGRHAEQAEQTVRLVRAVSDRWNDFHASPANVGARALDVLLDAVATVA--------- 565 Query 605 SAYDRADMIAVAPSTLWSLTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVER 664 A +L + D RPGS+ + L A AVRDQLS DTW+ L+ +ER Sbjct 566 -----------ASGSLSEVVTDARRPGSVAHTEAKLTRTATAVRDQLSGDTWLALSAIER 614 Query 665 AV-----EHKSDPPQSLAEADAVLASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKR 719 A+ H+ DP L A L L G+L LSG+A ESMV D GW++MD G+R Sbjct 615 AIARERAHHERDPGSELGPVLARL-------LEGLLALSGIAAESMVRDAGWSLMDAGRR 667 Query 720 IERGLWLTALLQATLSTVRHPAAEQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLF 779 +ER WL L ATL+ +R + ++E+ L+A ES + YRRR + SV V +L+L Sbjct 668 LERARWLVDTLAATLTRLRSGDVDSLVLESVLIAHESVITYRRRYQARASVGTVLDLLLT 727 Query 780 DAQNPRSLVYQLERLRADLKDLPGSSGSSRPE--------RMVDEMNTR---------LR 822 DA NPRSL +QL L ADL +P + + ++DE++TR +R Sbjct 728 DAANPRSLRFQLVALGADLAAVPAPARGTAARDALLADVVDLLDELDTRAAAAAGDDGVR 787 Query 823 RSHPEELEEVSADGLRAELAELLAGIH 849 E LE S AEL E +A +H Sbjct 788 SRLAETLE--SMRWRLAELGEEIARVH 812 >gi|344942758|ref|ZP_08782045.1| protein of unknown function DUF404 [Methylobacter tundripaludum SV96] gi|344260045|gb|EGW20317.1| protein of unknown function DUF404 [Methylobacter tundripaludum SV96] Length=853 Score = 468 bits (1203), Expect = 3e-129, Method: Compositional matrix adjust. Identities = 302/851 (36%), Positives = 453/851 (54%), Gaps = 43/851 (5%) Query 41 YDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTG 100 YDE + + V P W DA+A G L+ R L+ +G+TY + G Sbjct 20 YDEMLAKEHKVLPYWERFMDAIATLGSEQLELRRREAQRLLRENGVTYN--------VYG 71 Query 101 DHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEM 160 D PWRLDP+PL+IS+ DW ++EAGL QR+ LL+ IL D+YG + +L +G+LP E+ Sbjct 72 DTQKLTRPWRLDPVPLLISSEDWSLIEAGLKQRAELLNLILKDIYGKQQLLKKGLLPSEL 131 Query 161 LFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVV 220 + AH G++ G + +L +++ +L+R +G V D +QAPSG+GYA+ +R V+ Sbjct 132 VLAHDGFLHPCVGALPHLQRELIVYSANLARGQNGRMLVLDDRSQAPSGAGYALENRTVM 191 Query 221 AHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLAT 280 +PD++ E + F +ALR L D AP +DP +V+L+PG +ET F+ AYL++ Sbjct 192 TRVLPDIFRETQVHRLSGFFKALRKGLADIAPHNKEDPRIVILTPGSLNETYFEHAYLSS 251 Query 281 LLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVE 340 LGF LV+ DL VRDG++W++SL L+ VDV+LRRVD + DPL+LR+ SRLGV GL+E Sbjct 252 YLGFSLVQGDDLTVRDGRVWLKSLDGLQPVDVILRRVDDSFCDPLELRSASRLGVAGLLE 311 Query 341 AQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLA 400 A R V + N LGS +LENPGLL FLP+LS L++ +L + +W G ER +L Sbjct 312 AVRRNNVAIANPLGSSVLENPGLLAFLPRLSRYFLNQELILPSVATWWCGQRRERDFVLQ 371 Query 401 NVSSLLIK--STVSGE-TLVGPTLSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAG 457 N+ L+IK + SG L G LS+ + L I A P +VGQE FS+ P+ Sbjct 372 NLDRLIIKPINRSSGNYALFGGLLSAKEKELLRAAIIAKPHCYVGQEHVSFSTVPSFIDH 431 Query 458 VLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVA---AKDIWVRPTERAH 514 + +R F VA Y M GGL + A + + A +KD WV E Sbjct 432 HIEPRFAVLRSFAVASGDDYQVMPGGLTRI-ARQQDDFIVSNQAGGISKDTWVLADEPDK 490 Query 515 AEVITVPVLAPPAK---TGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHV 571 V + P + A T ++S R ++LFW+GRY ER + RL+ + Sbjct 491 ----QVSLWFQPGRDVVLAADTEPLTS-RAANNLFWVGRYLERIKAATRLMRTILLKLAE 545 Query 572 FRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRPG 631 D +S+C+ VL++AL ++TG T G A ++ + L +L + R G Sbjct 546 APELNDPLDSQCLDVLLSALTQVTG----TYPGFVTSNASVLKEPQNELLALAKNVQRSG 601 Query 632 SLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADAVLASAQA--- 688 +L +++ A A ++RD S DTW + N++R + Q + D L Q Sbjct 602 TLAANIQAFAQTAFSIRDVWSQDTWRCVDNIQRRWQ------QRVVNGDCDLEQLQKHLD 655 Query 689 ETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIE 748 + + G + G+ ESM + GW M+D G+R+E L L ALL+AT+ A + ++E Sbjct 656 DLITGFVAFIGLTTESMTREAGWLMLDSGRRLEHSLTLIALLRATVVQRHESALQNQLLE 715 Query 749 ATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGS- 807 A L++ +S IYRRR + V EL+L D +PRSL YQL +L + LP G Sbjct 716 AVLISTDSLSIYRRRYRSFIKLPMVLELLLMDETHPRSLAYQLHQLSDHIGALPRERGKG 775 Query 808 --SRPERMVDEMNTRLRRSHPEELEEVSAD-GLRAELAELLAGIHASLRDVADVLTATQL 864 S ER++ + T LR EL V+ D G+ +EL +L+ + L + +VL Sbjct 776 QLSEEERLILKAYTDLRLVKVSELVNVADDVGVYSELESVLSAMTELLWRLYEVLAQAYF 835 Query 865 A---LPGGMQP 872 + +P M P Sbjct 836 SHSQVPQLMTP 846 >gi|317050632|ref|YP_004111748.1| hypothetical protein Selin_0439 [Desulfurispirillum indicum S5] gi|316945716|gb|ADU65192.1| protein of unknown function DUF404 [Desulfurispirillum indicum S5] Length=855 Score = 465 bits (1196), Expect = 2e-128, Method: Compositional matrix adjust. Identities = 285/817 (35%), Positives = 420/817 (52%), Gaps = 44/817 (5%) Query 38 GAGYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDA 97 YDE DG ++P W + + A + + + L+ +G+TY+ Sbjct 18 STSYDEMWTQDGTIQPHWQQFMKYITAMEPAEIGHTQQEMQQLLRENGVTYSTFHDE--- 74 Query 98 LTGDHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLP 157 G H PW+LD +PL+I +W +EAGL+QR+ LLD I+ADLYGPR ++ EG+LP Sbjct 75 --GSHS---RPWQLDMIPLLIEGEEWLTVEAGLLQRACLLDMIMADLYGPRKLIREGLLP 129 Query 158 PEMLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADR 217 E+++ H G++R + + G + ++A DL+R PD V D TQAPSG GYA+ +R Sbjct 130 LELIYGHSGFLRPCDQVAAAGSRNIVLYAADLARGPDNRIWVLNDRTQAPSGLGYALENR 189 Query 218 RVVAHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAY 277 +++ +P L F + LR L AP + P +V+LSPG E F+ AY Sbjct 190 MIMSRIMPWLMRSYQTHRLASFFRVLRETLSKLAPQQREFPRIVLLSPGARDEMYFEHAY 249 Query 278 LATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVG 337 LAT LG+ LV+ DL VRDG++W++S+ L +VD++LRRV DPL+L +S LGV G Sbjct 250 LATYLGYTLVQGDDLTVRDGRVWLKSIDGLLQVDIILRRVMDTQCDPLELDKNSYLGVPG 309 Query 338 LVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSH 397 L+EA RG VTVVN +G ++ENPGL+ FLP ++ L+E +L +W G E+ H Sbjct 310 LLEAVRRGNVTVVNPVGCAVMENPGLMAFLPAIARYYLNEDLILPMVATWWCGQEREKQH 369 Query 398 LLANVSSLLIKSTV---SGETLVGPTLSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTN 454 +L N+ L I ST+ G+ + GP LS +L +L RI+ P+ + G+E+ QFS+AP+ Sbjct 370 VLTNIDKLAIISTLHDPKGQIVYGPLLSKRELENLKARIKMTPYAFSGREIVQFSTAPSL 429 Query 455 HAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVA---AKDIWV---R 508 L MR F VA GY M GGL + P ++ KD W+ + Sbjct 430 TGDQLEPRRAFMRSFLVAGDQGYTVMRGGLARSV-PEQTKKEIRNGGNPITKDTWILSSK 488 Query 509 PTERAHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVT--- 565 P E H + L + + R +L+W+GRY ER E ARLL T Sbjct 489 PQE--HISLWKQESLESLIRQQSSL----PSRTAENLYWVGRYAERVETTARLLRTTLSS 542 Query 566 ---RERYHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWS 622 R+ Y +D++ L A L T D + + L S Sbjct 543 LADRDSY--------SDDATENASLRALLQTTTQLTGTLPGFVGDDALERLQKPEEELLS 594 Query 623 LTVDPDRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADAV 682 + +DP R GSL S+ A +VR++ S DTW ++ ++E EH + + Sbjct 595 IIIDPKRVGSLSSSINAFLRGAFSVRERWSFDTWRIINDME---EHWKKAYRKNSNNIFR 651 Query 683 LASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAA 742 L + + + M+ +G+ ESM + GW M+D+G+RIER L L L +AT+S Sbjct 652 LHTELNQLITSMVAFTGLTMESMTREAGWRMLDMGRRIERALLLITLFRATVSASHEARV 711 Query 743 EQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLP 802 E ++EA L CES + YRRR + V EL L D NPRSL YQ+ LR + LP Sbjct 712 EYVLLEALLATCESLITYRRRYRSALHLEGVLELALLDEVNPRSLAYQIGTLRQHVDQLP 771 Query 803 GSSGSSR---PERMVDEMNTRLRRSHPEELEEVSADG 836 SR ER++ +++T L+ + EL VS DG Sbjct 772 RQRIPSRLDEDERLILDVSTALKLAQASELSRVSLDG 808 >gi|339295443|gb|AEJ47554.1| conserved alanine and leucine rich protein [Mycobacterium tuberculosis CCDC5079] Length=248 Score = 457 bits (1176), Expect = 4e-126, Method: Compositional matrix adjust. Identities = 223/223 (100%), Positives = 223/223 (100%), Gaps = 0/223 (0%) Query 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD Sbjct 1 MAPSASAATNGYDVDRLLAGYRTARAQETLFDLRDGPGAGYDEFVDDDGNVRPTWTELAD 60 Query 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA Sbjct 61 AVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGDHDLEPGPWRLDPLPLVISA 120 Query 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH Sbjct 121 ADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEMLFAHPGYVRAANGIQMPGRH 180 Query 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHA 223 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHA Sbjct 181 QLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVVAHA 223 >gi|192361135|ref|YP_001981491.1| hypothetical protein CJA_0995 [Cellvibrio japonicus Ueda107] gi|190687300|gb|ACE84978.1| Domain of unknown function (DUF404) family [Cellvibrio japonicus Ueda107] Length=867 Score = 457 bits (1175), Expect = 5e-126, Method: Compositional matrix adjust. Identities = 285/833 (35%), Positives = 447/833 (54%), Gaps = 43/833 (5%) Query 40 GYDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALT 99 G DE +G+VR W L +++ G ++ + ++ DG TY D T Sbjct 43 GVDEAYHREGHVRAHWEYLLNSLHNMGPEQINERQQKASRILRDDGATYKVYDEPNTNQT 102 Query 100 GDHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPE 159 W+L+P+PL+IS+ +WE EA LV+R+ + + +L D+Y R ++ +GV+PPE Sbjct 103 ---------WQLNPVPLLISSDEWETTEAMLVERADVFNLLLQDIYSDRKLIRQGVIPPE 153 Query 160 MLFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRV 219 +LF+H G++R N I++PG QL +H DL R PDG +V AD TQAPSG+GYA+ +R V Sbjct 154 LLFSHQGFLRPCNQIKLPGAQQLILHGVDLVRGPDGHMRVMADRTQAPSGAGYALENRTV 213 Query 220 VAHAVPDLYEELAPRPTTPFAQALRLALIDAAPD--VAQDPVVVVLSPGIYSETAFDQAY 277 + P L+ + + F LR L P+ +A+ +VVL+PG Y+ET F+ AY Sbjct 214 MNRVFPSLFRDSHVHRLSLFFARLRQKLQALNPNGGLAR---IVVLTPGAYNETYFEHAY 270 Query 278 LATLLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVG 337 LA LGF LV+ +DL VR+G +WM++L LKRVDV+LRRVD Y DP++L+ DS+LGV G Sbjct 271 LANYLGFQLVQGSDLSVRNGYVWMKALDGLKRVDVILRRVDDVYCDPVELKGDSQLGVPG 330 Query 338 LVEAQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSH 397 L+E G V + N LGS +LENP LLR+LP ++ L+ + + +W G + + + Sbjct 331 LLEVARMGHVAIANPLGSNVLENPALLRYLPDIARALIGRELKMSSVKTWWCGDSKDLEY 390 Query 398 LLANVSSLLIKSTVSGETL---VGPTLSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTN 454 + AN+ +LLIK T L G L +L RI P+Q+V QE S+ P+ Sbjct 391 VCANLKNLLIKPTYRRPGLYEVYGAELDDTKLQAWQNRIRKNPYQFVAQEYVPCSTTPSW 450 Query 455 HAGVLSSAGVGMRLFTVAQRSGYAPMIGGLGYVL--APGPAAYTLKTVAAKDIWVRPTER 512 H G L + +R F VA +GYA M GGL V A + +KD WV +E Sbjct 451 HQGQLKPSASILRTFAVATDNGYAVMPGGLTRVNLDAGNKIISNQRGSVSKDTWVLASEP 510 Query 513 AHAEVITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVF 572 + P L P RV+ +LFWMGRY ERAE+ RLL Sbjct 511 EKRVSLRNPDLQTPLDNSNEL----PSRVVENLFWMGRYAERAESALRLLRTV------- 559 Query 573 RHQQDTDESECVP--VLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPDRP 630 + +E +P + A L IT + T+T G A + L S+ +D R Sbjct 560 --ALQLNRTEALPGNICCALLSAIT-HVTSTYPGFASLNPTLFDSPEPELMSILIDNQRI 616 Query 631 GSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSD--PPQSLAEADAVLASAQA 688 GS+ ++ + +++ V++QLS+DT V+ ++ +E + LA ++ V QA Sbjct 617 GSVANNLIAMIRSSEQVKEQLSSDTQRVINDIGDRLEQMRNLINESGLASSEEV----QA 672 Query 689 ETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQAIIE 748 + +L L+G+ +SM D GW M++G+R+ER L + + L++ L+ ++ +IE Sbjct 673 HLVTSLLALTGLIHDSMTRDNGWHFMEMGRRMERALQIVSSLRSLLTPRFDELGQEVLIE 732 Query 749 ATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGSSGS- 807 + L++ E+ + YRR ++ E++L +++NPRSL+YQL +L DLPG+ Sbjct 733 SALLSGEALINYRRYYQNGINIENGLEMILLNSRNPRSLIYQLAQLEMHFSDLPGNRDRL 792 Query 808 SRPERMVDEMNTRLRRSHPEELEEVSADGLRAELAELLAGIHASLRDVADVLT 860 S+ + + E T ++ S ++L S G+R +L +LLA + + A ++ Sbjct 793 SQESKFLLEATTAIQLSDIKKLVG-SKSGVREDLDQLLARVQYLISSAAKAIS 844 >gi|254784935|ref|YP_003072363.1| hypothetical protein TERTU_0744 [Teredinibacter turnerae T7901] gi|237684329|gb|ACR11593.1| conserved hypothetical protein [Teredinibacter turnerae T7901] Length=842 Score = 451 bits (1160), Expect = 3e-124, Method: Compositional matrix adjust. Identities = 301/841 (36%), Positives = 452/841 (54%), Gaps = 57/841 (6%) Query 42 DEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTGD 101 DE DG RP W L +++ G L + ++ DG TY + G+ Sbjct 15 DEVYAADGKPRPHWEYLLESLKSLGPKALAERQQKAQRILRDDGATYN--------IYGE 66 Query 102 HDLEPG-PWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEM 160 D+ PG W LD +P +IS+ +W V+E+GL++R+ L +AIL DLYG R ++ G++PPE Sbjct 67 -DVRPGRTWELDLVPALISSEEWGVIESGLLERAELFNAILKDLYGERELIRHGIIPPEA 125 Query 161 LFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVV 220 LFAH G++RA +GI PG H+L +H D+ R G + D TQAPSG GYA+ +R V+ Sbjct 126 LFAHGGFLRACHGITTPGDHELIIHGVDMMRTESGDIYILTDRTQAPSGMGYALENRTVM 185 Query 221 AHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLAT 280 + +P L+ + F Q LR L + + Q P VV+L+PG ++ET F+ AYLA Sbjct 186 SRVLPSLFRDSQVHRLATFFQRLRQKLSSLSINHDQ-PRVVLLTPGAHNETYFEHAYLAN 244 Query 281 LLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVE 340 LGFPLV+S DLVVR+G +WMRSL L RVDV+LRRVD Y DP++LR+DS+LGV GL+E Sbjct 245 YLGFPLVQSGDLVVRNGFVWMRSLDGLSRVDVILRRVDDWYCDPVELRSDSQLGVAGLLE 304 Query 341 AQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLA 400 G V + N LGSG+LENP L ++LP +S+ L+ P + + YW G + ++LA Sbjct 305 VVRAGRVVIANPLGSGVLENPLLFKYLPAISKSLIGREPRMQSVETYWCGDKQDMKYVLA 364 Query 401 NVSSLLIKSTVSGE---TLVGPTLSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAG 457 N+ L+IK G ++ L A+ L R++A P Q+V Q L + S P+ Sbjct 365 NLKELVIKPIYRGRGEMSINVGELPQAERETLLARVKAEPSQFVAQPLMRASHLPSFVNK 424 Query 458 VLSSAGVGMRLFTVAQRSGYAPMIGGL--------GYVLAPGPAAYTLKTVAAKDIWVRP 509 L R F VA + Y M GGL G+++A G A +KD WV Sbjct 425 SLQPRPAITRSFAVASDTSYTLMPGGLTRLGIVENGFLIA-GQAGSQ-----SKDTWVIA 478 Query 510 TERAHAEVITVPVLAPPAKTGAGTWAVSSP-RVLSDLFWMGRYGERAENMARLLIVTRER 568 +E A P A + +G + +S P RV+ +LFWMGRY ERAE R+L Sbjct 479 SEPERASSQEKP--AESSGSGTESQLLSLPSRVVENLFWMGRYAERAEASLRILRT---- 532 Query 569 YHVFRHQQDTDESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAPSTLWSLTVDPD 628 VF + + +E L +TG TAT G +++ L + P Sbjct 533 --VFL-KLNGEEPISTVSRRHLLEAVTGI-TATLPGFKDCDPELLDHPDEELLLVAKAPF 588 Query 629 RPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDPPQSLAEADAVLASAQA 688 R GS+ ++ + +A ++ LS+DT V+ ++ A+++ + L++A Sbjct 589 RLGSVYHTLTCMLQSADESKELLSSDTLRVINDIRDALDNLE------SALTGGLSAAPE 642 Query 689 ETL----AGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAAEQ 744 E L ++ LSG+ ESMV VGW MDIG+RIER + T +Q L V + Sbjct 643 EALDPLVTALMALSGLWQESMVRGVGWQFMDIGRRIERAMQTTCAMQHLLVPVLAENEQT 702 Query 745 AIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLPGS 804 ++E+ L++ E+ + YRRR + ++ V EL++ D NPRSL+YQL++L+ L LP + Sbjct 703 TLMESLLISLEALISYRRRYRARMGISQVLELVMLDTSNPRSLLYQLDQLKNHLASLPMA 762 Query 805 SGS---SRPERMVDEMNTRLRRSHPEELEEVSADG--LRAELAELLAGIHASLRDVADVL 859 S +R++ E T R S L E++ADG R +L++LL + L +++V+ Sbjct 763 KKMVELSPEQRLILEAETSARLSL---LSELAADGEEEREKLSDLLGKLDELLGTLSNVI 819 Query 860 T 860 + Sbjct 820 S 820 >gi|343921077|gb|EGV31801.1| protein of unknown function DUF404 [Thiorhodococcus drewsii AZ1] Length=861 Score = 450 bits (1158), Expect = 5e-124, Method: Compositional matrix adjust. Identities = 307/843 (37%), Positives = 452/843 (54%), Gaps = 50/843 (5%) Query 41 YDEFVDDDGNVRPTWTELADAVAERGKAGLDRLRSVVHSLIDHDGITYTAIDAHRDALTG 100 +DE +G VRP W L DA+ G G++ L+ +G+TY L G Sbjct 26 FDEMRTAEGEVRPHWQYLLDALRTLGPTGIEERWREASRLVRDNGVTYN--------LNG 77 Query 101 DHDLEPGPWRLDPLPLVISAADWEVLEAGLVQRSRLLDAILADLYGPRSMLTEGVLPPEM 160 D PW LD LPL+I + +W LE GL+QR+ L + ILADLYGPR +L G+LP E+ Sbjct 78 DPRGMSRPWELDLLPLLIRSEEWADLERGLIQRAELFNLILADLYGPRELLRLGLLPAEL 137 Query 161 LFAHPGYVRAANGIQMPGRHQLFMHACDLSRLPDGTFQVNADWTQAPSGSGYAMADRRVV 220 + PGY+ +GI + G L +A DL+R PDG ++V D TQ+P G+GYA+ +R V+ Sbjct 138 IDGDPGYLLPCHGIDISGGRPLIHYAADLTRTPDGRWRVIGDRTQSPLGAGYALENRVVL 197 Query 221 AHAVPDLYEELAPRPTTPFAQALRLALIDAAPDVAQDPVVVVLSPGIYSETAFDQAYLAT 280 + +P L+ + F +++R + AP + VVVL+PG +E F+ AYLA Sbjct 198 SRVIPSLFRDSHVHRLAGFFRSMRQTMARLAPHRGDEARVVVLTPGPQNEAYFEHAYLAN 257 Query 281 LLGFPLVESADLVVRDGKLWMRSLGTLKRVDVVLRRVDAHYADPLDLRADSRLGVVGLVE 340 LG+ LV+ DL VRDG +W+R+LG L+R+D VLRRVD + DPL+LR DS LG GLV+ Sbjct 258 YLGYTLVQGGDLSVRDGAIWLRTLGRLERIDAVLRRVDDAWCDPLELREDSLLGAPGLVQ 317 Query 341 AQHRGTVTVVNTLGSGILENPGLLRFLPQLSERLLDESPLLHTAPVYWGGIASERSHLLA 400 A G V + N LGSG+LE+P + FLP L +RLL ES LL P +W G + +L Sbjct 318 AARAGNVMLANALGSGVLEHPAFMAFLPALCQRLLGESLLLPDIPTWWCGDPDSLARVLD 377 Query 401 NVSSLLIKSTV--SGETLVGP-TLSSAQLADLAVRIEAMPWQWVGQELPQFSSAPTNHAG 457 ++ L I+S + S E + P + A L I+ P ++ QE Q S+AP Sbjct 378 DLDRLTIRSCIRTSDEHPLFPAAMEPAARDALIASIKRNPGGYIAQERIQPSTAPALIGQ 437 Query 458 VLSSAGVGMRLFTVAQRSGYAPMIGGLGYVLAPGPAAYTLKTVA--AKDIWVRPTERAHA 515 L +R F +A+ GYA M GGLG V A + KD+WV +E Sbjct 438 RLEPRPSVLRTFLIAEEEGYAVMPGGLGRVAMSHDATLLSTQLGGLGKDVWVLASEPERQ 497 Query 516 E-VITVPVLAPPAKTGAGTWAVSSPRVLSDLFWMGRYGERAENMARLLIVTRERYHVFRH 574 E ++ + PA AVSS RV +LFW+GRY ERAE + RLL +T +F+ Sbjct 498 ESLLPTAEMQTPAVIQES--AVSS-RVADNLFWIGRYAERAEGLVRLLRIT-----IFKF 549 Query 575 QQDTD------ESECVPVLMAALGKITGYDTATGAGSAYDRADMIAVAP-STLWSLTVDP 627 + D + C+ L+ A+ T + G AD + P L +L D Sbjct 550 SERGDYRIAEGNASCLRSLLEAITN----QTQSLPGFIGKGADKRLIDPVPELLALISDR 605 Query 628 DRPGSLVQSVEGLALAAQAVRDQLSNDTWMVLANVERAVEHKSDPP-----QSLAEADAV 682 + G L +++E L AA +VRD+LS DTW +++++ER + S+ P Q+L E D + Sbjct 606 TKVGGLPRTLEALGQAAYSVRDRLSVDTWRIISDIERLLGSLSEHPPTQLSQALDELDPL 665 Query 683 LASAQAETLAGMLTLSGVAGESMVHDVGWTMMDIGKRIERGLWLTALLQATLSTVRHPAA 742 + S ++ SG++ E+M H+ GW ++ G+R+ERG + +LLQ+TL V Sbjct 666 VTS--------LVAFSGLSQENMTHNEGWHFLETGRRLERGTSIASLLQSTLVPVASEQD 717 Query 743 EQAIIEATLVACESSVIYRRRTVGKFSVAAVTELMLFDAQNPRSLVYQLERLRADLKDLP 802 E +IEA L +S + YRRR G V A+ +L+L D NPR+L YQ L + DLP Sbjct 718 ENMLIEAVLGISDSLITYRRRYRGGTRVGALLDLVLQDEGNPRALAYQFAMLSKLVADLP 777 Query 803 GSS---GSSRPERMVDEMNTRLRRSHPEELEEVSADGL-RAELAELLAGIHASLRDVADV 858 G + E++V + T +R + +L +V GL R L++LL + L +++ Sbjct 778 KGDLAMGRTPAEKVVLKSLTDIRLAEINQLIQVEKQGLRRTALSKLLVNLDQGLAALSNA 837 Query 859 LTA 861 +TA Sbjct 838 ITA 840 Lambda K H 0.318 0.133 0.395 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 2168735839410 Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects Posted date: Sep 5, 2011 4:36 AM Number of letters in database: 5,219,829,388 Number of sequences in database: 15,229,318 Matrix: BLOSUM62 Gap Penalties: Existence: 11, Extension: 1 Neighboring words threshold: 11 Window for multiple hits: 40