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= Rv3479 Length=1021 Score E Sequences producing significant alignments: (Bits) Value gi|294995750|ref|ZP_06801441.1| hypothetical protein Mtub2_14908... 2023 0.0 gi|57117112|ref|NP_217996.2| hypothetical protein Rv3479 [Mycoba... 2023 0.0 gi|148824687|ref|YP_001289441.1| hypothetical protein TBFG_13514... 2021 0.0 gi|308370280|ref|ZP_07420895.2| transmembrane protein [Mycobacte... 2021 0.0 gi|148663343|ref|YP_001284866.1| hypothetical protein MRA_3519 [... 2020 0.0 gi|253800522|ref|YP_003033523.1| hypothetical protein TBMG_03525... 2019 0.0 gi|313660466|ref|ZP_07817346.1| hypothetical protein MtubKV_1868... 2019 0.0 gi|289445076|ref|ZP_06434820.1| transmembrane protein [Mycobacte... 2018 0.0 gi|254552581|ref|ZP_05143028.1| hypothetical protein Mtube_19395... 2018 0.0 gi|15843091|ref|NP_338128.1| hypothetical protein MT3583 [Mycoba... 2018 0.0 gi|289755610|ref|ZP_06514988.1| conserved hypothetical protein [... 2017 0.0 gi|308377367|ref|ZP_07441977.2| transmembrane protein [Mycobacte... 2016 0.0 gi|340628447|ref|YP_004746899.1| putative transmembrane protein ... 2015 0.0 gi|289571711|ref|ZP_06451938.1| transmembrane protein [Mycobacte... 1811 0.0 gi|289763658|ref|ZP_06523036.1| hypothetical transmembrane prote... 1732 0.0 gi|308232474|ref|ZP_07416164.2| transmembrane protein [Mycobacte... 1521 0.0 gi|240170026|ref|ZP_04748685.1| hypothetical protein MkanA1_1198... 1262 0.0 gi|289747309|ref|ZP_06506687.1| conserved transmembrane protein ... 954 0.0 gi|31794653|ref|NP_857146.1| hypothetical protein Mb3507 [Mycoba... 828 0.0 gi|306777828|ref|ZP_07416165.1| transmembrane protein [Mycobacte... 787 0.0 gi|31794654|ref|NP_857147.1| hypothetical protein Mb3508 [Mycoba... 687 0.0 gi|300790404|ref|YP_003770695.1| hypothetical protein AMED_8598 ... 310 1e-81 gi|86738775|ref|YP_479175.1| hypothetical protein Francci3_0052 ... 308 3e-81 gi|302530650|ref|ZP_07282992.1| predicted protein [Streptomyces ... 300 8e-79 gi|158318989|ref|YP_001511497.1| patatin [Frankia sp. EAN1pec] >... 238 4e-60 gi|288919955|ref|ZP_06414276.1| hypothetical protein FrEUN1fDRAF... 219 2e-54 gi|167967259|ref|ZP_02549536.1| hypothetical protein MtubH3_0416... 214 8e-53 gi|111219570|ref|YP_710364.1| hypothetical protein FRAAL0064 [Fr... 188 5e-45 gi|158317307|ref|YP_001509815.1| patatin [Frankia sp. EAN1pec] >... 154 1e-34 gi|158314495|ref|YP_001507003.1| hypothetical protein Franean1_2... 152 3e-34 gi|269957559|ref|YP_003327348.1| Patatin [Xylanimonas cellulosil... 137 1e-29 gi|76810332|ref|YP_333078.1| patatin family phospholipase [Burkh... 131 8e-28 gi|289571710|ref|ZP_06451937.1| conserved hypothetical protein [... 122 3e-25 gi|256379166|ref|YP_003102826.1| patatin [Actinosynnema mirum DS... 117 9e-24 gi|284989723|ref|YP_003408277.1| patatin-like protein [Geodermat... 99.8 2e-18 gi|254415610|ref|ZP_05029369.1| phospholipase, patatin family [M... 95.5 5e-17 gi|37521484|ref|NP_924861.1| hypothetical protein glr1915 [Gloeo... 94.4 1e-16 gi|116624140|ref|YP_826296.1| patatin [Candidatus Solibacter usi... 92.4 4e-16 gi|194332898|ref|YP_002014758.1| Patatin [Prosthecochloris aestu... 90.1 2e-15 gi|189347096|ref|YP_001943625.1| Patatin [Chlorobium limicola DS... 87.8 8e-15 gi|343925855|ref|ZP_08765370.1| hypothetical protein GOALK_050_0... 87.8 1e-14 gi|218440874|ref|YP_002379203.1| patatin [Cyanothece sp. PCC 742... 86.7 2e-14 gi|119356879|ref|YP_911523.1| patatin [Chlorobium phaeobacteroid... 85.5 5e-14 gi|119385342|ref|YP_916398.1| patatin [Paracoccus denitrificans ... 85.5 5e-14 gi|159030571|emb|CAO88233.1| unnamed protein product [Microcysti... 82.4 4e-13 gi|262203290|ref|YP_003274498.1| patatin-like protein [Gordonia ... 81.3 8e-13 gi|284030349|ref|YP_003380280.1| Patatin [Kribbella flavida DSM ... 78.6 6e-12 gi|291008817|ref|ZP_06566790.1| hypothetical protein SeryN2_3020... 75.9 4e-11 gi|332707402|ref|ZP_08427452.1| patatin-related protein [Lyngbya... 75.5 5e-11 gi|134097639|ref|YP_001103300.1| hypothetical protein SACE_1043 ... 75.5 5e-11 >gi|294995750|ref|ZP_06801441.1| hypothetical protein Mtub2_14908 [Mycobacterium tuberculosis 210] gi|339296296|gb|AEJ48407.1| hypothetical protein CCDC5079_3218 [Mycobacterium tuberculosis CCDC5079] gi|339299899|gb|AEJ52009.1| hypothetical protein CCDC5180_3172 [Mycobacterium tuberculosis CCDC5180] Length=1052 Score = 2023 bits (5240), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1020/1021 (99%), Positives = 1020/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 32 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 91 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 92 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 151 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 152 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 211 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 212 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 271 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 272 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 331 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 332 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 391 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 392 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 451 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 452 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 511 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 512 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 571 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 572 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 631 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 632 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 691 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 692 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 751 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 752 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 811 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 812 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 871 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 872 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 931 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 932 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 991 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR Sbjct 992 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1051 Query 1021 R 1021 R Sbjct 1052 R 1052 >gi|57117112|ref|NP_217996.2| hypothetical protein Rv3479 [Mycobacterium tuberculosis H37Rv] gi|41352793|emb|CAB08737.2| POSSIBLE TRANSMEMBRANE PROTEIN [Mycobacterium tuberculosis H37Rv] Length=1021 Score = 2023 bits (5240), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1021/1021 (100%), Positives = 1021/1021 (100%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF Sbjct 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR Sbjct 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 Query 1021 R 1021 R Sbjct 1021 R 1021 >gi|148824687|ref|YP_001289441.1| hypothetical protein TBFG_13514 [Mycobacterium tuberculosis F11] gi|254234066|ref|ZP_04927391.1| hypothetical protein TBCG_03413 [Mycobacterium tuberculosis C] gi|254366828|ref|ZP_04982869.1| hypothetical transmembrane protein [Mycobacterium tuberculosis str. Haarlem] 6 more sequence titles Length=1031 Score = 2021 bits (5236), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1020/1021 (99%), Positives = 1020/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 11 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 70 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 71 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 130 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 131 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 190 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 191 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 250 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 251 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 310 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 311 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 370 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 371 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 430 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 431 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 490 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 491 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 550 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 551 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 610 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 611 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 670 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 671 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 730 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 731 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 790 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 791 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 850 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 851 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 910 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 911 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 970 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR Sbjct 971 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1030 Query 1021 R 1021 R Sbjct 1031 R 1031 >gi|308370280|ref|ZP_07420895.2| transmembrane protein [Mycobacterium tuberculosis SUMu002] gi|308324782|gb|EFP13633.1| transmembrane protein [Mycobacterium tuberculosis SUMu002] Length=1041 Score = 2021 bits (5235), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1020/1021 (99%), Positives = 1020/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 21 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 80 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 81 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 140 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 141 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 200 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 201 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 260 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 261 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 320 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 321 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 380 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 381 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 440 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 441 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 500 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 501 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 560 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 561 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 620 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 621 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 680 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 681 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 740 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 741 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 800 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 801 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 860 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 861 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 920 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 921 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 980 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR Sbjct 981 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1040 Query 1021 R 1021 R Sbjct 1041 R 1041 >gi|148663343|ref|YP_001284866.1| hypothetical protein MRA_3519 [Mycobacterium tuberculosis H37Ra] gi|289759639|ref|ZP_06519017.1| conserved hypothetical protein [Mycobacterium tuberculosis T85] gi|298526960|ref|ZP_07014369.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] gi|148507495|gb|ABQ75304.1| hypothetical protein MRA_3519 [Mycobacterium tuberculosis H37Ra] gi|289715203|gb|EFD79215.1| conserved hypothetical protein [Mycobacterium tuberculosis T85] gi|298496754|gb|EFI32048.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] gi|326905322|gb|EGE52255.1| transmembrane protein [Mycobacterium tuberculosis W-148] gi|344221313|gb|AEN01944.1| hypothetical protein MTCTRI2_3545 [Mycobacterium tuberculosis CTRI-2] Length=1021 Score = 2020 bits (5233), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1020/1021 (99%), Positives = 1020/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 180 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR Sbjct 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 Query 1021 R 1021 R Sbjct 1021 R 1021 >gi|253800522|ref|YP_003033523.1| hypothetical protein TBMG_03525 [Mycobacterium tuberculosis KZN 1435] gi|297636135|ref|ZP_06953915.1| hypothetical protein MtubK4_18515 [Mycobacterium tuberculosis KZN 4207] gi|297733135|ref|ZP_06962253.1| hypothetical protein MtubKR_18685 [Mycobacterium tuberculosis KZN R506] gi|253322025|gb|ACT26628.1| transmembrane protein [Mycobacterium tuberculosis KZN 1435] Length=1082 Score = 2019 bits (5232), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1020/1021 (99%), Positives = 1020/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 62 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 121 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 122 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 181 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 182 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 241 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 242 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 301 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 302 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 361 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 362 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 421 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 422 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 481 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 482 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 541 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 542 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 601 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 602 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 661 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 662 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 721 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 722 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 781 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 782 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 841 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 842 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 901 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 902 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 961 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 962 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 1021 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR Sbjct 1022 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1081 Query 1021 R 1021 R Sbjct 1082 R 1082 >gi|313660466|ref|ZP_07817346.1| hypothetical protein MtubKV_18680 [Mycobacterium tuberculosis KZN V2475] Length=1075 Score = 2019 bits (5230), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1020/1021 (99%), Positives = 1020/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 55 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 114 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 115 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 174 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 175 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 234 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 235 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 294 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 295 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 354 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 355 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 414 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 415 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 474 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 475 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 534 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 535 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 594 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 595 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 654 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 655 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 714 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 715 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 774 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 775 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 834 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 835 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 894 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 895 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 954 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 955 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 1014 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR Sbjct 1015 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1074 Query 1021 R 1021 R Sbjct 1075 R 1075 >gi|289445076|ref|ZP_06434820.1| transmembrane protein [Mycobacterium tuberculosis T46] gi|289449181|ref|ZP_06438925.1| transmembrane protein [Mycobacterium tuberculosis CPHL_A] gi|289576213|ref|ZP_06456440.1| transmembrane protein [Mycobacterium tuberculosis K85] 7 more sequence titles Length=1021 Score = 2018 bits (5229), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1019/1021 (99%), Positives = 1019/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 180 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAA PGR Sbjct 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAANPGR 1020 Query 1021 R 1021 R Sbjct 1021 R 1021 >gi|254552581|ref|ZP_05143028.1| hypothetical protein Mtube_19395 [Mycobacterium tuberculosis '98-R604 INH-RIF-EM'] gi|306786378|ref|ZP_07424700.1| transmembrane protein [Mycobacterium tuberculosis SUMu003] gi|306790747|ref|ZP_07429069.1| transmembrane protein [Mycobacterium tuberculosis SUMu004] 17 more sequence titles Length=1082 Score = 2018 bits (5229), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1020/1021 (99%), Positives = 1020/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 62 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 121 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 122 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 181 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 182 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 241 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 242 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 301 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 302 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 361 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 362 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 421 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 422 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 481 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 482 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 541 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 542 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 601 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 602 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 661 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 662 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 721 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 722 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 781 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 782 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 841 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 842 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 901 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 902 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 961 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 962 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 1021 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR Sbjct 1022 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1081 Query 1021 R 1021 R Sbjct 1082 R 1082 >gi|15843091|ref|NP_338128.1| hypothetical protein MT3583 [Mycobacterium tuberculosis CDC1551] gi|13883436|gb|AAK47942.1| hypothetical protein MT3583 [Mycobacterium tuberculosis CDC1551] Length=1075 Score = 2018 bits (5227), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1020/1021 (99%), Positives = 1020/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 55 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 114 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 115 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 174 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 175 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 234 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 235 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 294 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 295 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 354 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 355 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 414 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 415 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 474 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 475 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 534 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 535 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 594 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 595 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 654 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 655 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 714 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 715 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 774 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 775 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 834 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 835 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 894 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 895 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 954 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 955 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 1014 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR Sbjct 1015 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1074 Query 1021 R 1021 R Sbjct 1075 R 1075 >gi|289755610|ref|ZP_06514988.1| conserved hypothetical protein [Mycobacterium tuberculosis EAS054] gi|289696197|gb|EFD63626.1| conserved hypothetical protein [Mycobacterium tuberculosis EAS054] Length=1021 Score = 2017 bits (5225), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1018/1021 (99%), Positives = 1018/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 180 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENA DQLAADYLQQSTVPGDAWERL Sbjct 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENATDQLAADYLQQSTVPGDAWERL 540 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAA PGR Sbjct 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAANPGR 1020 Query 1021 R 1021 R Sbjct 1021 R 1021 >gi|308377367|ref|ZP_07441977.2| transmembrane protein [Mycobacterium tuberculosis SUMu008] gi|308348156|gb|EFP37007.1| transmembrane protein [Mycobacterium tuberculosis SUMu008] Length=1082 Score = 2016 bits (5222), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1019/1021 (99%), Positives = 1019/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 62 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 121 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 122 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 181 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 182 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 241 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 242 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 301 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDG LLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 302 HWVSDGDLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 361 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 362 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 421 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 422 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 481 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 482 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 541 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 542 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 601 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 602 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 661 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 662 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 721 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 722 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 781 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 782 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 841 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 842 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 901 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 902 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 961 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 962 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 1021 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR Sbjct 1022 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1081 Query 1021 R 1021 R Sbjct 1082 R 1082 >gi|340628447|ref|YP_004746899.1| putative transmembrane protein [Mycobacterium canettii CIPT 140010059] gi|340006637|emb|CCC45824.1| putative transmembrane protein [Mycobacterium canettii CIPT 140010059] Length=1021 Score = 2015 bits (5220), Expect = 0.0, Method: Compositional matrix adjust. Identities = 1017/1021 (99%), Positives = 1017/1021 (99%), Gaps = 0/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 180 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLG YPGRADDSRDA Sbjct 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGAYPGRADDSRDA 600 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR Sbjct 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV Sbjct 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALV IMIAAA PGR Sbjct 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVVIMIAAANPGR 1020 Query 1021 R 1021 R Sbjct 1021 R 1021 >gi|289571711|ref|ZP_06451938.1| transmembrane protein [Mycobacterium tuberculosis T17] gi|289545465|gb|EFD49113.1| transmembrane protein [Mycobacterium tuberculosis T17] Length=913 Score = 1811 bits (4690), Expect = 0.0, Method: Compositional matrix adjust. Identities = 910/913 (99%), Positives = 911/913 (99%), Gaps = 0/913 (0%) Query 109 LYGDERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTL 168 +YGDERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTL Sbjct 1 MYGDERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTL 60 Query 169 VQDVDLRGLFTFTETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPAR 228 VQDVD RGLFTFTETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPAR Sbjct 61 VQDVDRRGLFTFTETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPAR 120 Query 229 PAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPM 288 PAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPM Sbjct 121 PAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPM 180 Query 289 HEPPPDNVDEPLGLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAAT 348 HEPPPDNVDEPLGLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAAT Sbjct 181 HEPPPDNVDEPLGLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAAT 240 Query 349 LRNGTRLLTPSLLTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTV 408 LRNGTRLLTPSLLTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTV Sbjct 241 LRNGTRLLTPSLLTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTV 300 Query 409 GGDADKVCRQQITATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQL 468 GGDADKVCRQQITATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQL Sbjct 301 GGDADKVCRQQITATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQL 360 Query 469 ARSDADIAALAEVTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQ 528 ARSDADIAALAEVTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQ Sbjct 361 ARSDADIAALAEVTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQ 420 Query 529 QSTVPGDAWERLGAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLG 588 QSTVPGDAWERLGAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLG Sbjct 421 QSTVPGDAWERLGAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLG 480 Query 589 TYPGRADDSRDAPTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTA 648 TYPGRADDSRDAPTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTA Sbjct 481 TYPGRADDSRDAPTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTA 540 Query 649 QQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQ 708 QQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQ Sbjct 541 QQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQ 600 Query 709 SGAQWFLGKLKELGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIP 768 SGAQWFLGKLKELGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIP Sbjct 601 SGAQWFLGKLKELGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIP 660 Query 769 WTALWLSQAWQQRVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYA 828 WTALWLSQAWQQRVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYA Sbjct 661 WTALWLSQAWQQRVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYA 720 Query 829 LLNENPIAGETFASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSG 888 LLNENPIAGETFASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSG Sbjct 721 LLNENPIAGETFASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSG 780 Query 889 YRVVSLTKGIARSTIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSG 948 YRVVSLTKGIARSTIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSG Sbjct 781 YRVVSLTKGIARSTIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSG 840 Query 949 RLLFALLSFSVVGAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIAL 1008 RLLFALLSFSVVGAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIAL Sbjct 841 RLLFALLSFSVVGAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIAL 900 Query 1009 VAIMIAAATPGRR 1021 VAIMIAAA PGRR Sbjct 901 VAIMIAAANPGRR 913 >gi|289763658|ref|ZP_06523036.1| hypothetical transmembrane protein [Mycobacterium tuberculosis GM 1503] gi|289711164|gb|EFD75180.1| hypothetical transmembrane protein [Mycobacterium tuberculosis GM 1503] Length=883 Score = 1732 bits (4486), Expect = 0.0, Method: Compositional matrix adjust. Identities = 870/871 (99%), Positives = 870/871 (99%), Gaps = 0/871 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 11 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 70 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 71 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 130 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 131 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 190 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 191 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 250 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 251 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 310 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 311 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 370 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 371 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 430 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 431 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 490 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 491 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 550 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 551 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 610 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 611 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 670 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 671 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 730 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ Sbjct 731 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 790 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF Sbjct 791 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 850 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLP 871 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLP Sbjct 851 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLP 881 >gi|308232474|ref|ZP_07416164.2| transmembrane protein [Mycobacterium tuberculosis SUMu001] gi|308213856|gb|EFO73255.1| transmembrane protein [Mycobacterium tuberculosis SUMu001] Length=784 Score = 1521 bits (3939), Expect = 0.0, Method: Compositional matrix adjust. Identities = 764/766 (99%), Positives = 764/766 (99%), Gaps = 0/766 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 11 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 70 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 71 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 130 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 131 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 190 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 191 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 250 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 251 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 310 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 311 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 370 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 371 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 430 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 431 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 490 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL Sbjct 491 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 550 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA Sbjct 551 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 610 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF Sbjct 611 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 670 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE Sbjct 671 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 730 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPAS 766 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLP S Sbjct 731 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPGS 776 >gi|240170026|ref|ZP_04748685.1| hypothetical protein MkanA1_11986 [Mycobacterium kansasii ATCC 12478] Length=1044 Score = 1262 bits (3266), Expect = 0.0, Method: Compositional matrix adjust. Identities = 700/1021 (69%), Positives = 800/1021 (79%), Gaps = 8/1021 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 +AGV RE+NLLAQASQWRR GGTFPTNS LT ES ASLRLYAQLIDLLDM+VDVDILSGT Sbjct 32 IAGVARELNLLAQASQWRRAGGTFPTNSGLTTESTASLRLYAQLIDLLDMIVDVDILSGT 91 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 S GGINAALLASSR++G+DLGG+RDLWLDLG+LT+LLRDPRD+ TPSLLYGDE++FA LA Sbjct 92 SGGGINAALLASSRISGADLGGLRDLWLDLGSLTDLLRDPRDEFTPSLLYGDEKLFATLA 151 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 +LP+L GPFPP FP R PSTTLYITTTLL+GE S FTDSFGT VQ V+ RGLFTF Sbjct 152 TQLPRLEIGPFPPAEFPGGIRIPSTTLYITTTLLSGEASSFTDSFGTRVQYVNRRGLFTF 211 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TE DL A ALALAARSSASFPLAFEPSF+PF +GT +G VPARP MAP+ ++TRP Sbjct 212 TEADLTNKGIAAALALAARSSASFPLAFEPSFVPFMEGTPAQGAVPARPPMAPYANITRP 271 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWV+DG LLDNRPI VL KRI DRPARRPVRRVLLFVVPSSGP P+ + + PD+ DE L Sbjct 272 HWVADGSLLDNRPIDVLLKRICDRPARRPVRRVLLFVVPSSGPPPNLIQQAAPDSADEQL 331 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GL+ LL+ L A+TTQSIA DLRAIR HQD AR DAKLRLAELAATL +G+RLLTP L Sbjct 332 GLLASLLRDLGAITTQSIATDLRAIRGHQDRTAARIDAKLRLAELAATLPHGSRLLTPPL 391 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDY+ REA K A+ LT AL R+L + P S ATE +PKSW EL D +K CRQ I Sbjct 392 LTDYQAREAQKHARELTDALFRQLGSWLPASSTATERVPKSWEPEL-AAVDTEKACRQHI 450 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 T +L WSQP QPLP+S A+LAR+GQPAY+LAKG AL V +AA+ LA+SDADIA LA Sbjct 451 TEALLSCWSQPPHQPLPESTADLARYGQPAYELAKGSALAVAQAAYHLAKSDADIAELAA 510 Query 481 VTEAIHRAWRPTASSDLSVLVRTMCSRPAIRQGSLENAADQLAADYLQQSTVPGDAWERL 540 +T AIH A + DL LVR +C +IR+GSL++AA +A YLQQ V DAW+RL Sbjct 511 LTGAIHAAGPSPTAVDLGDLVRAVCENTSIREGSLKDAAALIADGYLQQLAVQQDAWDRL 570 Query 541 GAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRADDSRDA 600 G ALVN Y TL +L ASA+A +GA L + D V L+TYL YLG D Sbjct 571 GDALVNGYGTLKRLCASAAAAAGAERGGLPSHDRVGPSALDTYLDYLGA-------GDDP 623 Query 601 PTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHF 660 T+A KLFDLA TQRAMLPAD+ IEQ +ELVQVSADTRSLLAPD ++AQQKLTGM+ H F Sbjct 624 TTIATKLFDLAATQRAMLPADSGIEQPVELVQVSADTRSLLAPDCRSAQQKLTGMQFHQF 683 Query 661 GAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKE 720 GAFYKRSWR NDWMWGRLDGAGWLVHVLL+PRRV WI R T GP+S +QWFL +LK Sbjct 684 GAFYKRSWRINDWMWGRLDGAGWLVHVLLNPRRVHWIAQTRVGTPGPESRSQWFLRQLKA 743 Query 721 LGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQ 780 LGA +FP GY LP GGGP Q LTE M+LDEL FLDDP PLP SIP TALWL+Q+W + Sbjct 744 LGAAEFPRSGYRLPTFGGGPDQLLTETMVLDELAFLDDPTMPLPTSIPLTALWLAQSWHR 803 Query 781 RVLEEELDGLANTVLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETF 840 R+L+EELD LA+TV+DPQPG+ PDWSPT+SR+WA KVLAA PGDAKYALLNENP+AGETF Sbjct 804 RILDEELDTLADTVIDPQPGQRPDWSPTTSRSWAKKVLAATPGDAKYALLNENPVAGETF 863 Query 841 ASDKGSPLMAHTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIAR 900 ASDK SPLMA T+AKA ATA+ AAGS+R LPS KP ++TLRTL L GYRVVSLTKGIAR Sbjct 864 ASDKRSPLMAQTLAKAVATASAAAGSIRLLPSAFKPSVVTLRTLALGGYRVVSLTKGIAR 923 Query 901 STIIAGALLLVLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVV 960 +TI+ G +LL+LGVA AIQS TV GVTGLI AGTG L+VLGTWQ S R LFALLS ++ Sbjct 924 TTIMVGVMLLILGVATAIQSATVLGVTGLIMAGTGSYLIVLGTWQFSSRSLFALLSVTLA 983 Query 961 GAVLALATPVVREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGR 1020 GAVLALATPVVR WLFG PG +G + YWLG QWW PL+ VG +AL +IAAA PGR Sbjct 984 GAVLALATPVVRSWLFGDADHPGLLGANIYWLGEQWWRPLIAVGAVALGITVIAAAKPGR 1043 Query 1021 R 1021 R Sbjct 1044 R 1044 >gi|289747309|ref|ZP_06506687.1| conserved transmembrane protein [Mycobacterium tuberculosis 02_1987] gi|289687837|gb|EFD55325.1| conserved transmembrane protein [Mycobacterium tuberculosis 02_1987] Length=514 Score = 954 bits (2466), Expect = 0.0, Method: Compositional matrix adjust. Identities = 483/487 (99%), Positives = 484/487 (99%), Gaps = 0/487 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 11 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 70 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 71 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 130 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 131 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 190 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 191 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 250 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 251 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 310 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 311 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 370 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 420 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI Sbjct 371 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQQI 430 Query 421 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 480 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE Sbjct 431 TATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAE 490 Query 481 VTEAIHR 487 VTEA + Sbjct 491 VTEAAEQ 497 >gi|31794653|ref|NP_857146.1| hypothetical protein Mb3507 [Mycobacterium bovis AF2122/97] gi|121639397|ref|YP_979621.1| hypothetical protein BCG_3542 [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224991893|ref|YP_002646582.1| hypothetical protein JTY_3542 [Mycobacterium bovis BCG str. Tokyo 172] gi|31620250|emb|CAD95693.1| HYPOTHETICAL PROTEIN [FIRST PART] [Mycobacterium bovis AF2122/97] gi|121495045|emb|CAL73531.1| Hypothetical protein BCG_3542 [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224775008|dbj|BAH27814.1| hypothetical protein JTY_3542 [Mycobacterium bovis BCG str. Tokyo 172] gi|341603418|emb|CCC66099.1| hypothetical protein BCGM_3506 [Mycobacterium bovis BCG str. Moreau RDJ] Length=433 Score = 828 bits (2140), Expect = 0.0, Method: Compositional matrix adjust. Identities = 417/418 (99%), Positives = 417/418 (99%), Gaps = 0/418 (0%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT Sbjct 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA Sbjct 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVD RGLFTF Sbjct 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDRRGLFTF 180 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP Sbjct 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL Sbjct 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPL 300 Query 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL Sbjct 301 GLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAATLRNGTRLLTPSL 360 Query 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQ 418 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQ Sbjct 361 LTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQ 418 >gi|306777828|ref|ZP_07416165.1| transmembrane protein [Mycobacterium tuberculosis SUMu001] gi|308213837|gb|EFO73236.1| transmembrane protein [Mycobacterium tuberculosis SUMu001] Length=394 Score = 787 bits (2032), Expect = 0.0, Method: Compositional matrix adjust. Identities = 394/394 (100%), Positives = 394/394 (100%), Gaps = 0/394 (0%) Query 628 LELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHV 687 LELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHV Sbjct 1 LELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHV 60 Query 688 LLDPRRVRWIVGERADTNGPQSGAQWFLGKLKELGAPDFPSPGYPLPAVGGGPAQHLTED 747 LLDPRRVRWIVGERADTNGPQSGAQWFLGKLKELGAPDFPSPGYPLPAVGGGPAQHLTED Sbjct 61 LLDPRRVRWIVGERADTNGPQSGAQWFLGKLKELGAPDFPSPGYPLPAVGGGPAQHLTED 120 Query 748 MLLDELGFLDDPAKPLPASIPWTALWLSQAWQQRVLEEELDGLANTVLDPQPGKLPDWSP 807 MLLDELGFLDDPAKPLPASIPWTALWLSQAWQQRVLEEELDGLANTVLDPQPGKLPDWSP Sbjct 121 MLLDELGFLDDPAKPLPASIPWTALWLSQAWQQRVLEEELDGLANTVLDPQPGKLPDWSP 180 Query 808 TSSRTWATKVLAAHPGDAKYALLNENPIAGETFASDKGSPLMAHTVAKAAATAAGAAGSV 867 TSSRTWATKVLAAHPGDAKYALLNENPIAGETFASDKGSPLMAHTVAKAAATAAGAAGSV Sbjct 181 TSSRTWATKVLAAHPGDAKYALLNENPIAGETFASDKGSPLMAHTVAKAAATAAGAAGSV 240 Query 868 RQLPSVLKPPLITLRTLTLSGYRVVSLTKGIARSTIIAGALLLVLGVAAAIQSVTVFGVT 927 RQLPSVLKPPLITLRTLTLSGYRVVSLTKGIARSTIIAGALLLVLGVAAAIQSVTVFGVT Sbjct 241 RQLPSVLKPPLITLRTLTLSGYRVVSLTKGIARSTIIAGALLLVLGVAAAIQSVTVFGVT 300 Query 928 GLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVVGAVLALATPVVREWLFGTQQQPGWVGT 987 GLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVVGAVLALATPVVREWLFGTQQQPGWVGT Sbjct 301 GLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVVGAVLALATPVVREWLFGTQQQPGWVGT 360 Query 988 HAYWLGAQWWHPLVVVGLIALVAIMIAAATPGRR 1021 HAYWLGAQWWHPLVVVGLIALVAIMIAAATPGRR Sbjct 361 HAYWLGAQWWHPLVVVGLIALVAIMIAAATPGRR 394 >gi|31794654|ref|NP_857147.1| hypothetical protein Mb3508 [Mycobacterium bovis AF2122/97] gi|121639398|ref|YP_979622.1| hypothetical protein BCG_3543 [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224991894|ref|YP_002646583.1| hypothetical protein JTY_3543 [Mycobacterium bovis BCG str. Tokyo 172] gi|31620251|emb|CAD95694.1| HYPOTHETICAL TRANSMEMBRANE PROTEIN [SECOND PART] [Mycobacterium bovis AF2122/97] gi|121495046|emb|CAL73532.1| Hypothetical transmembrane protein [second part] [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224775009|dbj|BAH27815.1| hypothetical protein JTY_3543 [Mycobacterium bovis BCG str. Tokyo 172] gi|341603419|emb|CCC66100.1| hypothetical transmembrane protein [second part] [Mycobacterium bovis BCG str. Moreau RDJ] Length=348 Score = 687 bits (1772), Expect = 0.0, Method: Compositional matrix adjust. Identities = 347/348 (99%), Positives = 347/348 (99%), Gaps = 0/348 (0%) Query 674 MWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKELGAPDFPSPGYPL 733 MWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKELGAPDFPSPGYPL Sbjct 1 MWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKELGAPDFPSPGYPL 60 Query 734 PAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQRVLEEELDGLANT 793 PAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQRVLEEELDGLANT Sbjct 61 PAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQRVLEEELDGLANT 120 Query 794 VLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETFASDKGSPLMAHTV 853 VLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETFASDKGSPLMAHTV Sbjct 121 VLDPQPGKLPDWSPTSSRTWATKVLAAHPGDAKYALLNENPIAGETFASDKGSPLMAHTV 180 Query 854 AKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIARSTIIAGALLLVLG 913 AKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIARSTIIAGALLLVLG Sbjct 181 AKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIARSTIIAGALLLVLG 240 Query 914 VAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVVGAVLALATPVVRE 973 VAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVVGAVLALATPVVRE Sbjct 241 VAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVVGAVLALATPVVRE 300 Query 974 WLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGRR 1021 WLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAA PGRR Sbjct 301 WLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAANPGRR 348 >gi|300790404|ref|YP_003770695.1| hypothetical protein AMED_8598 [Amycolatopsis mediterranei U32] gi|299799918|gb|ADJ50293.1| conserved hypothetical protein [Amycolatopsis mediterranei U32] gi|340532088|gb|AEK47293.1| hypothetical protein RAM_44130 [Amycolatopsis mediterranei S699] Length=1029 Score = 310 bits (794), Expect = 1e-81, Method: Compositional matrix adjust. Identities = 270/787 (35%), Positives = 377/787 (48%), Gaps = 69/787 (8%) Query 20 LGGTFPTNSQLTNESAASL--RLYAQLIDLLDMVVDVDILSGTSAGGINAALLASSRVTG 77 +GG SQL ES LY L+DLL V +D+L+GTSAGGINAA L + G Sbjct 28 MGGVATETSQLLRESRGDTPPGLYRGLLDLLRASVSIDVLTGTSAGGINAACLGLAEAFG 87 Query 78 SDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALAKRLPKLATGPFPPTTFP 137 S +RD W+ G+L L+RDPR+ + S+L GD + + + L ++ PP Sbjct 88 STPQVLRDTWITTGSLENLIRDPREAQPRSVLDGDRVLLGDVERALREITAAGTPP---- 143 Query 138 EAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTFTETDLARPDTAPALALA 197 A P T+ +T T++ GET+RF D+ G LV+D + R LF F P LALA Sbjct 144 --AGDPDITVLLTGTMIDGETTRFDDALGNLVRDTEHRMLFRFCGPLWTIGVEGP-LALA 200 Query 198 ARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRPHWVSDGGLLDNRPIGVL 257 ARS+ASFP AFE S +P G + P M P+T LTR HW++DGG+L N+P+ Sbjct 201 ARSTASFPGAFELSRMPIGTGGTDR----LHPDMTPYTELTRSHWLTDGGVLLNKPLRPA 256 Query 258 FKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPLGLIDGLLKGLAAVTTQS 317 + IF+R + VRR+LL+VVP+ D + P D P L + K + V +QS Sbjct 257 LREIFERTSHADVRRLLLYVVPTGEREADAVGCDPAD----PPLLSSAMAKVVNTVMSQS 312 Query 318 IAADLRAIRAHQDCMEARTDAKLRLAELAATLRNG-TRLLTPSLLTDYRTREATKQAQTL 376 I+A+L + H D + D ++ LA L LR G L+ + Y R + A L Sbjct 313 ISAELDDLTRHNDAVLRARDTRVSLAALG--LRGGPDCLVDERIAAAYLERRTAEDAAEL 370 Query 377 TSALLRRLSTCPPESGPATESLPKSWSAELTVGGDADKVCRQ-QITATILLSWSQPTAQP 435 RR + ++ + W++ ++ RQ + A LS P P Sbjct 371 VRVAARRYALSE------ADTPDRDWASGMS---------RQLRAIAVTGLSGGVPAGPP 415 Query 436 LPQSPAE-LARFGQPAYDLAKGCALTVIRAAFQLARSDADIAALAEVTEAIHRAWRPTAS 494 E L + A D A L +I A F+L R DA A A A R TA Sbjct 416 AASLQVEDLVGYRTTALDDAVATGLQLINAGFRL-RPDATRAKTLNDARAQLHAARRTAG 474 Query 495 SDLSVLVRTMCSRPAIRQGS-LENAADQLAADY--LQQSTVPGDAWERLGAALVNAYPTL 551 + L + + + P S LE +LA ++ L +S +AW ++ A L A PTL Sbjct 475 RGVR-LAQWVAAHPGPGASSTLEGWIRELAEEWAGLGRSAAVAEAWPKVVAGLRAAAPTL 533 Query 552 TQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGRA--DDSRDAPTMAWKLFD 609 LA + SG +G + T L++L P A DD A +L Sbjct 534 RALADAEPEKSGPEKSGPEKSGPEKSGTVTTLLNWLALGPDAAGGDDVVQA-----RLVT 588 Query 610 LATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWR 669 L R +L ++Q ++LVQVSAD+R+LL + KLTGM+ +FGAFYK SWR Sbjct 589 LHVATRGLLAQAPAVDQRVDLVQVSADSRTLLDMTRNRSWDKLTGMQASYFGAFYKASWR 648 Query 670 ANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKELGAPDFPSP 729 A+DWMWGR+DGAGWLV LLDP R+ + D GP+ + L+ P Sbjct 649 ASDWMWGRIDGAGWLVQCLLDPVRLETL----RDVVGPERFRDELVAALE-------PVW 697 Query 730 GYPLPAVGGGPAQ-HLTEDMLLDELGF--LDDPAKPL------PASIPWTALWLSQAWQQ 780 P G PA+ D L EL F LD P+ P S+P TA+ L++A Q Sbjct 698 RKPDERDGCTPAEAGQLRDQLTAELAFLGLDADLAPVAFGDHRPVSLPVTAMVLARARQA 757 Query 781 RVLEEEL 787 + EEL Sbjct 758 EIAAEEL 764 >gi|86738775|ref|YP_479175.1| hypothetical protein Francci3_0052 [Frankia sp. CcI3] gi|86565637|gb|ABD09446.1| conserved hypothetical protein [Frankia sp. CcI3] Length=1142 Score = 308 bits (789), Expect = 3e-81, Method: Compositional matrix adjust. Identities = 290/878 (34%), Positives = 392/878 (45%), Gaps = 137/878 (15%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 M GV EINL T P + + AA YA+L +LD+ V VD+L+GT Sbjct 25 MGGVATEINL-----------ATSPDRDRADDADAAVAARYARLATILDVEVSVDVLAGT 73 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINAA+L + +DL +RDLWL LG+ L+R P +K PSLL+GD + AL Sbjct 74 SAGGINAAMLGYANTHHADLTPLRDLWLSLGSFDALMRTPHEKTYPSLLHGDTAVLPALH 133 Query 121 KRLPKLAT-----------------------GPFPPTTFPEAARTPSTTLYITTTLLAGE 157 L + A T+++ITTT+L GE Sbjct 134 TALTAVGETARAGMDRAGMDRAGMDRAGMDRAGMDRAGMDRAGMDRPTSVFITTTILRGE 193 Query 158 TSRFTDSFGTLVQDVDLRGLFTFTETDLARPDTAPALALAARSSASFPLAFEPSFLPFTK 217 + DS G + DVD RGLF F DL P P LALAAR+S++FP AFEP+++P Sbjct 194 VAEHADSLGGTMYDVDHRGLFAFGTQDLTDPGAVPRLALAARASSAFPGAFEPAYVPVGH 253 Query 218 GTAKKGEVPARPAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFV 277 A P MA + + + SDGG+L NRPIG IFDRPA R VRRVL +V Sbjct 254 AVDA-----AHPDMARYVNASHGFHASDGGILVNRPIGPALAAIFDRPAERQVRRVLAYV 308 Query 278 VPS-----------SGPAPDPMHEPPPDNVDEPLGLIDGLLKGLAAVTTQSIAADLRAIR 326 VPS P P + P +I LL+ L A QSI DL +R Sbjct 309 VPSPRMPVPTNPAAPTNPAAPTRTSTPPALPVPPTVIPTLLQVLGAALNQSIGTDLATLR 368 Query 327 AHQDCMEARTDAKLRLAELAATLRNGTRLLTPSLLTDYRTREATKQAQTLTSALLRRLST 386 H + R R L G RL S+ YR A + A + ALLR L Sbjct 369 DHNSAV--RGTRANRRRLLRLAPAGGPRLADESVYDAYRRSLAEEIAPPVIEALLRVLG- 425 Query 387 CPPESGPATESLPKSWSAELTVGGDADKVCRQQITATILLSWSQPTAQPLPQSPAELARF 446 LP+ E + DA R A + P P A+L R Sbjct 426 -------GRFDLPRPPDTE-ALRTDAAGPARMTNAAVNAVIQMLPDRLPTTADLADLWRL 477 Query 447 GQPAYDLAKGCALTVIRAAFQLARSDADIAALAEVTEAIHRAWRPTASSDLSVLVRTMCS 506 G+PA D AKG + +I + L+ AD LA + A+H A T + + + Sbjct 478 GRPALDAAKGLLINMINEGYVLSPEPADRIRLARLAAAVHGASHATIRNTDTTDTTATTA 537 Query 507 RPAIRQGSLENAADQLAA-------DYLQQS------TVP-GDA--------WERLGAAL 544 A+R G ++ L A D + ++ T P GDA W L + Sbjct 538 TAALRPGVFTTVSETLGAMAGAPLLDVIAEAARRWLRTDPEGDAGQDELTRAWRSLERMI 597 Query 545 VNAYPTLTQLAASASADSGAPTD--------SLLARDHVAAGQLETYLSYLGTYPGRADD 596 LT L S + P S+ R VAA L ++ YL + P A Sbjct 598 ETLRTELTDLVDRRSPAARPPAGPETRPEGLSVGQRRAVAARTLADFVGYLPSTPADA-- 655 Query 597 SRDAPTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMR 656 + D+ +R+ A ++Q +ELVQ+SAD + L P A++K+TG++ Sbjct 656 -------LIAVLDVHLVERST--GAAVLDQPVELVQISADLPNRLDPARALAEEKVTGLQ 706 Query 657 LHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTNGP--------Q 708 L +FGAF K SWRANDWMWGRLDGAGWLV ++LDPRR+ R DT P Sbjct 707 LGNFGAFAKSSWRANDWMWGRLDGAGWLVRIMLDPRRLVI----RRDTAVPAGHAHAAAL 762 Query 709 SGAQWFLGKLKELGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIP 768 + W + + +L V G PA +LDELGFL DP P+P ++P Sbjct 763 ARRGWLVDLVDDLT------------EVAGIPAPR----EVLDELGFLTDPDAPVPPNLP 806 Query 769 WTALWLSQAWQQRVLEEELDGLANTV-------LDPQP 799 TA W++ Q+ + +EL G+A V +DP+P Sbjct 807 VTATWVAAGIQRDIAAKELVGVAEAVRRDNKAGVDPRP 844 >gi|302530650|ref|ZP_07282992.1| predicted protein [Streptomyces sp. AA4] gi|302439545|gb|EFL11361.1| predicted protein [Streptomyces sp. AA4] Length=1007 Score = 300 bits (769), Expect = 8e-79, Method: Compositional matrix adjust. Identities = 306/981 (32%), Positives = 454/981 (47%), Gaps = 110/981 (11%) Query 41 YAQLIDLLDMVVDVDILSGTSAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDP 100 Y +L+DLL V +D+L+GTSAGGINAA L + S +RD W G+L L+RDP Sbjct 51 YRKLLDLLHASVRLDVLTGTSAGGINAACLGLAEAYRSTPAVLRDTWFSAGSLENLIRDP 110 Query 101 RDKKTPSLLYGDERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSR 160 + K S+L GD+ + L + + + PT P T+ +T T+L GET++ Sbjct 111 GETKPRSVLNGDKVLLGGLVQAMHDITGAGVVPT------EPPDVTVLLTGTMLDGETTQ 164 Query 161 FTDSFGTLVQDVDLRGLFTFTETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTA 220 + D G V+D + R LF F+ P LALAARSSASFP AFE S +P A Sbjct 165 YDDVLGNRVRDTEHRMLFRFSGPLWNNQVHGP-LALAARSSASFPGAFELSRMPIGPEAA 223 Query 221 KKGEVPARPAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPS 280 + P M +T L R HW++DGG+L N+P+ + IF+R + VRR+LL+VVP+ Sbjct 224 DR----QHPDMTDYTELVRSHWLADGGVLVNKPLRPALREIFERSSSTDVRRLLLYVVPT 279 Query 281 SGPAPDPMHEPPPDNVDEPLGLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKL 340 PM P EP L L K + + +Q+I+ +L + H + D ++ Sbjct 280 VDGGAKPMTCDPA----EPPMLGTALAKVASTIMSQTISVELEELSRHNSAVTRARDTRV 335 Query 341 RLAELAATLRNGTRLLTPSLLTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPK 400 LA L LR G +L+ + Y R A L A+ RR +SG Sbjct 336 ALASLG--LRGG-QLVDDRVHRAYLDRRVALDAADLVRAVTRRFELSDEDSG-------- 384 Query 401 SWSAELTVGGDADKVCRQQITATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALT 460 W+A + Q I A L T + E+ R+ D A + Sbjct 385 -WAA-------GNSALLQDIAADGLRRGIPETLPGESVTVGEMVRYRTSTLDDAVATGIQ 436 Query 461 VIRAAFQLARSDADIAALAEVTEAIHRAWRPTASSDLSVLVRTMCSR--PAIRQGSLENA 518 +I A F++ D+ ++ EA R S+ V + +R P ++ + Sbjct 437 LINAGFRMG---PDLDQATQLNEARARMHAARRSAARDVRLTAWVARHEPPRPGTAMPDW 493 Query 519 ADQLAADY--LQQSTVPGDAWERLGAALVNAYPTLTQLAASASADSGAPTDSLLARDHVA 576 QLAA++ L S +AW L AAL +A L LA + S A Sbjct 494 IGQLAAEWAGLGASDAVREAWPELTAALRSAARVLQALAGKENQWS-----------EDA 542 Query 577 AGQLETYLSYLGTYPGRADDSRDAPTMAWKLFDLATTQRAMLPADAEIEQGLELVQVSAD 636 A + T L + G D D MA + L R +L ++Q ++LVQ+SAD Sbjct 543 ADTVTTLLDWFGLDNA---DVADGFVMA-RFLLLHMATRGLLAEAPAVDQRVDLVQLSAD 598 Query 637 TRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRW 696 +R+LL + KLTG + ++FGAFYK SWRANDWMWGR+D AGWL LLDP R+R Sbjct 599 SRTLLDLARSRGRDKLTGTQANNFGAFYKASWRANDWMWGRIDAAGWLTQCLLDPNRLRV 658 Query 697 IVGERADTNGPQSGAQWFLGKLKELGAPDFPSPGYPLPAVGGGPAQ---HLTEDMLLDEL 753 + D GP+ + +E+G P PA G PA L++ L DEL Sbjct 659 L----RDIVGPEEFREQVRTTFREIGWEP------PSPADNGMPADLPGLLSQ--LGDEL 706 Query 754 GFLD-----DP---AKPLPASIPWTALWLSQAWQQRVLEEELDGLANTV-LDPQPGKLPD 804 FL DP K +P S+P T++ L+++ Q + EEL LA D + G Sbjct 707 AFLGLDANLDPVEFGKEIPTSLPVTSMVLAKSRQLDIAREELPVLARQAEADAKEG---- 762 Query 805 WSPTSSRTWATKVLAAHPGD---AKYALLNENP-----------IAGETFASDKGSPLMA 850 + +S ++ K++AA P + K A EN ++ E F + GS L+A Sbjct 763 -NGKASESF-RKLMAARPLEPDAGKTAAQPENSDQVQRAFQACQVSAERFEGELGSTLLA 820 Query 851 HTVAKAAATAAGAAGSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIARS-TIIAGALL 909 T+ KA A AA + ++P L+P + + S + V + R ++A A+ Sbjct 821 KTIVKAGAAGLNAASTATRVPKTLQPLAKFAQLSSRSSWWVTQGATRLGRPWNLLAAAIT 880 Query 910 LVLGVAAAIQSVTVFGVTGL-IAAGTGGLLVV-LGTWQVSGRLLFALLSFSVVGAVL-AL 966 + G+ + + +V GL IA G LVV L T + + R++ +L V+ A+L A Sbjct 881 AIAGLVLSGEGGSVLQWLGLPIAGGALVFLVVSLLTLRRTWRMVLTVLGVLVIAALLFAA 940 Query 967 ATPVVREWLFGTQQQPGWVGT 987 P + + LF GW+GT Sbjct 941 FLPPIAQPLF------GWLGT 955 >gi|158318989|ref|YP_001511497.1| patatin [Frankia sp. EAN1pec] gi|158114394|gb|ABW16591.1| Patatin [Frankia sp. EAN1pec] Length=1101 Score = 238 bits (607), Expect = 4e-60, Method: Compositional matrix adjust. Identities = 187/501 (38%), Positives = 258/501 (52%), Gaps = 35/501 (6%) Query 1 MAGVTREINLLAQASQWR-------RLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVD 53 M GV REINLL AS R +G + L+ AA+ +A L+++LD+ V Sbjct 45 MGGVAREINLLTGASAHRDRAAGDGHVGVAGTGDQGLSAADAAAASRWAALLEILDVEVS 104 Query 54 VDILSGTSAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDE 113 VD+L+G SAGGINAALL + +DLG +RDLW+ LG+L EL+R P ++ PSLL GD Sbjct 105 VDVLAGASAGGINAALLGYANAHDADLGPLRDLWITLGSLRELMRRPGERSFPSLLRGDA 164 Query 114 RIFAALAKRLPKLATGPFPPTTFPEAARTPS-----TTLYITTTLLAGETSRFTDSFGTL 168 + AL L L T + T+++ITTT+L GE++R++D G + Sbjct 165 VMLPALQTALRSLEPSSRSGHTAEARRARSARTVRPTSVFITTTILRGESARWSDDLGGI 224 Query 169 VQDVDLRGLFTFTETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPAR 228 V+D+D RGLF F E DL P+ A LALAAR+SA+FP AFEP+++P Sbjct 225 VRDLDHRGLFVFGEDDLTDPEAANRLALAARASAAFPGAFEPAYIPVQSSPDAD-----H 279 Query 229 PAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPAR-RPVRRVLLFVVPSSGPAPDP 287 P MA + + + SDGG+L NRPIG + IFDRPA R VRRVL +VVP+ P DP Sbjct 280 PDMADYVNAASGFYGSDGGILVNRPIGPALQEIFDRPAHGRQVRRVLAYVVPAPNPPDDP 339 Query 288 MHEPPPDNVDEPLGLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAA 347 P D+ P + D LL L A QSIA+DLR IR H + + ++ L LA Sbjct 340 T--PSRDDGSTPT-VSDTLLGALGAALNQSIASDLRRIRDHNEAVRGVRASRRGLFRLAP 396 Query 348 TLRNGTRLLTPSLLTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELT 407 G RL ++ YR REA + A + S L R ++ + A + +L Sbjct 397 A--GGPRLADEAIYEAYRHREAERAADVVLSTLDRIVTGANAGADAAALLADPAGRTDL- 453 Query 408 VGGDADKVCRQQITATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQ 467 + A P P P +L R G+PA D AKG +++I A+ Sbjct 454 -----------RAAAVTAALAEFPDRLPGPDDLGDLWRLGRPAVDAAKGILISMINEAYV 502 Query 468 LARSDADIAALAEVTEAIHRA 488 L+ D ALA + +H A Sbjct 503 LSTDPDDRVALATLAREVHAA 523 Score = 156 bits (394), Expect = 2e-35, Method: Compositional matrix adjust. Identities = 142/381 (38%), Positives = 193/381 (51%), Gaps = 27/381 (7%) Query 568 SLLARDHVAAGQLETYLSYLGTYPGRADDSRDAPTMAWKLFDLATTQRAMLPADAEIEQG 627 SL AR VAA L ++ YL T RA A L DL A+ D ++Q Sbjct 667 SLTARRRVAARTLRDFVGYLPTRRSRA---------ALALLDLHLVTHALTGGDV-VDQP 716 Query 628 LELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHV 687 +ELVQVSAD R L P +A +KLTG++L +FGAF K SWRA+DWMWGRLDGA WL + Sbjct 717 VELVQVSADIRCGLDPSRASADRKLTGLQLGNFGAFAKSSWRASDWMWGRLDGAAWLARI 776 Query 688 LLDPRRVRWIVGERADTNGPQSGAQWFLGKLKELGAPDFPSPGYPLPAVGGGPAQHLTED 747 LLDPRR+ + A P +L + EL L V GP +T D Sbjct 777 LLDPRRLVHLRDAAAPGAEPPDSTATWLTEFVEL-----------LATVAAGP---VTAD 822 Query 748 MLLDELGFLDDPAKPLPASIPWTALWLSQAWQQRVLEEELDGLANTVLDPQPGKLPDWSP 807 + LDEL +LDDP +PA++P TA W++ Q+ + EL +A+ V G +P Sbjct 823 V-LDELAWLDDPDAAVPAALPETAAWVATGIQREIAAGELTSVADAVRADIAGARVGSAP 881 Query 808 TSSRTWATKVLAAHPGDAKYA-LLNENPIAGETFASDKGSPLMAHTVAKAAATAAGAAGS 866 T A A A A +L ++ E SP++A TVA+ A G S Sbjct 882 TREFLDAMAPGPAQLDPADTARVLRACRVSDERLTDRANSPILAITVAQVLAVLTGWLAS 941 Query 867 VRQLPSVLKPPLITLRTLTLSGYRVV-SLTKGIARSTIIAGALLLVLGVAAAIQSVTVFG 925 +R LP L+P + +R + Y +V +T+G R+TI G +LL G+A A+ G Sbjct 942 LRALPRPLRPAVAAVRAVARVAYALVDDVTRGRRRATIALGTVLLAAGLAGALVLSGPMG 1001 Query 926 VTGLIAAGTGGLLVVLGTWQV 946 GL+ A TG LL+ L W+V Sbjct 1002 GVGLLVAVTGLLLISLTGWRV 1022 >gi|288919955|ref|ZP_06414276.1| hypothetical protein FrEUN1fDRAFT_3973 [Frankia sp. EUN1f] gi|288348608|gb|EFC82864.1| hypothetical protein FrEUN1fDRAFT_3973 [Frankia sp. EUN1f] Length=910 Score = 219 bits (558), Expect = 2e-54, Method: Compositional matrix adjust. Identities = 187/501 (38%), Positives = 254/501 (51%), Gaps = 27/501 (5%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 M GV REINLL A + ++A + R +A L+ LD+ V VD+L+G Sbjct 36 MGGVAREINLLTAARAHQDDPAVAGARGWSATDTAVATR-WAALLAALDLEVSVDVLAGA 94 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGIN ALL + V +DLG +RDLW+ LG+L EL+R P PSLL GDE + AL Sbjct 95 SAGGINVALLGYANVQDTDLGPLRDLWIQLGSLRELMRRPDAHSFPSLLRGDEVMLPALR 154 Query 121 KRLPKLATGPFPPTTFPEAARTPS---------TTLYITTTLLAGETSRFTDSFGTLVQD 171 L L P P + P + P T+++ITTT+L GETSR+ D G LV+D Sbjct 155 SALQSL--DPHPGASTPVSNHGPRAHSARPIRPTSVFITTTILRGETSRWPDDLGGLVRD 212 Query 172 VDLRGLFTFTETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAM 231 D RGLF F E DLA P+ A LALAAR+SA+FP AFEP+++P + A P M Sbjct 213 RDHRGLFVFGEDDLADPEGAARLALAARASAAFPGAFEPAYIPV-----RNSPDSAHPDM 267 Query 232 APFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPAR-RPVRRVLLFVVPSSGPAPDPMHE 290 A + SDGG+L NRP+G + IFDRP R R VRRVL +VVP+ P D + Sbjct 268 ADHVNAAGDFHGSDGGILVNRPLGPALQEIFDRPTRGRQVRRVLTYVVPAPNPPADAANA 327 Query 291 PPPDNVD---EPLGLIDGLLKGLAAVTTQSIAADLRAIRAHQDCMEARTDAKLRLAELAA 347 + P +D LL L+A QSI+ DLR IRAH + + ++ RLA LA Sbjct 328 ADAADEPADRSPPSAVDTLLGALSAALNQSISTDLRRIRAHNEAVRGLRTSRRRLARLAP 387 Query 348 TLRNGTRLLTPSLLTDYRTREATKQAQTLTSALLRRLSTCPPESGPATESLPKSWSAELT 407 G RL + T YR + A + A + R + P E++P + L Sbjct 388 A--GGPRLADQDVYTTYRAQIADRAADLVLDTFDRIVIDSLTAPTP-PEAIPSDAARRLA 444 Query 408 VGGDADKVCRQQITATILLSWSQPTAQPLPQSPAELARFGQPAYDLAKGCALTVIRAAFQ 467 DA ++ A + P P + EL R G+PA D KG +++I + Sbjct 445 ---DARGRAELRLAAVNAATGEFPDRLPGARDLGELWRLGRPAVDAVKGTLISMINEGYV 501 Query 468 LARSDADIAALAEVTEAIHRA 488 L + AL+ + +H A Sbjct 502 LTTDPDERRALSAIARGVHGA 522 Score = 137 bits (344), Expect = 1e-29, Method: Compositional matrix adjust. Identities = 94/233 (41%), Positives = 119/233 (52%), Gaps = 36/233 (15%) Query 568 SLLARDHVAAGQLETYLSYLGTYPGRADDSRDAPTMAWKLFDLATTQRAMLPADAEIEQG 627 SL AR AA L ++ YL RA A L DL R + AD I+Q Sbjct 669 SLAARRQRAAQGLRDFIGYLPADRERA---------AIALLDLHLVTRTLTGADV-IDQP 718 Query 628 LELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHV 687 +ELVQVS+D R L P A KLTG+ L FGAF K SWRANDWMWGRLDGA WLV + Sbjct 719 VELVQVSSDIRCDLDPARSDAHHKLTGLALGSFGAFAKSSWRANDWMWGRLDGAAWLVRI 778 Query 688 LLDPRRVRWIVG---ERADTNGPQSGAQW---FLGKLKELGAPDFPSPGYPLPAVGGGPA 741 LLDPRR+ W+ ERAD + P +G W F+ L + + +P Sbjct 779 LLDPRRLVWLRDLAVERADGD-PAAGESWLAGFVAVLSTIASTPVTAP------------ 825 Query 742 QHLTEDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQRVLEEELDGLANTV 794 +L EL +LDDP P+P +P TA W++ Q+ + EL +A V Sbjct 826 -------VLAELAWLDDPGAPVPPLLPETAAWVAAGIQREIAAGELVSVAAAV 871 >gi|167967259|ref|ZP_02549536.1| hypothetical protein MtubH3_04167 [Mycobacterium tuberculosis H37Ra] Length=111 Score = 214 bits (544), Expect = 8e-53, Method: Compositional matrix adjust. Identities = 110/111 (99%), Positives = 111/111 (100%), Gaps = 0/111 (0%) Query 911 VLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVVGAVLALATPV 970 +LGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVVGAVLALATPV Sbjct 1 MLGVAAAIQSVTVFGVTGLIAAGTGGLLVVLGTWQVSGRLLFALLSFSVVGAVLALATPV 60 Query 971 VREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGRR 1021 VREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGRR Sbjct 61 VREWLFGTQQQPGWVGTHAYWLGAQWWHPLVVVGLIALVAIMIAAATPGRR 111 >gi|111219570|ref|YP_710364.1| hypothetical protein FRAAL0064 [Frankia alni ACN14a] gi|111147102|emb|CAJ58747.1| conserved hypothetical protein; putative membrane protein [Frankia alni ACN14a] Length=1302 Score = 188 bits (477), Expect = 5e-45, Method: Compositional matrix adjust. Identities = 124/283 (44%), Positives = 160/283 (57%), Gaps = 20/283 (7%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 M GV EINL T P S+ + AA YA+L +LD+ + VD+L+G Sbjct 34 MGGVATEINL-----------ATSPGRSRADDADAAVAARYARLAAILDVELSVDVLAGA 82 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGINA +L + DL +R+LWL LG+L L+R P +K PSLL GD + AL Sbjct 83 SAGGINATMLGFANARDGDLSPLRELWLSLGSLDTLMRTPNEKAYPSLLRGDAAVLPALH 142 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 L +A P + AAR T++++TTT+L GE + TDS G + DVD RGLF F Sbjct 143 TALAAVAGTAAPQQS--AAAR--PTSVFVTTTILRGEVAEHTDSLGGTMYDVDYRGLFVF 198 Query 181 TETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRP 240 DL P P LAL+AR+S++FP AFEP+++P A P MA F + R Sbjct 199 GTPDLTDPAAIPRLALSARASSAFPGAFEPAYVPVGHAVDD-----AHPDMARFVNAARS 253 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGP 283 SDGG+L NRPIG +FDRPA R VRRVL +VVPS P Sbjct 254 FHASDGGILVNRPIGPALAAVFDRPAERQVRRVLTYVVPSPRP 296 Score = 125 bits (314), Expect = 4e-26, Method: Compositional matrix adjust. Identities = 84/217 (39%), Positives = 112/217 (52%), Gaps = 42/217 (19%) Query 607 LFDLATTQRAMLPADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKR 666 L DL +RA ++Q +ELVQ+SAD + L P + A+ K+TG++L +FGAF K Sbjct 759 LLDLHLVERAT--TGVVLDQPVELVQISADLPTALDPTRRLAEDKVTGLQLGNFGAFAKS 816 Query 667 SWRANDWMWGRLDGAGWLVHVLLDPRRV-----------RWIVGERADTNGPQSGAQ--- 712 SWRANDWMWGRLDGAGWLV +LLDPRR+ G +G Sbjct 817 SWRANDWMWGRLDGAGWLVRILLDPRRLVLRRDLAVPPGPPADPGGGAGEGRLAGTATLA 876 Query 713 ---WFLGKLKELGAPDFPSPGYPLPAVGGGPAQHLTEDMLLDELGFLDDPAKPLPASIPW 769 W + + +L G P+P +D LDEL FL DP P+P S+P Sbjct 877 RRGWLVALVDDLAE----VAGTPVP-----------QDA-LDELAFLTDPDAPVPPSLPV 920 Query 770 TALWLSQAWQQRVLEEELDGLANTV-------LDPQP 799 TA W++ Q+ + +EL GLA V LDP+P Sbjct 921 TATWVAAGLQRDIAAKELVGLARAVRQDNDSGLDPRP 957 >gi|158317307|ref|YP_001509815.1| patatin [Frankia sp. EAN1pec] gi|158112712|gb|ABW14909.1| Patatin [Frankia sp. EAN1pec] Length=954 Score = 154 bits (388), Expect = 1e-34, Method: Compositional matrix adjust. Identities = 129/397 (33%), Positives = 190/397 (48%), Gaps = 38/397 (9%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 M+GV EIN L Q RR P + L AA++ Y L+DL+ D+++GT Sbjct 34 MSGVVNEINSLTQ----RRPSDPAPGKADLRFSEAAAV--YGGLLDLVHGRARADVIAGT 87 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGIN ALLA ++ G+DL + +LW +LG+ LLRDPR+ SLL GD+ L Sbjct 88 SAGGINGALLAYAQAYGADLRPLGELWAELGSFDALLRDPRETHPASLLRGDDYFLPELV 147 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 ++ + A+ P L I TTL+ G+ + D FGT + + G F Sbjct 148 SAFERIVPAGERSQRYVPASERP-IDLIINTTLMRGQPKQRVDDFGTEIIESAHTGALRF 206 Query 181 TETDLARPDTAP--------ALALAARSSASFPLAFEPSFLPFTKGTAKK-----GEVPA 227 T A P P LALA+RS+ASFP+AFEPSF+P + G Sbjct 207 TRAADASPGLDPFWDARITHRLALASRSTASFPVAFEPSFIPVGEAGRDSYHPDMGAGAG 266 Query 228 RPAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPS-SGPAP- 285 PA+A F R +V DGG+L N+P+ I+ +PA + VRR+L+ V P S PAP Sbjct 267 LPAVAQF---DRSRYVMDGGVLLNQPVKPALAAIYAQPAEQQVRRLLVHVNPDPSSPAPA 323 Query 286 -----DPMHEPPPDNVDEPLGLIDGLLKGLAAV-TTQSIAADLRAIRAHQDCMEARTDAK 339 ++ D D P +L+ LA + QS+ A+L I+ D + + Sbjct 324 EVAGLGDVYSLGSDTDDRP-PTPAAVLRTLATLPYAQSVDAELTEIQTTNDRVRRYRPDR 382 Query 340 LRLAELAATLRNGTRLLTPSLLTDYRTREATKQAQTL 376 R+ + + L L+ YR+ + ++A + Sbjct 383 ARI------VHHLNEKLAEKLMDGYRSTRSYQEADRI 413 >gi|158314495|ref|YP_001507003.1| hypothetical protein Franean1_2668 [Frankia sp. EAN1pec] gi|158109900|gb|ABW12097.1| hypothetical protein Franean1_2668 [Frankia sp. EAN1pec] Length=978 Score = 152 bits (385), Expect = 3e-34, Method: Compositional matrix adjust. Identities = 113/297 (39%), Positives = 149/297 (51%), Gaps = 33/297 (11%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGV EIN LAQA L P + T +Y L+DL+ D++SGT Sbjct 36 MAGVVNEINTLAQARSATPLSAAPPAWAAGT--------VYGCLLDLVHATARADVISGT 87 Query 61 SAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALA 120 SAGGIN A LA ++ G+DL G+ W +LG+ ELLRD S L GD+ LA Sbjct 88 SAGGINGAFLAYAQAYGADLAGLGAKWAELGSFEELLRDSTGPDQQSFLLGDDYFLPELA 147 Query 121 KRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTF 180 + +L ++ A P L I TTL+ G ++R D FGT ++ G F Sbjct 148 RAFTELVPEDSREQSYVPPAERP-VDLVINTTLMHGRSTRHVDDFGTEFEESSHSGELRF 206 Query 181 TETDLARPDTAPA------------LALAARSSASFPLAFEPSFLPFTK--GTAKKGEVP 226 T T DT P+ LALA+RS+ASFP+AFEPSFLP + G A ++ Sbjct 207 TRT----ADTPPSDDVFRGAAIARQLALASRSTASFPVAFEPSFLPVGEDDGDAYHPDMG 262 Query 227 A---RPAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPS 280 A RP AP R +V DGG+L N+P+ I+ +PA R VRR+L V P Sbjct 263 AAVQRPTAAPG---PRSRYVLDGGILLNQPVRPALAAIYAQPADRQVRRLLTHVNPD 316 Score = 76.3 bits (186), Expect = 3e-11, Method: Compositional matrix adjust. Identities = 61/166 (37%), Positives = 84/166 (51%), Gaps = 14/166 (8%) Query 534 GDAWERLGAALVNAYPTLTQLAASASADSGAPTDSLLARDHVAAGQLETYLSYLGTYPGR 593 G ER+ L++A L +L A D+G D++ HVA +ET L Sbjct 619 GTVAERIVRLLIDAADDLWRLGAP---DAG---DAVATVPHVA---VETDLLKKLLRALL 669 Query 594 ADDSRDAPT-MAWKLFDLATTQRAMLPADAEIEQGLELVQVSADT-RSLLAPDWQTAQQK 651 +DD R +P + +L + Q AM A + EQ + Q+S T S P K Sbjct 670 SDDLRSSPAALRRRLLAVEVCQLAMAGAPRDAEQEVIFQQISGFTPNSFGGP---ATPDK 726 Query 652 LTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWI 697 + G+RL FG F KRSWR NDW+WGRLDGA +V +LDP R+R + Sbjct 727 IAGIRLFWFGGFLKRSWRVNDWIWGRLDGATRMVQAVLDPARLRQL 772 >gi|269957559|ref|YP_003327348.1| Patatin [Xylanimonas cellulosilytica DSM 15894] gi|269306240|gb|ACZ31790.1| Patatin [Xylanimonas cellulosilytica DSM 15894] Length=1383 Score = 137 bits (344), Expect = 1e-29, Method: Compositional matrix adjust. Identities = 115/356 (33%), Positives = 164/356 (47%), Gaps = 56/356 (15%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 M GV EI+ LA+A + GG P ++ LT ++ ++ VD+++GT Sbjct 36 MGGVALEIDRLAKAVR----GGDTPYDALLTATASTAV---------------VDVIAGT 76 Query 61 SAGGINAALLASSRV-TGSDLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAAL 119 SAGGIN A LA ++V T +D+G +R++W G + LLR+P K SLL GD+ L Sbjct 77 SAGGINGAALALAQVNTKADIGQLREVWSTQGQIDVLLREPFRGKPSSLLRGDDYFLPEL 136 Query 120 AKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFT 179 + + LAT PF EA + +TTTLL G D FG L+ G F Sbjct 137 HRAMHMLAT-PF------EARPGAKIDVTLTTTLLKGWQDVTVDDFGELIPQTINTGRFH 189 Query 180 FTETDLARPD-------------TAPALALAARSSASFPLAFEPSFLPFTKGTAKKGEVP 226 FT + A D TA AL LAAR++A FP AFEP+F+P + A + Sbjct 190 FTNQNGADGDHHRDDFAAERIETTATALGLAARATAGFPFAFEPTFVPVHEAAAPGVDDK 249 Query 227 ARPAMAPFTSLT-------------RPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRV 273 R M+ + S R + DGG+L N P+ + I R A PVRR Sbjct 250 HRVDMSRYASWADQRKGVDADAREDRSRYAVDGGVLANTPVQHVLDVIDRRQAAGPVRRA 309 Query 274 LLFVVPSSGPAPDPMHEPPPDNVDEPLGLIDGLLKGLAAVTTQSIAADLRAIRAHQ 329 L+ V P AP P+ PD +P L + ++ S + + I +H Sbjct 310 LVLVFPH---APQPVASIDPDKRSDPPTATGALAGVVGSILAHSSRSYIENIESHN 362 Score = 62.8 bits (151), Expect = 3e-07, Method: Compositional matrix adjust. Identities = 95/355 (27%), Positives = 141/355 (40%), Gaps = 55/355 (15%) Query 646 QTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVGERADTN 705 +T K G+ L FG F KRSWR NDW+WGRLD L ++LDP R+R + T Sbjct 739 RTPGDKAAGLDLARFGGFLKRSWRINDWIWGRLDAVTMLCQIVLDPDRLRRLQTLSGQT- 797 Query 706 GPQSGAQWFLGKLKELGAPDFPSPGYP-LPAVGGGPAQHLTEDMLLDELGFLDDPAKPLP 764 P+ A L+ D + G P L A+ E + + + Sbjct 798 -PEDFADTTFTSLRASLFGDTDAAGIPGLEAIETAARAEWVEALT---------APRAIK 847 Query 765 ASIPWTALWLSQAWQQRVLEEELDGLANTV-LDPQPGKLPDWSPTSSRTWATKVLAA--- 820 +P A W + Q V+ EEL L + +D G ++RT T+ A Sbjct 848 QHLPAVARWAALPQQVDVILEELPVLVAAIGIDRVDG-------AAARTRGTRFAAELDS 900 Query 821 --------------------HPGDAKYALLNENPIAGETFASDKGSPLMAHTVAKAAATA 860 G L + I E F + GS M A A T Sbjct 901 GEFLAEVAAAAASPAKEARLRTGWRALELFDRAGIGREDFHEEVGSDAMLRAGASALGTL 960 Query 861 AGAAGS-VRQLPSVLKPPLITLR-TLTLSGYRVVSLTKGIARSTIIAGALLLVLGVAAAI 918 A + + ++P+ KP R + L + + LT G A + +A L+V G+ + Sbjct 961 ATVVDTDIGRVPAA-KPVTSAFRGAMMLPYWLIRGLTGGGAVAKFLATGALVVGGM---V 1016 Query 919 QSVTVFGVTGLIAAGTG--GLLVVLGTWQV----SGRLLFALLSFSVVGAVLALA 967 ++++FGV G +A G G VVL + SG LL + + VG +LA A Sbjct 1017 LALSLFGVLGGASATAGVVGGAVVLAAFAYAALKSGSLLHPVALLAPVGPLLAYA 1071 >gi|76810332|ref|YP_333078.1| patatin family phospholipase [Burkholderia pseudomallei 1710b] gi|254259594|ref|ZP_04950648.1| phospholipase, patatin family [Burkholderia pseudomallei 1710a] gi|76579785|gb|ABA49260.1| phospholipase, patatin family family [Burkholderia pseudomallei 1710b] gi|254218283|gb|EET07667.1| phospholipase, patatin family [Burkholderia pseudomallei 1710a] Length=1153 Score = 131 bits (329), Expect = 8e-28, Method: Compositional matrix adjust. Identities = 123/364 (34%), Positives = 164/364 (46%), Gaps = 49/364 (13%) Query 40 LYAQLIDLLDMVVDVDILSGTSAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRD 99 +YA L+ + V VD++SGTSAGGIN A LA S + + +R++W+ +LLR Sbjct 42 VYAALLAMTRTVPRVDVISGTSAGGINGAALAISLLYDGEFSELREVWMKTATFNDLLRP 101 Query 100 PRDKKTPSLLYGDERIFAALAKRLPKLATGPFPPTTFPEAARTP-STTLYITTTLLAGET 158 P K SLL GDE + L +A +AART L +TTTLL+G Sbjct 102 PLGKNPGSLLKGDEYFLPGIRNALQHMARN-------RDAARTDLPIDLRLTTTLLSGVQ 154 Query 159 SRFTDSFGTLVQDVDLRGLFTFTE----------------TDL-ARPDTAPALALAARSS 201 D GT V DVD R F FT D R D LA AARS+ Sbjct 155 GNTVDDLGTPVHDVDYRAYFHFTNMASHGTPSPQSAFDSTNDFDDRTDVLDRLARAARST 214 Query 202 ASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRI 261 ASFP AFEPS + GT K P+ L P +V DGG+LDN+P + + Sbjct 215 ASFPFAFEPSLV----GTDGK---PSSLKGRFGDDLKVPRYVVDGGVLDNKPFRGALEAM 267 Query 262 FDRPARRPVRRVLLFVVPSSGPAPDPMHE---PPPDNVDEPLGLIDGLLKGLAAVTTQSI 318 R VRRVL ++ P G P PP V + L G+ +Q+I Sbjct 268 LQMGRRGSVRRVLAYINPDPGDGPPGQPGATMPPLSAV------LTASLLGIP--QSQTI 319 Query 319 AADLRAIRAHQDCMEARTDAKLRLAEL--AATLRNGTRLLTPSLLTDYRTREATKQAQTL 376 A L+ IR+H D + R + L L + AATL + + L P YR R +++ Sbjct 320 ADQLQEIRSHNDAVRHRRNNVLSLVQNLDAATLESMAQTLFPI----YRKRRIADVFESV 375 Query 377 TSAL 380 L Sbjct 376 CEDL 379 Score = 105 bits (263), Expect = 3e-20, Method: Compositional matrix adjust. Identities = 99/305 (33%), Positives = 146/305 (48%), Gaps = 34/305 (11%) Query 628 LELVQVSADTRS-LLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVH 686 +ELVQ+S ++ S + PD A+ KL G++L HF AFYK+SWRANDW++GRLDGA L+ Sbjct 698 IELVQLSGNSASPIGGPD--AARSKLRGLQLAHFAAFYKQSWRANDWIYGRLDGADRLIK 755 Query 687 VLLDPRRVRWIVGERADTNGPQSGAQWFLGKLKELGAPDFPSPGYPLP-AVGGGPAQHLT 745 VLL+P R+ R+D + A L +L P PL +G +++ Sbjct 756 VLLNPERLHRFYFGRSDEIAEEIEAI----ALSDL-------PDGPLKLELGCLWSKNAY 804 Query 746 EDMLLDELGFLDDPAKPLPASIPWTALWLSQAWQQRVLEEELDGLANTVLDPQPGKLPDW 805 D L EL F++D PLP S+P A ++ +L EEL L +T++ Q Sbjct 805 RDRLKGELAFINDIQCPLPDSLPVCAEVITLRLHYGILREELPVLVSTIVSDQSMGADSA 864 Query 806 SPTSSRTWATKVLAAHPGDAKYAL-------LNENPIAGETFASDKGSPL----MAHTVA 854 + + K++ A PG + L L + ET + GS L +AHT+A Sbjct 865 NAGEA---VLKLIGAKPGSVQPFLPEQAARCLKNGLLGSETLTDEAGSDLFTRTLAHTMA 921 Query 855 KAAATAAGAA---GSVRQLPSVLKPPLITLRTLTLSGYRVVSLTKGIARSTIIA-GALLL 910 T A A G V + + LK P+I L G S T I+A G ++ Sbjct 922 TMQNTLASKAARLGPVSVVFAALKVPIIGF-YLAARGLTHQSRTSATLNGAILALGTFIV 980 Query 911 VLGVA 915 + G+A Sbjct 981 MTGMA 985 >gi|289571710|ref|ZP_06451937.1| conserved hypothetical protein [Mycobacterium tuberculosis T17] gi|289545464|gb|EFD49112.1| conserved hypothetical protein [Mycobacterium tuberculosis T17] Length=141 Score = 122 bits (307), Expect = 3e-25, Method: Compositional matrix adjust. Identities = 63/67 (95%), Positives = 63/67 (95%), Gaps = 1/67 (1%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGT 60 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDIL G Sbjct 62 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILVGN 121 Query 61 SAG-GIN 66 S G GIN Sbjct 122 SCGAGIN 128 >gi|256379166|ref|YP_003102826.1| patatin [Actinosynnema mirum DSM 43827] gi|255923469|gb|ACU38980.1| Patatin [Actinosynnema mirum DSM 43827] Length=1320 Score = 117 bits (294), Expect = 9e-24, Method: Compositional matrix adjust. Identities = 106/293 (37%), Positives = 136/293 (47%), Gaps = 42/293 (14%) Query 20 LGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGTSAGGINAALLASSRVT-GS 78 +GG+ +LT S Y L+ ++ D+++GTSAGGIN A LA S+V + Sbjct 37 MGGSVLEVDRLTRGSGP----YRHLLGMVGATARADVITGTSAGGINGAALALSQVNEAA 92 Query 79 DLGGIRDLWLDLGALTELLRDPRDKKTPSLLYGDERIFAALAKRLPKLATG--PFPPTTF 136 L +RDLW + G + +LLR P SLL GDE L + L +L P P Sbjct 93 KLERLRDLWSEQGRMEQLLRTPFQGAPVSLLRGDEFFLPRLHEALERLTDDYRPLPAHER 152 Query 137 PEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTFT-----------ETDL 185 P L ITTTLL G S D G + +G F+F ET Sbjct 153 P-------VDLRITTTLLTGVPSVTYDDLGEALVQSSHQGSFSFRRDPYGWARPAGETAQ 205 Query 186 ARP--DTAPA--------LALAARSSASFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFT 235 RP D AP +ALAARSSASFP AFEPS +P G G V +A +T Sbjct 206 ERPRDDFAPTELDRLIPRMALAARSSASFPFAFEPSRVPVNGG----GPVDM-AGVASWT 260 Query 236 SLTR--PHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPD 286 R + DGG+L N P + I PA PVRRV+L V P + AP+ Sbjct 261 DGDRDLSRYAVDGGVLVNTPTREALEAIDRMPAEGPVRRVMLLVFPHAPGAPE 313 Score = 77.4 bits (189), Expect = 1e-11, Method: Compositional matrix adjust. Identities = 37/74 (50%), Positives = 46/74 (63%), Gaps = 0/74 (0%) Query 624 IEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGW 683 ++Q +ELVQVS TR+ A +T K G L F F KRSWR NDW+WGRLDGA Sbjct 651 LDQAVELVQVSLRTRNAFADYSRTPDDKAGGASLSRFSGFLKRSWRVNDWIWGRLDGASM 710 Query 684 LVHVLLDPRRVRWI 697 L VL +P R+R + Sbjct 711 LCRVLFEPTRLRRV 724 >gi|284989723|ref|YP_003408277.1| patatin-like protein [Geodermatophilus obscurus DSM 43160] gi|284062968|gb|ADB73906.1| patatin-related protein [Geodermatophilus obscurus DSM 43160] Length=818 Score = 99.8 bits (247), Expect = 2e-18, Method: Compositional matrix adjust. Identities = 129/416 (32%), Positives = 173/416 (42%), Gaps = 80/416 (19%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRL---YAQLIDLLDMVVDVDIL 57 M GVT EI+LL +AS+ G + + + A Y + D+ ++VVDV + Sbjct 30 MGGVTHEIDLLRRASRVA-AGESEADVGGVADHDRAGFDAWVDYCRRADVGEVVVDV--I 86 Query 58 SGTSAGGINAALLASSRVTGSDL----GG----IRDLWLDLGALTE--LLRDPRDKKTPS 107 +GTSAGG+N LLA++ G L GG +R +W + L E LLR P ++ PS Sbjct 87 AGTSAGGLNGTLLATAVARGVPLDPPGGGTGPRLRRVWDERARLQEGHLLRAPGEEPLPS 146 Query 108 LLYGDERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGT 167 L G+ + A R TG R TL++T T L DSFG Sbjct 147 FLDGE---YFQDAVRDEVRGTGG-------NGDRGTPVTLFVTATALGPANRPHVDSFGQ 196 Query 168 LVQDVDLRGLFTFTETD-------------------------LARPDTAPALALAARSSA 202 D R L+ F T+ A AL AAR+SA Sbjct 197 AFDVSDHRRLYRFRRTEADGVGYRPHEGEADESWWPPAMVDEFAGERAETALITAARASA 256 Query 203 SFPLAFEPSFLPFTKGTAKKGEVPARPAMAPFTSLT--RPHWVSDGGLLDNRPIGVLFKR 260 SFPLAF P ++G A + P S+ W+ DGG+LDN P + Sbjct 257 SFPLAFTP---------VREGPELAGRRVLPAASVEPEGDRWLVDGGVLDNAPFQPVLDA 307 Query 261 IFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPLGLIDGLLKG-----LAAVTT 315 I RPA PVRR+L++VVPS G A + P E G DG L A Sbjct 308 IGRRPATGPVRRLLVYVVPSRGQASTGLDRADPRGSAEANG--DGARYPDWKAILGAAVG 365 Query 316 QSIAADLRAIRAHQDCMEARTDAK------LRLAELAATLRNGTRLLTPSLLTDYR 365 D+RA + + AR D + L AELA RNG + L+ YR Sbjct 366 FPREGDVRADMEYTVELLARADGRQAGPEALLRAELAG--RNG---IADGLVDQYR 416 Score = 38.1 bits (87), Expect = 8.7, Method: Compositional matrix adjust. Identities = 20/39 (52%), Positives = 22/39 (57%), Gaps = 0/39 (0%) Query 651 KLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLL 689 KL G R+ HF AF +WRA DW GRLD L LL Sbjct 641 KLYGTRVLHFAAFGLAAWRAWDWTAGRLDAQVHLARALL 679 >gi|254415610|ref|ZP_05029369.1| phospholipase, patatin family [Microcoleus chthonoplastes PCC 7420] gi|196177560|gb|EDX72565.1| phospholipase, patatin family [Microcoleus chthonoplastes PCC 7420] Length=1054 Score = 95.5 bits (236), Expect = 5e-17, Method: Compositional matrix adjust. Identities = 98/328 (30%), Positives = 145/328 (45%), Gaps = 47/328 (14%) Query 40 LYAQLIDLLDMVVDVDILSGTSAGGINAALLA-----SSRVTGSDLGGIRDLWLDLGALT 94 +Y + L D + VDILSGTSAGGIN LL+ S++ T D +W + G + Sbjct 27 IYKLIKALTDSDIVVDILSGTSAGGINGVLLSYALANSTKDTIVDFKEFGQIWRESGNIR 86 Query 95 ELLRDPRDKKTP--SLLYGDERIFAALAKRLPKLATGPFPPTTFPE---AARTPSTTLYI 149 EL+ P ++T S+L G ALA+ K G + T P+ + L++ Sbjct 87 ELMHHPSTQETQQDSVLDGAGYYQTALAEAFEK---GIYNRTDAPDGEWVSELNELDLFV 143 Query 150 TTTLLAGETSRFTDSFGTLVQDVDLRGLFTFTE--------------TDLAR--PDTAPA 193 T T + G+ + D G +++ + R +F DL+R T + Sbjct 144 TGTDILGQIYQLFDDTGRVIEVKNHRQIFHLKHRQGRHEPFNPDSDPADLSRTPEQTYQS 203 Query 194 LALAARSSASFPLAFEPSFLPFTKGTAKK--------GEVPAR--PAMAPFTSLTRPHWV 243 LA R ++ FP+AF PS K + G++ R P P + H++ Sbjct 204 LAKLCRITSCFPVAF-PSVNVGLKEDSNDVDQRLIQWGQLENRDLPEQRPPEGY-QLHFI 261 Query 244 SDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPLGLI 303 DGG+LDNRP K I+ R A RPV R L+++ P PD P N Sbjct 262 -DGGVLDNRPFSYTIKDIYFRTANRPVDRKLIYI----DPNPDRFLANPNFNSMAKPSTW 316 Query 304 DGLLKGLAAV-TTQSIAADLRAIRAHQD 330 D L L + T +SI+ DL I+AH D Sbjct 317 DVLQDALVGLPTYESISNDLELIQAHND 344 Score = 56.2 bits (134), Expect = 3e-05, Method: Compositional matrix adjust. Identities = 27/62 (44%), Positives = 36/62 (59%), Gaps = 0/62 (0%) Query 628 LELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHV 687 +E ++ S D L +T KL G L FG F+K+SWR+ND +WGRLDG LV Sbjct 700 IETIRFSPDDAQLGLGKGKTLDDKLAGDTLQAFGGFFKKSWRSNDMLWGRLDGLNRLVEA 759 Query 688 LL 689 L+ Sbjct 760 LV 761 >gi|37521484|ref|NP_924861.1| hypothetical protein glr1915 [Gloeobacter violaceus PCC 7421] gi|35212481|dbj|BAC89856.1| glr1915 [Gloeobacter violaceus PCC 7421] Length=1135 Score = 94.4 bits (233), Expect = 1e-16, Method: Compositional matrix adjust. Identities = 142/508 (28%), Positives = 208/508 (41%), Gaps = 85/508 (16%) Query 40 LYAQLIDLLDMVVDVDILSGTSAGGINAALLASSRVTGS-----DLGGIRDLWLDLGALT 94 LY + L D + VD++SGTSAGGIN LL+ + D G LW + GA+ Sbjct 46 LYKLIKALSDSDIAVDVVSGTSAGGINGVLLSYALANSDEQRVVDFEGFARLWRENGAID 105 Query 95 ELLRDPRDKK----TPSLLYGD----ERIFAAL--AKRLPKLATGPFPPTTFPEAARTPS 144 +LLR ++ S+L G+ E++F AL A R P+ P P T T Sbjct 106 KLLRKAEVRRASDRVESVLNGEGYYQEKLFEALQSAGR-PR----PVPNGTDEWPTATAE 160 Query 145 TTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTFT-------ETDLARPDTAPALALA 197 L++T T L G ++ D+ G+ ++ + R +F E + A PD ALA Sbjct 161 LDLFVTGTDLLGRVTQALDNTGSCIEVKNHRSVFLLKHRRGRREEFNPAEPDRLQALAKL 220 Query 198 ARSSASFPLAF----------------EPSFLPFTKGTAKKGEVPAR------PAMAPFT 235 R ++ FP+AF P P + + G++ R P Sbjct 221 CRITSCFPVAFPVVTVKLPTADPTGRLAPLVDPVDRFLVQWGQLDKRELPDVPPDDGNNE 280 Query 236 SLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPP-D 294 R H+V DGG+LDNRP +I R A RPV R + ++ PS PD E Sbjct 281 RCYRLHFV-DGGVLDNRPFSHALGQIHSRTAYRPVCRKMFYIDPS----PDLFTETDHFK 335 Query 295 NVDEP--LGLIDGLLKGLAAVTTQSIAADLRAI-RAHQDCMEART--DAKLRLAELA--- 346 N+ P L +I L G+ T +SI DL AI R ++ R +AKL E Sbjct 336 NMPRPNLLRVIGDALIGMP--TYESIGEDLEAINRYNEKVRRYRYLLEAKLTRPETYRQP 393 Query 347 ---------------ATLRNGTRLLTPSLLTDYRTREATKQAQTLTSALLRRLSTCPP-E 390 TLR+ + L +A Q QTL A S E Sbjct 394 PATGQVNYLYWRIRLVTLRDRVLPVILRLEEQKTAGQAKAQEQTLNKAADLLTSFIDERE 453 Query 391 SGPATESLPKSWSAELTVGGDADKVCRQQITATILLSWSQPTAQPLPQSPAELARFGQPA 450 S P E + S ++ D + R+ ++ W + LP A R G+ A Sbjct 454 SLPRREEHFRLASVQVR-DLDVEYALRKHRFILQVVCWDLDQGEDLP--AAHYNRLGRLA 510 Query 451 YDLAKGCA-LTVIRAAFQLARSDADIAA 477 L++ L +I+A+ A S A+IA+ Sbjct 511 QILSRQIELLEIIKASLIAALSRAEIAS 538 Score = 60.5 bits (145), Expect = 2e-06, Method: Compositional matrix adjust. Identities = 33/93 (36%), Positives = 49/93 (53%), Gaps = 16/93 (17%) Query 620 ADAEIEQGLELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLD 679 AD + ++ +ELV++S + + + + KL G L+ FG F+KRSWR+ND +WGRLD Sbjct 706 ADFQEKEPIELVRISPHDAKMGYSERRDWKDKLAGDALYAFGGFFKRSWRSNDILWGRLD 765 Query 680 GAGWLVHVLL----------------DPRRVRW 696 G +V L+ DPR RW Sbjct 766 GLNRIVQALVTRESLSHFRQFLKRQTDPRLQRW 798 >gi|116624140|ref|YP_826296.1| patatin [Candidatus Solibacter usitatus Ellin6076] gi|116227302|gb|ABJ86011.1| Patatin [Candidatus Solibacter usitatus Ellin6076] Length=1267 Score = 92.4 bits (228), Expect = 4e-16, Method: Compositional matrix adjust. Identities = 96/360 (27%), Positives = 145/360 (41%), Gaps = 73/360 (20%) Query 17 WRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMVVDVDILSGTSAGGINAALLASSRVT 76 +R+LG N N + +R + I VDILSGTSAGG+N+ LA + Sbjct 55 YRKLGAILGANGADLNAAQGPIR--TRFI--------VDILSGTSAGGLNSIYLAKALAN 104 Query 77 GSDLGGIRDLWLDLGALTELLRDP------------RDKKTPSLLYGDERIFAALAKRLP 124 G D G + LW+D + LL D R +K P L ER++A L L Sbjct 105 GLDFGVMEKLWVDQADIATLLNDNEAASAITGGFALRRQKPPQSLLSSERMYALLLSALA 164 Query 125 KLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTFTETD 184 ++ P +A L++T T L G +R + +++ R +F F + Sbjct 165 EMDGKP------AGSALVEEVDLFVTATDLRGLETRLKLADDVVIEKRH-RNVFHFCASP 217 Query 185 LARPDTAPA--------------LALAARSSASFPLAFEPSFLP-----FTKGTAKKGEV 225 P T P LA AAR +A+FP+AFEP L + T K ++ Sbjct 218 YLTPATTPEKGPRNDFDKKFNPFLAFAARCTAAFPIAFEPMRLSDIDAVLDRCTPLKNDL 277 Query 226 PARPAMA-----------------PFTSL---TRPHWVSDGGLLDNRPIGVLFKRIFDRP 265 AR A P +S+ R +DGG L+N+P + + R Sbjct 278 SARSTSAEWRPFLVDYIPEDDDFPPSSSVPYRFRNRSFADGGYLNNKPFSYAIEELGVRG 337 Query 266 ARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPLGLIDGLLKGLAAVTTQSIAADLRAI 325 P R L+++ PS P+ + E D +P + + A Q+I DLR + Sbjct 338 GYLPYERKLVYIEPS----PETIEEQGSD-AGKPDAIENAFDAAFALPRYQTIREDLRHV 392 Score = 51.6 bits (122), Expect = 9e-04, Method: Compositional matrix adjust. Identities = 22/41 (54%), Positives = 29/41 (71%), Gaps = 0/41 (0%) Query 649 QQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLL 689 + KL G L FGAF+++ WR ND MWGRLDGA ++ +LL Sbjct 763 RTKLAGDSLSAFGAFFQKRWRKNDLMWGRLDGAERIIGMLL 803 >gi|194332898|ref|YP_002014758.1| Patatin [Prosthecochloris aestuarii DSM 271] gi|194310716|gb|ACF45111.1| Patatin [Prosthecochloris aestuarii DSM 271] Length=1107 Score = 90.1 bits (222), Expect = 2e-15, Method: Compositional matrix adjust. Identities = 82/271 (31%), Positives = 113/271 (42%), Gaps = 55/271 (20%) Query 54 VDILSGTSAGGINAALLASSRVTGSD-LGGIRDLWLDLGALTELLRDPRD-------KKT 105 VDI+SGTSAGGIN LA V G D L +++ WL+ G + +LL D + K+ Sbjct 93 VDIISGTSAGGINGVCLAKGLVCGLDNLKALKNTWLNEGDIDKLLNDNQSELDIFCSKEP 152 Query 106 PSLLYGDERIFAALAKRLPKL-----ATGPFPPTTFPEAARTPSTTLYITTTLLAGETSR 160 + L+ +R++A L + + A P PP + L++T T L G + Sbjct 153 KTSLFNSQRMYAKLLQAFKDMSDESAAAQPAPP-------HVETLDLFVTATDLQGIQTP 205 Query 161 FTDSFGTLVQDVDLRGL-FTFTETDLARPDT----------APALALAARSSASFPLAFE 209 G + + F+F T + T P LA A+R ++SFP AFE Sbjct 206 IILCDGQARERIHKHVFPFSFRSTGTSTGKTPEPNHFDSTHDPILAFASRCTSSFPAAFE 265 Query 210 PSFLPFTKGTAKKGEVPARPAMAPFTSLTRPHW---------------------VSDGGL 248 P L T KK R A F W +DGG Sbjct 266 PVTLNDTLAYLKKRH---RQEYATFCLHLENEWKEDFFNCYQGYTDGVPLEEREFADGGY 322 Query 249 LDNRPIGVLFKRIFDRPARRPVRRVLLFVVP 279 LDNRP G K I +R A P+ R LLF+ P Sbjct 323 LDNRPFGHAIKAIHNRYADCPLERKLLFIDP 353 Score = 53.1 bits (126), Expect = 3e-04, Method: Compositional matrix adjust. Identities = 40/110 (37%), Positives = 55/110 (50%), Gaps = 8/110 (7%) Query 587 LGT-YPGRADDSRDAPTMAWKLFDLATTQRAMLPADAEIEQGLELVQVS-ADTRSLLAPD 644 LGT YP A + + L+D +TT + M D +E+ ++S AD SL Sbjct 727 LGTPYPAIAARMKYIYRFGYDLYD-STTFQLMAGGDYGEGTQIEIYRISPADATSLWDES 785 Query 645 WQTAQQ-----KLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLL 689 + ++ KL G L FG F R WR ND MWGRLD A +++VLL Sbjct 786 TRKNRKGETLSKLAGTSLGAFGGFLDREWRHNDIMWGRLDAAERIINVLL 835 >gi|189347096|ref|YP_001943625.1| Patatin [Chlorobium limicola DSM 245] gi|189341243|gb|ACD90646.1| Patatin [Chlorobium limicola DSM 245] Length=1137 Score = 87.8 bits (216), Expect = 8e-15, Method: Compositional matrix adjust. Identities = 85/293 (30%), Positives = 130/293 (45%), Gaps = 50/293 (17%) Query 54 VDILSGTSAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRD--------KKT 105 +D++SGTSAGGIN LA + TG + +++LW+ G + L+ D +K Sbjct 94 IDVISGTSAGGINGIFLAKALATGLKIDELKNLWISEGDASLLINDKNSTKKTGLKLRKE 153 Query 106 PSLLYGDERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGET--SRFTD 163 P L+ +R++ L + K+ G T+ E L++T T + G T + +D Sbjct 154 PRSLFNSQRMYQKLLEAFEKME-GKDNDTSAAEPY-IDELDLFVTATDILGLTLPLKLSD 211 Query 164 SFGTLVQDVDLRGLFTFTET--------DLARPDTAPALALAARSSASFPLAFEPSFLP- 214 S V + + +F F+ + D D P LA AARS++SFP AFEP L Sbjct 212 S---TVYERKHQTVFRFSCSRSGSRYWNDFV-ADNNPMLAFAARSTSSFPFAFEPVMLRD 267 Query 215 --------------FTKGTAKKGEVPARPAMAPFTSL-TRPHWVSDGGLLDNRPIGVLFK 259 F+ G K P +A ++ + DGG LDN+P + Sbjct 268 IDEVLKNKRYKEEYFSTGKRWKRFFKNYPEIASSGTVGYQLRSFGDGGYLDNKPFSYAIE 327 Query 260 RIFDRPARRPVRRVLLFVVPSSGPAPDPMH-EPPPDNVDEPLGL---IDGLLK 308 I R + P++R LL++ P PD H E +N + P ID LLK Sbjct 328 TISARHSDYPIQRKLLYI----EPVPD--HPESASENEERPNAFENTIDALLK 374 Score = 51.6 bits (122), Expect = 8e-04, Method: Compositional matrix adjust. Identities = 25/74 (34%), Positives = 41/74 (56%), Gaps = 1/74 (1%) Query 628 LELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHV 687 +++ ++S + + L + Q+ +KL G FGAF + WR ND MWG+LDGA ++ Sbjct 809 IDVSRISPEDATFLVDERQSGLRKLAGSAFGSFGAFMEERWRRNDIMWGQLDGAERIIAT 868 Query 688 LL-DPRRVRWIVGE 700 L+ D +GE Sbjct 869 LIPDREEAEKYIGE 882 >gi|343925855|ref|ZP_08765370.1| hypothetical protein GOALK_050_01500 [Gordonia alkanivorans NBRC 16433] gi|343764206|dbj|GAA12296.1| hypothetical protein GOALK_050_01500 [Gordonia alkanivorans NBRC 16433] Length=1233 Score = 87.8 bits (216), Expect = 1e-14, Method: Compositional matrix adjust. Identities = 110/365 (31%), Positives = 162/365 (45%), Gaps = 62/365 (16%) Query 52 VDVDILSGTSAGGINAALLASSRVTG---SDLGGIRDLWLDLGALTELLRDPRDKKTPSL 108 V+ DIL+G SAGG+NA L A ++ G DL + LW + G L EL+R+P PS+ Sbjct 107 VEFDILAGASAGGLNAMLFALTQTYGVPTDDL--VSRLWSEQGDLWELVREPGWGPVPSV 164 Query 109 LYGDERIFAALAKRLPKLA----TGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDS 164 L G+ER+ + + ++A P E A S T+ + TLL T Sbjct 165 LKGNERLLDVAEQAVLRIAGLGRNSGTPKYADSEIAAIDSVTVELAATLL---TDGKQPE 221 Query 165 FGTLVQDVDLRGLFTFTETD---LARPDTAPA------------LALAARSSASFPLAFE 209 G R F+FT +R T P +ALAAR+++SFP AFE Sbjct 222 LGN-------RASFSFTRRPGGLTSRYSTVPGPETVEVRMELRRMALAARATSSFPGAFE 274 Query 210 PS-FLPFTKGT-------AKKGE------VPARPAMAPF-------TSLTRP---HWVSD 245 P+ T G+ ++KG+ VP A+ PF + RP V D Sbjct 275 PADIYSATDGSTCGWKQLSRKGKESPRDCVPNMVAVFPFARAGAASSPAVRPGDEFRVVD 334 Query 246 GGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPLGLIDG 305 GG++DN PI + + A P RRVL+++ P P P N D G + Sbjct 335 GGVVDNIPIDRALRAVQRASASSPSRRVLVYLDPQPPQPPVPRKAVVAGNRDSGAGWLSV 394 Query 306 LL--KGLAAVTTQSIAADLRAIRAHQD-CMEARTDAKLRLAELAATLRNGTRLLTPSLLT 362 ++ KGL +S ++ IR H D +EA + + A L+A L NG ++ + T Sbjct 395 IMGAKGLQK-RVESADDEIDQIREHNDAALEAASRQRELAATLSAALGNGRKVERVDVAT 453 Query 363 DYRTR 367 R+R Sbjct 454 YIRSR 458 Score = 43.9 bits (102), Expect = 0.17, Method: Compositional matrix adjust. Identities = 19/41 (47%), Positives = 22/41 (54%), Gaps = 0/41 (0%) Query 648 AQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVL 688 A +L G L F F WR NDW WGRLD A +V +L Sbjct 806 ADTRLAGTGLARFAGFLSPEWRENDWYWGRLDAAAGVVDLL 846 >gi|218440874|ref|YP_002379203.1| patatin [Cyanothece sp. PCC 7424] gi|218173602|gb|ACK72335.1| Patatin [Cyanothece sp. PCC 7424] Length=1056 Score = 86.7 bits (213), Expect = 2e-14, Method: Compositional matrix adjust. Identities = 84/292 (29%), Positives = 119/292 (41%), Gaps = 50/292 (17%) Query 40 LYAQLIDLLDMVVDVDILSGTSAGGINAALLA-----SSRVTGSDLGGIRDLWLDLGALT 94 +Y + L D + VDI+SGTSAGGIN LL+ S + +D +W D G + Sbjct 50 IYKLIKALTDSDIVVDIVSGTSAGGINGILLSYAIANSDQQNLADFKNFGQIWRDNGDID 109 Query 95 ELLRDPRDKK----TPSLLYGDERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYIT 150 +LLR+P K S+L G+ L L K T P + L++T Sbjct 110 QLLREPSPNKPKNNIDSVLDGEGYYQDQLKNALDKSVTQINPNPDDEWYSDFKELDLFVT 169 Query 151 TTLLAGETSRFTDSFGTLVQDVDLRGLFT--------------FTETDLARPDTAPALAL 196 T + G+ S+ D G ++ D R +F F++T + ALA Sbjct 170 GTDVLGKVSKTFDQTGKEIEIKDHRTVFHLRYRQDRIEQIGNPFSQTSI----NHKALAK 225 Query 197 AARSSASFPLAF------------EPSFLPFTK----GTAKKGEVPARPAMAPFTSLTRP 240 R ++ FP+AF +P K G E+P R + T Sbjct 226 LCRITSCFPVAFPVVTVKLDPIPGDPDSEVDQKLVKWGQLNNRELPNRDLTV---NKTHQ 282 Query 241 HWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPDPMHEPP 292 + DGG+LDNRP IF R A RPV R L ++ PAPD P Sbjct 283 LYFIDGGVLDNRPFSYTINEIFCRTAYRPVTRKLFYI----DPAPDSFLNTP 330 Score = 58.5 bits (140), Expect = 6e-06, Method: Compositional matrix adjust. Identities = 28/76 (37%), Positives = 42/76 (56%), Gaps = 3/76 (3%) Query 646 QTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPR---RVRWIVGERA 702 +T KL G + FG F+K+SWR+ND +WGRLDG LV L+D R + +V Sbjct 737 KTQNDKLAGDQFRAFGGFFKKSWRSNDILWGRLDGLNRLVESLVDQNFVSRFQNVVTREI 796 Query 703 DTNGPQSGAQWFLGKL 718 D + A+ ++ +L Sbjct 797 DGQDHCNTAEAYISQL 812 >gi|119356879|ref|YP_911523.1| patatin [Chlorobium phaeobacteroides DSM 266] gi|119354228|gb|ABL65099.1| Patatin [Chlorobium phaeobacteroides DSM 266] Length=1171 Score = 85.5 bits (210), Expect = 5e-14, Method: Compositional matrix adjust. Identities = 76/263 (29%), Positives = 109/263 (42%), Gaps = 41/263 (15%) Query 54 VDILSGTSAGGINAALLASSRVTG-SDLGGIRDLWLDLGALTELLRDPRD-------KKT 105 VDI+SGTSAGGIN LA G +L + + WL+ G + LL DP+ K+ Sbjct 83 VDIISGTSAGGINGVCLAKGLACGVKNLKALENTWLEEGNIDTLLNDPKSELDLFCSKEP 142 Query 106 PSLLYGDERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSF 165 + L +R++ L ++ P + L++T T L G + S Sbjct 143 KTSLLNSQRMYGKLLDAFNRMEKDVTPDA----VTLVNALDLFVTATDLRGVEVPISLSD 198 Query 166 GTLVQDVDLRGLFTFTETDLARPDTAP------------ALALAARSSASFPLAFEP--- 210 G + + + F F +R T P LA A+R ++SFP AFEP Sbjct 199 GKADEHI-YKHAFHFLFRKNSRNGTDPDKYNHFSSDYNHILAFASRCTSSFPFAFEPMCL 257 Query 211 -SFLPFTKGTAKKGEVPARPAMAP--------FTSLT----RPHWVSDGGLLDNRPIGVL 257 L + K + K V M + LT +DGG LDNRP G Sbjct 258 NDMLDYLKTSRPKEYVACCRQMEKWRSRFFRAYNELTTDELNAREFADGGFLDNRPFGHA 317 Query 258 FKRIFDRPARRPVRRVLLFVVPS 280 + + R A P+ R LLF+ PS Sbjct 318 IQAVHARHATCPIERKLLFIDPS 340 Score = 50.1 bits (118), Expect = 0.002, Method: Compositional matrix adjust. Identities = 25/55 (46%), Positives = 32/55 (59%), Gaps = 6/55 (10%) Query 641 LAPDWQTAQQ------KLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLL 689 L+P++ + KL G L FGAF R+WR ND MWGRLDGA ++ LL Sbjct 867 LSPEYSLNKNNGGESSKLAGTALGAFGAFLDRNWRRNDIMWGRLDGAERIITALL 921 >gi|119385342|ref|YP_916398.1| patatin [Paracoccus denitrificans PD1222] gi|119375109|gb|ABL70702.1| Patatin [Paracoccus denitrificans PD1222] Length=926 Score = 85.5 bits (210), Expect = 5e-14, Method: Compositional matrix adjust. Identities = 85/257 (34%), Positives = 117/257 (46%), Gaps = 41/257 (15%) Query 54 VDILSGTSAGGINAALLASSRVTGS-DLGGIRDLWLDLGALTELLRDP-----RDKKTPS 107 +DI+SGTSAGGIN LA + V G+ D+ +R+ W + + +LL D R + T S Sbjct 73 IDIISGTSAGGINGVALAKALVAGARDIDILREAWTEKADIGQLLNDRQGIAGRLRPTES 132 Query 108 LLYGDERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGT 167 LL G +F L L +L TG P + L++T T L G + + Sbjct 133 LLDGGH-MFEVLHDTLARL-TGNGRPLA-------ETVDLFVTATDLRGRQAPIHLTGAR 183 Query 168 LVQDVDLRGLFTFTETDLARPDTAPA----LALAARSSASFPLAFEPSFLPFTKGTAKKG 223 L + V R +F F R D P LA AAR ++SFP+AF P + Sbjct 184 LDERVH-RKVFHFAYDGSGRNDFGPGNEAMLAFAARCTSSFPVAFPP---------MRFA 233 Query 224 EVPARPAMAPFTSL--TRPHW----VSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFV 277 ++PA A F P + +DGG LDNRP + I RP P R LLF+ Sbjct 234 DMPAAAQDAGFARFFDHDPDYAGRLFADGGYLDNRPFSYATELIPSRPTTLPGERKLLFI 293 Query 278 VP------SSGPAPDPM 288 P SG AP+P+ Sbjct 294 DPFPEAPSQSGQAPEPL 310 Score = 45.4 bits (106), Expect = 0.060, Method: Compositional matrix adjust. Identities = 20/42 (48%), Positives = 26/42 (62%), Gaps = 0/42 (0%) Query 651 KLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPR 692 KL G+ + FG F R WR +D +WGRLDGA +V L+ R Sbjct 655 KLAGIAVGAFGGFLNRDWREHDILWGRLDGAERIVAALMSDR 696 >gi|159030571|emb|CAO88233.1| unnamed protein product [Microcystis aeruginosa PCC 7806] Length=1024 Score = 82.4 bits (202), Expect = 4e-13, Method: Compositional matrix adjust. Identities = 94/336 (28%), Positives = 141/336 (42%), Gaps = 64/336 (19%) Query 40 LYAQLIDLLDMVVDVDILSGTSAGGINAALLA-----SSRVTGSDLGGIRDLWLDLGALT 94 +Y + L D + VDI+SGTS+GGIN LL+ S D D+W + G + Sbjct 58 IYKLIKALTDSDIVVDIVSGTSSGGINGVLLSYAVANSYEKIVVDFKEFGDIWRESGDIN 117 Query 95 ELLRDPRDKKTP----SLLYGD----ERIFAALAKRLPKLATGPFPP--TTFPEAARTPS 144 +LLR + + SLL G+ E +F A K + + P + F E Sbjct 118 KLLRPIKKENNQIDVNSLLNGEGYYQEELFKAFEKAVNNQQSAPDGEWYSEFNEL----- 172 Query 145 TTLYITTTLLAGETSRFTDSFGTLVQDVDLRGLFTFT---ETDLARP------DTAPALA 195 L+IT T + G + D+ G +++ D R +F + D P DT ALA Sbjct 173 -DLFITGTDVLGRIYQTFDNTGKVIEVKDHRCVFQLKYREDQDFGDPFSTKDKDTQKALA 231 Query 196 LAARSSASFPLAFEPSFLPFTKGTAKKGE--------------VPARPAMAPFTSLTRPH 241 R ++ FPLAF +P + K + +P P + + + Sbjct 232 KLCRITSCFPLAF--PVVPVEIKSDNKVDNKLQEWGKLLRNRILPQEPPKEGY----KIY 285 Query 242 WVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPSSGPAPD-----PMHEPPPDNV 296 +V DGG+LDNRP + I+ R A RPV R L ++ P+ D M +P V Sbjct 286 FV-DGGVLDNRPFSYTTEAIYYRTADRPVNRQLFYLDPNPESFVDSTKFKEMEQPTVWEV 344 Query 297 DEPLGLIDGLLKGLAAVTTQSIAADLRAIRAHQDCM 332 I G L L +SI DL+ I+ D + Sbjct 345 ------ITGSLISLPRY--ESIGKDLQQIKGINDKI 372 Score = 54.7 bits (130), Expect = 8e-05, Method: Compositional matrix adjust. Identities = 22/51 (44%), Positives = 32/51 (63%), Gaps = 0/51 (0%) Query 649 QQKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRVRWIVG 699 ++KL G + FG F+K+SWR+ND +WGRLDG +V LL ++ G Sbjct 698 EEKLAGDQFRAFGGFFKKSWRSNDILWGRLDGVNRIVDGLLTSESLKAFSG 748 >gi|262203290|ref|YP_003274498.1| patatin-like protein [Gordonia bronchialis DSM 43247] gi|262086637|gb|ACY22605.1| patatin-related protein [Gordonia bronchialis DSM 43247] Length=818 Score = 81.3 bits (199), Expect = 8e-13, Method: Compositional matrix adjust. Identities = 109/390 (28%), Positives = 160/390 (42%), Gaps = 56/390 (14%) Query 1 MAGVTREINLLAQASQWRRLGG-TFPTNSQLTNESAASLRLYAQLIDLLD-----MVVDV 54 M GVT+E+ L QAS R L P+ ++ S + +Y + L + V + Sbjct 40 MHGVTKELYKLVQAS--RALDARDDPSQAENPFPSDDTTSVYFDTLKTLADRQHPLSVSI 97 Query 55 DILSGTSAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRDPRD------------ 102 DI+ GTSAGGIN LA +D G++ +W+ G L +LLR PR Sbjct 98 DIVGGTSAGGINGVALAKGIALNADQEGLKKVWISGGDLRQLLRAPRRLPLVLQTAWAAW 157 Query 103 ---KKTPSLLYGD---ERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAG 156 + SLL + E + AL P P T P+ + +LY+ TT G Sbjct 158 NSARHGQSLLKSELMSELLRKALLDMDPDDDKPNSPATLIPKGG---NLSLYVQTTDRQG 214 Query 157 -ETSRFTDSFGTLVQDVDLRGLFTFTETDLARPDTAP----ALALAARSSASFPLAFEPS 211 + + T G +D + F + R A LA A R S+SFP AF P Sbjct 215 FDITVPTGIGGASQRDRWYSQVLQFFASHEDREQFAAQYTRTLAFAGRVSSSFPAAFAPV 274 Query 212 FLPFTKG-----------TAKKGEVPARPAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKR 260 + G T G+ R A DGGLL+N P ++ Sbjct 275 SVEGFAGELIAECRPGECTTVHGQQVFRYDYAENGYTADERLFVDGGLLNNSPFDLVIDT 334 Query 261 IFDRPARRPVRRVLLFVVPSSGPAPDPMHEPPPDNVDEPLGLIDGLLKGLAAV----TTQ 316 I +PA R V R L+++ PDP +VD+ G G L A+ T+ Sbjct 335 IAAQPASRKVLRELVYI------EPDPARPLDDGSVDDSSGAKSGFFGNLFALKAPATSH 388 Query 317 SIAADLRAIRA-HQDCMEARTDAKLRLAEL 345 S A +L A+R ++ +E T A L++ E+ Sbjct 389 SFAGELIALRDLNRKIVEIGTIADLQMDEI 418 Score = 52.4 bits (124), Expect = 5e-04, Method: Compositional matrix adjust. Identities = 26/65 (40%), Positives = 39/65 (60%), Gaps = 8/65 (12%) Query 641 LAPDWQTAQQ-----KLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVL---LDPR 692 LAP+ + A++ KL G L HF AF K +R ND++WGRLDGA ++ +L +D Sbjct 718 LAPEGEDARKEFFATKLAGFDLAHFAAFLKTEYRENDYLWGRLDGAELILDLLNRRIDDE 777 Query 693 RVRWI 697 R++ Sbjct 778 GSRYV 782 >gi|284030349|ref|YP_003380280.1| Patatin [Kribbella flavida DSM 17836] gi|283809642|gb|ADB31481.1| Patatin [Kribbella flavida DSM 17836] Length=856 Score = 78.6 bits (192), Expect = 6e-12, Method: Compositional matrix adjust. Identities = 94/306 (31%), Positives = 132/306 (44%), Gaps = 44/306 (14%) Query 1 MAGVTREINLLAQASQWRRLGGTFPTNSQLTNESAASLRLYAQLIDLLDMV--VDVDILS 58 M GVT E++L+ +AS R P + QL R + +L V V VD+++ Sbjct 22 MGGVTHELDLIRRASAGRDAPAAQPYDEQLA-------RRWHELCHRDGEVRRVVVDVIA 74 Query 59 GTSAGGINAALLASSRVTGSDL--GG-----IRDLWLDLGALTELLRDPRDKKTPSLLYG 111 GTSAGG+N +LLA++ GS L GG +R W+ LG+L E+ R PS Sbjct 75 GTSAGGLNGSLLATAVSHGSTLDPGGDHGPWLRQKWVGLGSL-EVGRLVPAVGKPSTSVL 133 Query 112 DERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSFGTLVQD 171 D F L + G A+ TL++T + L + D+ G Sbjct 134 DGNYFLTELNALLEGVAGA------GTASAAEPVTLFVTASGLGVQQFEAKDAAGQRFVV 187 Query 172 VDLRGLFTFTETDLARPDTAP-ALALAARSS--------------ASFPLAFEPSFLPFT 216 D R LF FT A D A A +L+ + ASFP+AF P Sbjct 188 PDHRYLFCFTSEQSAVYDGATRAFSLSQTNGLADTRLLARAARASASFPVAFGPVL---- 243 Query 217 KGTAKKGEVPARPAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLF 276 T K P R P + + W+ DGG+LDN P G + + RP R +L+ Sbjct 244 -ETPKLAAAPPRMQPGPHQADSGA-WLVDGGVLDNAPFGPVLDVVARRPVVGKASRYVLY 301 Query 277 VVPSSG 282 VVPS+G Sbjct 302 VVPSAG 307 >gi|291008817|ref|ZP_06566790.1| hypothetical protein SeryN2_30203 [Saccharopolyspora erythraea NRRL 2338] Length=1145 Score = 75.9 bits (185), Expect = 4e-11, Method: Compositional matrix adjust. Identities = 89/293 (31%), Positives = 130/293 (45%), Gaps = 20/293 (6%) Query 52 VDVDILSGTSAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRD-PR--DKKTPSL 108 V VD+L+G SAGG+NA LL++S V G +R +W+ L L + R P+ D + PSL Sbjct 60 VAVDVLAGASAGGLNATLLSTSMVYGMPFDRMRRMWVRLADLEAMARQVPKLWDARPPSL 119 Query 109 LYGDERIFAALAKRLPK---LATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSF 165 L GD LA+ + + G + + T + + G + T Sbjct 120 LEGDGYFRTELARTISEGVAEGDGARDVSRRADLLLTATLLDPVIERHFDGRSRPLTQER 179 Query 166 GTLVQDVDLRG-----LFTFTETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTA 220 T RG L F T A +T LA AAR+++SFP AFEPS + + G Sbjct 180 RTASFRFRHRGEAGDPLSDFG-TGTAFDETVRRLAHAARTTSSFPFAFEPSRVYSSTGEV 238 Query 221 KKGEVPARPAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPS 280 GE + + P+ V DGG+LDN P+ I PA RP +R LL++ P Sbjct 239 PPGEPNMSGLFSELNTTGSPYRVIDGGVLDNIPVAAAVDAIAAAPADRPTQRWLLYLNP- 297 Query 281 SGPAPDPMHEPPPDNVDEPLGLIDGLLKGLAAVTTQSIAADLRAIRAHQDCME 333 G A D + GL A ++ +S+ +DL A+ H +E Sbjct 298 EGAASDTERA-------DGAGLPVASAAIRARLSQESLLSDLDALDEHNRVVE 343 Score = 59.7 bits (143), Expect = 3e-06, Method: Compositional matrix adjust. Identities = 26/45 (58%), Positives = 31/45 (69%), Gaps = 0/45 (0%) Query 650 QKLTGMRLHHFGAFYKRSWRANDWMWGRLDGAGWLVHVLLDPRRV 694 K+ G L +FGAF WRANDWMWGR+D A LV +L DPRR+ Sbjct 678 DKIRGADLSNFGAFLSARWRANDWMWGRMDAAASLVGLLTDPRRL 722 >gi|332707402|ref|ZP_08427452.1| patatin-related protein [Lyngbya majuscula 3L] gi|332353893|gb|EGJ33383.1| patatin-related protein [Lyngbya majuscula 3L] Length=1095 Score = 75.5 bits (184), Expect = 5e-11, Method: Compositional matrix adjust. Identities = 74/276 (27%), Positives = 108/276 (40%), Gaps = 40/276 (14%) Query 40 LYAQLIDLLDMVVDVDILSGTSAGGINAALLASSRVTGS-----DLGGIRDLWLDLGALT 94 +Y + L D + VDILSGTSAGGIN LL+ + S D +W + G + Sbjct 47 IYKLVKALTDSDIVVDILSGTSAGGINGVLLSYALTNSSQDEVIDFENFAQIWRENGNIR 106 Query 95 ELLRDPR----DKKTPSLLYGDERIFAALAKRLPKLATGPFPPTTFPEAARTPSTTLYIT 150 +L+ P S+L G ALAK + + + L++T Sbjct 107 KLMHQPSLSQGKNDGESILDGKGYYQDALAKAFEQGQINKKKAPSDEWVSSFNELDLFVT 166 Query 151 TTLLAGETSRFTDSFGTLVQDVDLRGLFTFTETDLAR--------------PDTAPALAL 196 T + G D G ++ D R +F + DT ALA Sbjct 167 GTDVIGRVDTVFDDTGRVIDLKDHRTIFHLKHRQGRKEPFNPNLNPNHSTVKDTYQALAK 226 Query 197 AARSSASFPLAF--------EPSFLPFTK----GTAKKGEVPARPAMAPFTSLTRPHWVS 244 R ++ FP+AF PS K G ++P P + + H+V Sbjct 227 LCRITSCFPVAFPVVTVELDNPSNQVDAKLVEWGILNNRKLPETPPTGGY----QLHFV- 281 Query 245 DGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPS 280 DGG+LDNRP K ++ R PV R L ++ PS Sbjct 282 DGGVLDNRPFSYTIKEMYYRADYYPVERKLFYIDPS 317 Score = 67.8 bits (164), Expect = 1e-08, Method: Compositional matrix adjust. Identities = 70/271 (26%), Positives = 116/271 (43%), Gaps = 41/271 (15%) Query 622 AEIEQG--LELVQVSADTRSLLAPDWQTAQQKLTGMRLHHFGAFYKRSWRANDWMWGRLD 679 +EIE+ +E +++S D L Q KL G L+ FG F+K+SWR+ND MWGRLD Sbjct 719 SEIEEKDLIETIRISPDDAQLGFGKGQKLDSKLAGNTLNAFGGFFKKSWRSNDIMWGRLD 778 Query 680 GAGWLVHVLLDPRRV----RWIVGERADTNGPQSGAQWFLGKLKE-----LGAPDFPSP- 729 G +V LL P + ++ + + N P++G ++ + KE L FP+ Sbjct 779 GLNRIVEALLTPEGIAKFPNFLKRQAQEYNIPEAGEEF--DQFKEQYLDFLIQESFPNAT 836 Query 730 --------------GYPLPAVGGGPAQHLTEDMLLDELGFLD----DPAKPLPASIPWTA 771 P P + + + +D++L+ G D D + I Sbjct 837 ADHQDKIKDHLRKLATPNPDLSEADIKTILDDLVLE--GHRDILSTDLQNVIEDEISEQL 894 Query 772 LWLSQAWQQRVLEEELDGLANTVLDPQPGKLP-DWSPTSS----RTWATKVLAAHPGDAK 826 W +Q Q + L T+ PQ + +S T S + A K + + P + Sbjct 895 EWSNQRVQPAAPNDSLTTSQTTI--PQYSLVEGSFSETISLLAAQELARKSIDSLPQGKE 952 Query 827 YALLNENPIAGETFASDKGSPLMAHTVAKAA 857 LN + ETF++D S ++ + +AA Sbjct 953 KFFLNHYQVGSETFSNDIPSTILTNLATRAA 983 >gi|134097639|ref|YP_001103300.1| hypothetical protein SACE_1043 [Saccharopolyspora erythraea NRRL 2338] gi|133910262|emb|CAM00375.1| hypothetical protein SACE_1043 [Saccharopolyspora erythraea NRRL 2338] Length=1150 Score = 75.5 bits (184), Expect = 5e-11, Method: Compositional matrix adjust. Identities = 89/293 (31%), Positives = 130/293 (45%), Gaps = 20/293 (6%) Query 52 VDVDILSGTSAGGINAALLASSRVTGSDLGGIRDLWLDLGALTELLRD-PR--DKKTPSL 108 V VD+L+G SAGG+NA LL++S V G +R +W+ L L + R P+ D + PSL Sbjct 65 VAVDVLAGASAGGLNATLLSTSMVYGMPFDRMRRMWVRLADLEAMARQVPKLWDARPPSL 124 Query 109 LYGDERIFAALAKRLPK---LATGPFPPTTFPEAARTPSTTLYITTTLLAGETSRFTDSF 165 L GD LA+ + + G + + T + + G + T Sbjct 125 LEGDGYFRTELARTISEGVAEGDGARDVSRRADLLLTATLLDPVIERHFDGRSRPLTQER 184 Query 166 GTLVQDVDLRG-----LFTFTETDLARPDTAPALALAARSSASFPLAFEPSFLPFTKGTA 220 T RG L F T A +T LA AAR+++SFP AFEPS + + G Sbjct 185 RTASFRFRHRGEAGDPLSDFG-TGTAFDETVRRLAHAARTTSSFPFAFEPSRVYSSTGEV 243 Query 221 KKGEVPARPAMAPFTSLTRPHWVSDGGLLDNRPIGVLFKRIFDRPARRPVRRVLLFVVPS 280 GE + + P+ V DGG+LDN P+ I PA RP +R LL++ P Sbjct 244 PPGEPNMSGLFSELNTTGSPYRVIDGGVLDNIPVAAAVDAIAAAPADRPTQRWLLYLNP- 302 Query 281 SGPAPDPMHEPPPDNVDEPLGLIDGLLKGLAAVTTQSIAADLRAIRAHQDCME 333 G A D + GL A ++ +S+ +DL A+ H +E Sbjct 303 EGAASDTERA-------DGAGLPVASAAIRARLSQESLLSDLDALDEHNRVVE 348 Lambda K H 0.318 0.133 0.403 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 2556761000248 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