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= Rv0064 Length=979 Score E Sequences producing significant alignments: (Bits) Value gi|15607206|ref|NP_214578.1| hypothetical protein Rv0064 [Mycoba... 1973 0.0 gi|148659824|ref|YP_001281347.1| hypothetical protein MRA_0066 [... 1970 0.0 gi|253796980|ref|YP_003029981.1| hypothetical protein TBMG_00063... 1964 0.0 gi|326905825|gb|EGE52758.1| conserved membrane protein [Mycobact... 1961 0.0 gi|121635974|ref|YP_976197.1| hypothetical protein BCG_0095 [Myc... 1961 0.0 gi|339630147|ref|YP_004721789.1| hypothetical protein MAF_00640 ... 1960 0.0 gi|289445591|ref|ZP_06435335.1| conserved membrane protein [Myco... 1960 0.0 gi|340625098|ref|YP_004743550.1| hypothetical protein MCAN_00641... 1960 0.0 gi|31791241|ref|NP_853734.1| hypothetical protein Mb0065 [Mycoba... 1959 0.0 gi|15839443|ref|NP_334480.1| hypothetical protein MT0070 [Mycoba... 1959 0.0 gi|289756124|ref|ZP_06515502.1| hypothetical protein TBGG_03206 ... 1958 0.0 gi|308380886|ref|ZP_07669313.1| conserved membrane protein [Myco... 1905 0.0 gi|323717404|gb|EGB26609.1| membrane protein [Mycobacterium tube... 1900 0.0 gi|254366521|ref|ZP_04982565.1| conserved transmembrane protein ... 1893 0.0 gi|308369292|ref|ZP_07666712.1| conserved membrane protein [Myco... 1893 0.0 gi|308376296|ref|ZP_07668247.1| conserved membrane protein [Myco... 1892 0.0 gi|306778353|ref|ZP_07416690.1| conserved membrane protein [Myco... 1861 0.0 gi|306974476|ref|ZP_07487137.1| hypothetical protein TMJG_01244 ... 1807 0.0 gi|307082524|ref|ZP_07491637.1| hypothetical protein TMLG_00797 ... 1796 0.0 gi|148821255|ref|YP_001286009.1| transmembrane protein [Mycobact... 1354 0.0 gi|111025452|ref|YP_707872.1| hypothetical protein RHA1_ro08670 ... 1252 0.0 gi|226365859|ref|YP_002783642.1| hypothetical protein ROP_64500 ... 1226 0.0 gi|111023352|ref|YP_706324.1| hypothetical protein RHA1_ro06389 ... 1223 0.0 gi|312140604|ref|YP_004007940.1| integral membrane protein [Rhod... 1173 0.0 gi|325675769|ref|ZP_08155453.1| conserved transmembrane protein ... 1167 0.0 gi|229490952|ref|ZP_04384785.1| putative membrane protein [Rhodo... 1144 0.0 gi|54026499|ref|YP_120741.1| hypothetical protein nfa45260 [Noca... 1132 0.0 gi|226305718|ref|YP_002765678.1| hypothetical protein RER_22310 ... 1123 0.0 gi|333921392|ref|YP_004494973.1| hypothetical protein AS9A_3735 ... 1098 0.0 gi|315445528|ref|YP_004078407.1| hypothetical protein Mspyr1_398... 951 0.0 gi|145225232|ref|YP_001135910.1| hypothetical protein Mflv_4654 ... 950 0.0 gi|240169969|ref|ZP_04748628.1| hypothetical protein MkanA1_1169... 946 0.0 gi|118467503|ref|YP_886325.1| hypothetical protein MSMEG_1959 [M... 939 0.0 gi|126434070|ref|YP_001069761.1| hypothetical protein Mjls_1469 ... 926 0.0 gi|134097698|ref|YP_001103359.1| hypothetical protein SACE_1102 ... 923 0.0 gi|108798386|ref|YP_638583.1| hypothetical protein Mmcs_1415 [My... 922 0.0 gi|319947970|ref|ZP_08022148.1| hypothetical protein ES5_01530 [... 920 0.0 gi|120402813|ref|YP_952642.1| hypothetical protein Mvan_1814 [My... 910 0.0 gi|302524555|ref|ZP_07276897.1| UPF0182 protein [Streptomyces sp... 906 0.0 gi|331694987|ref|YP_004331226.1| hypothetical protein Psed_1122 ... 904 0.0 gi|183981394|ref|YP_001849685.1| transmembrane protein [Mycobact... 903 0.0 gi|118466197|ref|YP_883285.1| hypothetical protein MAV_4137 [Myc... 902 0.0 gi|254776574|ref|ZP_05218090.1| hypothetical protein MaviaA2_181... 902 0.0 gi|41409389|ref|NP_962225.1| hypothetical protein MAP3291c [Myco... 902 0.0 gi|296169044|ref|ZP_06850706.1| integral membrane protein [Mycob... 901 0.0 gi|336459542|gb|EGO38479.1| hypothetical protein MAPs_02700 [Myc... 900 0.0 gi|118617987|ref|YP_906319.1| hypothetical protein MUL_2505 [Myc... 899 0.0 gi|333991545|ref|YP_004524159.1| transmembrane protein [Mycobact... 895 0.0 gi|169630579|ref|YP_001704228.1| hypothetical protein MAB_3498c ... 894 0.0 gi|342861146|ref|ZP_08717795.1| hypothetical protein MCOL_19782 ... 889 0.0 >gi|15607206|ref|NP_214578.1| hypothetical protein Rv0064 [Mycobacterium tuberculosis H37Rv] gi|20140430|sp|O53609.1|Y064_MYCTU RecName: Full=UPF0182 protein Rv0064/MT0070 gi|2808721|emb|CAA16245.1| PROBABLE CONSERVED TRANSMEMBRANE PROTEIN [Mycobacterium tuberculosis H37Rv] Length=979 Score = 1973 bits (5111), Expect = 0.0, Method: Compositional matrix adjust. Identities = 979/979 (100%), Positives = 979/979 (100%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|148659824|ref|YP_001281347.1| hypothetical protein MRA_0066 [Mycobacterium tuberculosis H37Ra] gi|167970591|ref|ZP_02552868.1| hypothetical protein MtubH3_22168 [Mycobacterium tuberculosis H37Ra] gi|172048070|sp|A5TYD5.1|Y066_MYCTA RecName: Full=UPF0182 protein MRA_0066 gi|148503976|gb|ABQ71785.1| hypothetical protein MRA_0066 [Mycobacterium tuberculosis H37Ra] Length=979 Score = 1970 bits (5104), Expect = 0.0, Method: Compositional matrix adjust. Identities = 978/979 (99%), Positives = 978/979 (99%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|253796980|ref|YP_003029981.1| hypothetical protein TBMG_00063 [Mycobacterium tuberculosis KZN 1435] gi|254548995|ref|ZP_05139442.1| hypothetical protein Mtube_00776 [Mycobacterium tuberculosis '98-R604 INH-RIF-EM'] gi|289552313|ref|ZP_06441523.1| conserved membrane protein [Mycobacterium tuberculosis KZN 605] 9 more sequence titles Length=979 Score = 1964 bits (5087), Expect = 0.0, Method: Compositional matrix adjust. Identities = 976/979 (99%), Positives = 977/979 (99%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|326905825|gb|EGE52758.1| conserved membrane protein [Mycobacterium tuberculosis W-148] Length=979 Score = 1961 bits (5081), Expect = 0.0, Method: Compositional matrix adjust. Identities = 974/979 (99%), Positives = 976/979 (99%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATK AQHKFLFSRE+GSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKFAQHKFLFSREVGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|121635974|ref|YP_976197.1| hypothetical protein BCG_0095 [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224988447|ref|YP_002643134.1| hypothetical protein JTY_0065 [Mycobacterium bovis BCG str. Tokyo 172] gi|289441431|ref|ZP_06431175.1| conserved membrane protein [Mycobacterium tuberculosis T46] 20 more sequence titles Length=979 Score = 1961 bits (5081), Expect = 0.0, Method: Compositional matrix adjust. Identities = 975/979 (99%), Positives = 976/979 (99%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATK AQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKFAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|339630147|ref|YP_004721789.1| hypothetical protein MAF_00640 [Mycobacterium africanum GM041182] gi|339329503|emb|CCC25138.1| putative conserved transmembrane protein [Mycobacterium africanum GM041182] Length=979 Score = 1960 bits (5078), Expect = 0.0, Method: Compositional matrix adjust. Identities = 974/979 (99%), Positives = 976/979 (99%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATK AQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKFAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVL+TWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLQTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|289445591|ref|ZP_06435335.1| conserved membrane protein [Mycobacterium tuberculosis CPHL_A] gi|289418549|gb|EFD15750.1| conserved membrane protein [Mycobacterium tuberculosis CPHL_A] Length=979 Score = 1960 bits (5078), Expect = 0.0, Method: Compositional matrix adjust. Identities = 974/979 (99%), Positives = 976/979 (99%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATK AQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKFAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFP+LSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPELSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|340625098|ref|YP_004743550.1| hypothetical protein MCAN_00641 [Mycobacterium canettii CIPT 140010059] gi|340003288|emb|CCC42405.1| putative conserved transmembrane protein [Mycobacterium canettii CIPT 140010059] Length=979 Score = 1960 bits (5077), Expect = 0.0, Method: Compositional matrix adjust. Identities = 974/979 (99%), Positives = 975/979 (99%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATK AQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKFAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVATA GGDAAS PPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATAPGGDAASVPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|31791241|ref|NP_853734.1| hypothetical protein Mb0065 [Mycobacterium bovis AF2122/97] gi|38605568|sp|Q7U2X8.1|Y065_MYCBO RecName: Full=UPF0182 protein Mb0065 gi|31616826|emb|CAD92927.1| PROBABLE CONSERVED TRANSMEMBRANE PROTEIN [Mycobacterium bovis AF2122/97] Length=979 Score = 1959 bits (5076), Expect = 0.0, Method: Compositional matrix adjust. Identities = 974/979 (99%), Positives = 975/979 (99%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKH VYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHIVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATK AQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKFAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|15839443|ref|NP_334480.1| hypothetical protein MT0070 [Mycobacterium tuberculosis CDC1551] gi|13879116|gb|AAK44294.1| conserved hypothetical protein [Mycobacterium tuberculosis CDC1551] Length=979 Score = 1959 bits (5075), Expect = 0.0, Method: Compositional matrix adjust. Identities = 973/979 (99%), Positives = 974/979 (99%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRE SP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVREFSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVAT GGDAASAPPPGAGGPAPPQ VPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATXPGGDAASAPPPGAGGPAPPQGVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|289756124|ref|ZP_06515502.1| hypothetical protein TBGG_03206 [Mycobacterium tuberculosis EAS054] gi|289696711|gb|EFD64140.1| hypothetical protein TBGG_03206 [Mycobacterium tuberculosis EAS054] Length=979 Score = 1958 bits (5072), Expect = 0.0, Method: Compositional matrix adjust. Identities = 974/979 (99%), Positives = 975/979 (99%), Gaps = 0/979 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATK AQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKFAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGV VGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVWVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADL 960 Query 961 RAVLDRLEKAIDAAETPGG 979 RAVLDRLEKAIDAAETPGG Sbjct 961 RAVLDRLEKAIDAAETPGG 979 >gi|308380886|ref|ZP_07669313.1| conserved membrane protein [Mycobacterium tuberculosis SUMu011] gi|308360248|gb|EFP49099.1| conserved membrane protein [Mycobacterium tuberculosis SUMu011] Length=966 Score = 1905 bits (4935), Expect = 0.0, Method: Compositional matrix adjust. Identities = 945/947 (99%), Positives = 946/947 (99%), Gaps = 0/947 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPP 947 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPP Sbjct 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPP 947 >gi|323717404|gb|EGB26609.1| membrane protein [Mycobacterium tuberculosis CDC1551A] Length=966 Score = 1900 bits (4921), Expect = 0.0, Method: Compositional matrix adjust. Identities = 943/947 (99%), Positives = 944/947 (99%), Gaps = 0/947 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRE SP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVREFSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPP 947 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPP Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPP 947 >gi|254366521|ref|ZP_04982565.1| conserved transmembrane protein [Mycobacterium tuberculosis str. Haarlem] gi|134152033|gb|EBA44078.1| conserved transmembrane protein [Mycobacterium tuberculosis str. Haarlem] Length=967 Score = 1893 bits (4904), Expect = 0.0, Method: Compositional matrix adjust. Identities = 940/947 (99%), Positives = 942/947 (99%), Gaps = 0/947 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRE SP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVREFSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREF SAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFFSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPP 947 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGP+ PP Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPERPP 947 >gi|308369292|ref|ZP_07666712.1| conserved membrane protein [Mycobacterium tuberculosis SUMu002] gi|308370304|ref|ZP_07666911.1| conserved membrane protein [Mycobacterium tuberculosis SUMu003] gi|308371571|ref|ZP_07667207.1| conserved membrane protein [Mycobacterium tuberculosis SUMu004] 11 more sequence titles Length=958 Score = 1893 bits (4903), Expect = 0.0, Method: Compositional matrix adjust. Identities = 938/945 (99%), Positives = 941/945 (99%), Gaps = 0/945 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYA+SDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAISDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDV 945 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPR P+ Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRWPNC 945 >gi|308376296|ref|ZP_07668247.1| conserved membrane protein [Mycobacterium tuberculosis SUMu008] gi|308351650|gb|EFP40501.1| conserved membrane protein [Mycobacterium tuberculosis SUMu008] Length=958 Score = 1892 bits (4901), Expect = 0.0, Method: Compositional matrix adjust. Identities = 937/945 (99%), Positives = 941/945 (99%), Gaps = 0/945 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYA+SDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAISDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSRE+GSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREVGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDV 945 RVATA GGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPR P+ Sbjct 901 RVATAPGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRWPNC 945 >gi|306778353|ref|ZP_07416690.1| conserved membrane protein [Mycobacterium tuberculosis SUMu001] gi|308213496|gb|EFO72895.1| conserved membrane protein [Mycobacterium tuberculosis SUMu001] Length=923 Score = 1861 bits (4821), Expect = 0.0, Method: Compositional matrix adjust. Identities = 921/923 (99%), Positives = 922/923 (99%), Gaps = 0/923 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 Query 901 RVATARGGDAASAPPPGAGGPAP 923 RVATARGGDAASAPPPGAGGPAP Sbjct 901 RVATARGGDAASAPPPGAGGPAP 923 >gi|306974476|ref|ZP_07487137.1| hypothetical protein TMJG_01244 [Mycobacterium tuberculosis SUMu010] gi|308356259|gb|EFP45110.1| hypothetical protein TMJG_01244 [Mycobacterium tuberculosis SUMu010] Length=896 Score = 1807 bits (4681), Expect = 0.0, Method: Compositional matrix adjust. Identities = 894/896 (99%), Positives = 895/896 (99%), Gaps = 0/896 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFG 896 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFG Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFG 896 >gi|307082524|ref|ZP_07491637.1| hypothetical protein TMLG_00797 [Mycobacterium tuberculosis SUMu012] gi|308367750|gb|EFP56601.1| hypothetical protein TMLG_00797 [Mycobacterium tuberculosis SUMu012] Length=890 Score = 1796 bits (4653), Expect = 0.0, Method: Compositional matrix adjust. Identities = 889/890 (99%), Positives = 889/890 (99%), Gaps = 0/890 (0%) Query 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL Sbjct 1 METGSPGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLL 60 Query 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA Sbjct 61 TRLAIVAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIA 120 Query 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV Sbjct 121 VTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVV 180 Query 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR Sbjct 181 LAFLASLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGR 240 Query 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV Sbjct 241 KEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILV 300 Query 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP Sbjct 301 GGLWPLLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVP 360 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP Sbjct 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSP 420 Query 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG 480 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLG Sbjct 421 KSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLG 480 Query 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW Sbjct 481 SGRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV Sbjct 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF Sbjct 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT Sbjct 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA Sbjct 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV Sbjct 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAES 890 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAES Sbjct 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAES 890 >gi|148821255|ref|YP_001286009.1| transmembrane protein [Mycobacterium tuberculosis F11] gi|148719782|gb|ABR04407.1| conserved transmembrane protein [Mycobacterium tuberculosis F11] Length=672 Score = 1354 bits (3505), Expect = 0.0, Method: Compositional matrix adjust. Identities = 669/672 (99%), Positives = 670/672 (99%), Gaps = 0/672 (0%) Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA Sbjct 1 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 60 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTGNQ 427 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTGNQ Sbjct 61 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTGNQ 120 Query 428 TDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGSGRQVIP 487 TDWINKHTVYTHGNGFVAAPANRVNAAAR AENISDSNSGYPIYAVSDIASLGSGRQVIP Sbjct 121 TDWINKHTVYTHGNGFVAAPANRVNAAARDAENISDSNSGYPIYAVSDIASLGSGRQVIP 180 Query 488 VEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTVFA 547 VEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTVFA Sbjct 181 VEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTVFA 240 Query 548 TKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDAYT 607 TKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDAYT Sbjct 241 TKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDAYT 300 Query 608 TLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQFDRDDPVL 667 TLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQFDRDDPVL Sbjct 301 TLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQFDRDDPVL 360 Query 668 RTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTNAFWSVP 727 RTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTNAFWSVP Sbjct 361 RTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTNAFWSVP 420 Query 728 SDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPANYGKLTV 787 SDPTN+ANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPANYGKLTV Sbjct 421 SDPTNDANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPANYGKLTV 480 Query 788 LELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGVLYVEPLY 847 LELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGVLYVEPLY Sbjct 481 LELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGVLYVEPLY 540 Query 848 TERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTGRVATARG 907 TERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTGRVATA G Sbjct 541 TERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTGRVATAPG 600 Query 908 GDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADLRAVLDRL 967 GDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADLRAVLDRL Sbjct 601 GDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADLRAVLDRL 660 Query 968 EKAIDAAETPGG 979 EKAIDAAETPGG Sbjct 661 EKAIDAAETPGG 672 >gi|111025452|ref|YP_707872.1| hypothetical protein RHA1_ro08670 [Rhodococcus jostii RHA1] gi|122954905|sp|Q0RYC2.1|Y8670_RHOSR RecName: Full=UPF0182 protein RHA1_ro08670 gi|110824431|gb|ABG99714.1| conserved hypothetical protein [Rhodococcus jostii RHA1] Length=991 Score = 1252 bits (3240), Expect = 0.0, Method: Compositional matrix adjust. Identities = 654/986 (67%), Positives = 755/986 (77%), Gaps = 25/986 (2%) Query 12 LPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVAAVAL 71 LP+RAR+++ + ++ALL+ GPRLV Y DWLWFGEVG+R VW TVL+TRL + AV L Sbjct 10 LPRRARVMIMVTVALIALLVIGPRLVVGYTDWLWFGEVGYRRVWGTVLVTRLILFTAVTL 69 Query 72 VVAGIVLAALLLAYRSRPFFVPD--EPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVCGL 129 +V ++ AA++ AYRSRP F +DPV R V RRPR F GIA+ L + GL Sbjct 70 LVGAVIFAAVVWAYRSRPLFAASGANTAKDPVERYREVVSRRPRSFTVGIALLLALPFGL 129 Query 130 IASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASLLT 189 A W VQLF+HGG FG VD EFGYDIGF+VFDLPFYR +L WLF+AV LA L L T Sbjct 130 HAQASWETVQLFLHGGAFGTVDAEFGYDIGFYVFDLPFYRLILAWLFIAVFLALLIGLGT 189 Query 190 HYLFGGLRLTTGRGMLTQA---ARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFT 246 HYLFGG+RL + + + ARVQLAVFAG + LKA +YWLDRY LL SGRKEPTFT Sbjct 190 HYLFGGIRLAPSKDHVIEVSRPARVQLAVFAGTFIALKAASYWLDRYSLLWSGRKEPTFT 249 Query 247 GAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPL 306 GAGYTDI+A LPA+L++VAIAVLCAV+FF AI +RDLRIPAMA ALLVLSAILVGG++P Sbjct 250 GAGYTDINAVLPARLIMVAIAVLCAVAFFAAIAVRDLRIPAMATALLVLSAILVGGIYPA 309 Query 307 LMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTI 366 L+EQFSVRPNAAD E PYI+RNI ATR+AY IG D V Y YPG+GT+ PRD+P DVTTI Sbjct 310 LIEQFSVRPNAADRESPYIERNIAATRQAYGIGPDRVDYLDYPGVGTRSPRDIPADVTTI 369 Query 367 AKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTGN 426 A RLLDP +LSRTFTQQQQLKNF+ F E L+IDRY IDG+L DYIV RELSP SL+GN Sbjct 370 ANARLLDPTVLSRTFTQQQQLKNFYGFPEHLNIDRYTIDGQLTDYIVAARELSPNSLSGN 429 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARG-AENISDSNSGYPIYAVSDIASLGSGRQV 485 QT WIN+HTVYTHGNGF+AAPANRVNAA R A + S+SGYPIYAVSDIAS G QV Sbjct 430 QTQWINRHTVYTHGNGFIAAPANRVNAAVRDVAGQSASSDSGYPIYAVSDIASQVGGDQV 489 Query 486 IPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTV 545 IPVEQPR+Y+GEVIAQADPDYAIVGG G PREYDTDT++YTYTG GGV +G+W NR Sbjct 490 IPVEQPRIYFGEVIAQADPDYAIVGGPEGVPPREYDTDTAQYTYTGTGGVPVGSWVNRLA 549 Query 546 FATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDA 605 FA + + LFS IGSESK++ +RDP RV+ VAPWLTTD NPYP VV GRIVWIVD Sbjct 550 FAARYGERNILFSGAIGSESKIIFNRDPAARVEHVAPWLTTDSNPYPAVVGGRIVWIVDG 609 Query 606 YTTLDTYPYAQRSSLEGPVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQFDRDDP 665 YTT YPY+Q SL PV + TG ++VSYVRNSVKATVDAYDGTVTL+Q D +DP Sbjct 610 YTTAAHYPYSQVGSLAEPVVNDTGRTLAREEVSYVRNSVKATVDAYDGTVTLYQVDENDP 669 Query 666 VLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTNAFWS 725 VL WM+ FPGTV+ IP ELRAHFRYPEDLF +QR LLAKYHVD+PREFFTTNAFWS Sbjct 670 VLGAWMKVFPGTVQPPTAIPTELRAHFRYPEDLFRLQRDLLAKYHVDDPREFFTTNAFWS 729 Query 726 VPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPANYGKL 785 VPSDPT + QPP+YVLVGD +A PSFRL SAMVG+NREFLSAY+SAHSDP NYG++ Sbjct 730 VPSDPTADTGGEQPPYYVLVGDAGTAAPSFRLTSAMVGFNREFLSAYLSAHSDPENYGRI 789 Query 786 TVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGVLYVEP 845 +L LPTDT TQGP+Q QNSMISDTRVASERTLLERSNRI+Y NLL+LPIADGG+LYVEP Sbjct 790 DILRLPTDTQTQGPRQTQNSMISDTRVASERTLLERSNRIYYANLLTLPIADGGILYVEP 849 Query 846 LYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTGRVATA 905 ++TER++++P+SSTFPQL+RVLVS REP T GGVR+GYAPTLAE+LDQVFG GTG VATA Sbjct 850 VFTERLTSTPNSSTFPQLARVLVSYREPGT-GGVRIGYAPTLAEALDQVFGTGTGAVATA 908 Query 906 RGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADLR---- 961 GGDA + PP G PAPP PP + D A V EL LA+LR Sbjct 909 PGGDATTPPPTGGQPPAPPPPGAPPAPPPATS------DQLTAAVLELNNALANLREAQH 962 Query 962 --------AVLDRLEKAIDAAETPGG 979 A LDRL++AID GG Sbjct 963 TGDFTTYGAALDRLQQAIDTYLAAGG 988 >gi|226365859|ref|YP_002783642.1| hypothetical protein ROP_64500 [Rhodococcus opacus B4] gi|254806559|sp|C1B1K2.1|Y6450_RHOOB RecName: Full=UPF0182 protein ROP_64500 gi|226244349|dbj|BAH54697.1| hypothetical membrane protein [Rhodococcus opacus B4] Length=993 Score = 1226 bits (3172), Expect = 0.0, Method: Compositional matrix adjust. Identities = 633/905 (70%), Positives = 726/905 (81%), Gaps = 5/905 (0%) Query 6 PGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAI 65 P P L KR+R+L+ + + ALLL GPRL+ Y DWLWFGEVGFR V+ TVL+TRL + Sbjct 6 PAGLPSLSKRSRVLLVLALVVAALLLVGPRLISTYTDWLWFGEVGFRGVFTTVLVTRLLL 65 Query 66 VAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGV 125 V +VV GIV ALLLAYRSRP FVP DPVA R+ VM R RLFG I + +G+ Sbjct 66 FLVVGVVVGGIVWLALLLAYRSRPVFVPVSGPNDPVARYRTTVMTRLRLFGLAIPIAVGL 125 Query 126 VCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLA 185 + GLIA WV VQLFV+GG+FG+ DPEFG D+GF+ FDLPFYR VLNWLFVAV+LAF A Sbjct 126 LAGLIAQSSWVTVQLFVNGGSFGVADPEFGLDVGFYTFDLPFYRFVLNWLFVAVLLAFFA 185 Query 186 SLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTF 245 SL+THY+FGGL+L G LT AARVQLAV AG +LLKAVAYW DRY LLSS RKEPTF Sbjct 186 SLVTHYIFGGLKLAGRGGALTNAARVQLAVLAGTFILLKAVAYWFDRYSLLSSSRKEPTF 245 Query 246 TGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWP 305 TG YTD++A L AKL+L+AIAV+CA +FF AIFLRDLRIPAMA ALLVLS+ILVG +WP Sbjct 246 TGGSYTDMNAVLQAKLILLAIAVICAGAFFAAIFLRDLRIPAMATALLVLSSILVGAVWP 305 Query 306 LLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTT 365 L++EQFSVRPNAAD E YI+RNI ATR+AY I D V+Y+ Y G GT PRDVP DVTT Sbjct 306 LVVEQFSVRPNAADKESAYIERNIAATRQAYGITDDKVEYQDYQGYGTTPPRDVPADVTT 365 Query 366 IAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTG 425 IA RLLDP+ILSRTFTQQQQLKNF+ F LDIDRY IDGE++DYIV RELS KSLTG Sbjct 366 IANTRLLDPNILSRTFTQQQQLKNFYGFPPTLDIDRYDIDGEMRDYIVAARELSSKSLTG 425 Query 426 NQTDWINKHTVYTHGNGFVAAPANRVN-AAARGAENISDSNSGYPIYAVSDIASLGSGRQ 484 NQTDWINKHTVYTHGNG VAAPANRVN AA AE ++SNSGYP+Y VSDIAS +G Q Sbjct 426 NQTDWINKHTVYTHGNGLVAAPANRVNAAAGESAEEAANSNSGYPVYMVSDIASQAAGDQ 485 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRT 544 VIPVEQPR+YYGEVIA D DYAIVGG+ GS PREYDTDTS+YTYTG+GGV IGNWFNR Sbjct 486 VIPVEQPRIYYGEVIADTDADYAIVGGSEGSDPREYDTDTSRYTYTGSGGVPIGNWFNRL 545 Query 545 VFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVD 604 FA K + LFS IGS+SK++ +RDP++RV VAPWLT D + YP VV+G++VWIVD Sbjct 546 AFAAKYTERNILFSGAIGSDSKIIYNRDPRDRVTHVAPWLTADGDSYPAVVDGKVVWIVD 605 Query 605 AYTTLDTYPYAQRSSLEG----PVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 AYTTL YPYAQRSSL+G + TG + K+VSY+RNSVKATVDAYDGTV L+Q Sbjct 606 AYTTLQDYPYAQRSSLDGLVEDSIDQNTGRLLPRKEVSYIRNSVKATVDAYDGTVKLYQV 665 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 D++DPVL WM FP V+ D IPDELRAHFRYPEDLF+VQR +LAKYHVD+P+EFFT Sbjct 666 DQNDPVLDAWMGVFPDAVQPADSIPDELRAHFRYPEDLFKVQREMLAKYHVDDPKEFFTN 725 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPT + +A QPP+YVLVGD ++ +PSF L SAMVGY+REFLSAY+S SDP Sbjct 726 NAFWSVPSDPTIDTSANQPPYYVLVGDPETGKPSFNLTSAMVGYSREFLSAYLSVKSDPE 785 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGK TVL+LPTDT TQGPQQ QNSMISD RVASERTLLERSN+I YGNLL+LPIA+GG+ Sbjct 786 NYGKFTVLQLPTDTQTQGPQQTQNSMISDPRVASERTLLERSNKIQYGNLLTLPIANGGI 845 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEP+YTER ST P++STFPQLSRVLVS REP VRVGYAPTLA++LDQVFG GTG Sbjct 846 LYVEPMYTERSSTGPNTSTFPQLSRVLVSYREPPPSNSVRVGYAPTLAQALDQVFGAGTG 905 Query 901 RVATA 905 VATA Sbjct 906 SVATA 910 >gi|111023352|ref|YP_706324.1| hypothetical protein RHA1_ro06389 [Rhodococcus jostii RHA1] gi|123045491|sp|Q0S2S0.1|Y6389_RHOSR RecName: Full=UPF0182 protein RHA1_ro06389 gi|110822882|gb|ABG98166.1| conserved hypothetical protein [Rhodococcus jostii RHA1] Length=992 Score = 1223 bits (3164), Expect = 0.0, Method: Compositional matrix adjust. Identities = 632/905 (70%), Positives = 724/905 (80%), Gaps = 5/905 (0%) Query 6 PGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAI 65 P P L KR+R+L+ + + ALLL GPRL+ Y DWLWFGEVGFR V+ TVL+TRL + Sbjct 6 PAGLPSLSKRSRVLLVLALVVAALLLVGPRLISTYTDWLWFGEVGFRGVFTTVLITRLLL 65 Query 66 VAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGV 125 V +VV GIV ALLLAYRSRP FVP DPVA R+ VM R RLFG I + +G+ Sbjct 66 FLVVGVVVGGIVWLALLLAYRSRPVFVPVSGPNDPVARYRTTVMTRLRLFGLAIPIAVGL 125 Query 126 VCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLA 185 + GLIA WV VQLFV+GG FG+ DPEFG D+GF+ FDLPFYR VLNWLFVAV+LAF A Sbjct 126 LAGLIAQSSWVTVQLFVNGGAFGVADPEFGLDVGFYTFDLPFYRFVLNWLFVAVLLAFFA 185 Query 186 SLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTF 245 SL+THY+FGGL+L G LT AARVQLAV AG +LLKAVAYW DRY LLSS RKEPTF Sbjct 186 SLVTHYIFGGLKLAGRGGALTNAARVQLAVLAGTFILLKAVAYWFDRYSLLSSSRKEPTF 245 Query 246 TGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWP 305 TG YTD++A L AKL+L+AIAV+CA +FF AIFLRDLRIPAMA ALLVLS+ILVG +WP Sbjct 246 TGGSYTDMNAVLQAKLILLAIAVICAGAFFAAIFLRDLRIPAMATALLVLSSILVGAVWP 305 Query 306 LLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTT 365 L++EQFSVRPNAAD E YI+RNI ATR+AY I D V+Y+ Y G GTK PRDVP DV T Sbjct 306 LVVEQFSVRPNAADKESAYIERNIAATRQAYGITDDKVEYQDYQGYGTKPPRDVPADVMT 365 Query 366 IAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTG 425 I RLLDP+ILSRTFTQQQQLKNF+ F LDIDRY IDG+L+DYIV RELS KSLTG Sbjct 366 IENTRLLDPNILSRTFTQQQQLKNFYGFPPTLDIDRYDIDGQLRDYIVAARELSSKSLTG 425 Query 426 NQTDWINKHTVYTHGNGFVAAPANRVN-AAARGAENISDSNSGYPIYAVSDIASLGSGRQ 484 NQTDWINKHTVYTHGNG VAAPANRVN AA AE ++SNSGYP+Y VSDIAS +G Q Sbjct 426 NQTDWINKHTVYTHGNGLVAAPANRVNAAAGESAEEAANSNSGYPVYMVSDIASQEAGNQ 485 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRT 544 VIPV+QPR+YYGEVIA D DYAIVGG+ GS PREYDTDTS+YTYTG+GGV IGNWFNR Sbjct 486 VIPVQQPRIYYGEVIADTDADYAIVGGSGGSDPREYDTDTSRYTYTGSGGVPIGNWFNRL 545 Query 545 VFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVD 604 FA K + LFS IGS+SK++ +RDP++RV VAPWLT D + YP VV+G++VWIVD Sbjct 546 AFAAKYTERNILFSGAIGSDSKIIYNRDPRDRVTHVAPWLTADGDSYPAVVDGKVVWIVD 605 Query 605 AYTTLDTYPYAQRSSLEG----PVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQF 660 AYTTL YPYAQRSSL+G + TG + K+VSY+RNSVKATVDAYDGTV L+Q Sbjct 606 AYTTLQDYPYAQRSSLDGLVEDSIDQNTGRLLPRKEVSYIRNSVKATVDAYDGTVKLYQV 665 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 D++DPVL WM FP V+ D IPDELRAHFRYPEDLF+VQR +LAKYHVD+P+EFFT Sbjct 666 DQNDPVLDAWMGVFPDAVQPADSIPDELRAHFRYPEDLFKVQREMLAKYHVDDPKEFFTN 725 Query 721 NAFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 NAFWSVPSDPT + +A QPP+YVLVGD ++ +PSF L SAMVGY+REFLSAY+S SDP Sbjct 726 NAFWSVPSDPTIDTSANQPPYYVLVGDPETGKPSFNLTSAMVGYSREFLSAYLSVKSDPE 785 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGV 840 NYGK TVL+LPTDT TQGPQQ QNSMISD RVASERTLLERSN+I YGNLL+LPIADGG+ Sbjct 786 NYGKFTVLQLPTDTQTQGPQQTQNSMISDPRVASERTLLERSNKIQYGNLLTLPIADGGI 845 Query 841 LYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTG 900 LYVEP+YTER ST P++STFPQLSRVLVS REP VRVGYAPTLA++LDQVFG GTG Sbjct 846 LYVEPMYTERSSTGPNTSTFPQLSRVLVSYREPPPSNSVRVGYAPTLAQALDQVFGAGTG 905 Query 901 RVATA 905 VATA Sbjct 906 SVATA 910 >gi|312140604|ref|YP_004007940.1| integral membrane protein [Rhodococcus equi 103S] gi|311889943|emb|CBH49260.1| putative integral membrane protein [Rhodococcus equi 103S] Length=973 Score = 1173 bits (3034), Expect = 0.0, Method: Compositional matrix adjust. Identities = 601/981 (62%), Positives = 723/981 (74%), Gaps = 18/981 (1%) Query 6 PGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAI 65 P P L KR R+L+ + ALLL GPR +D+Y DWLWFGEV FRSV+ VLLTR+A+ Sbjct 4 PAGLPSLSKRTRVLLILALIAAALLLVGPRFIDVYTDWLWFGEVDFRSVFSRVLLTRIAL 63 Query 66 VAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGV 125 V LVV IV ALLLAYRSRP F+P DPVA R+AVM R +LFG GI V +G+ Sbjct 64 FFVVGLVVGAIVWLALLLAYRSRPMFLPSPGSNDPVARYRTAVMTRQKLFGIGIPVVIGL 123 Query 126 VCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLA 185 GL W VQLF++G FGI DP+FG DIGF+ FDLPFY+ VLNWLFVAVV+AF A Sbjct 124 FAGLAGQASWATVQLFLNGQNFGITDPQFGKDIGFYSFDLPFYQFVLNWLFVAVVIAFFA 183 Query 186 SLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTF 245 SL+THY+FGGLRL+ +G LT++ARVQLAV AG VLLKAV+YW DRY LLSS RKEPTF Sbjct 184 SLITHYIFGGLRLSGRQGALTKSARVQLAVLAGTFVLLKAVSYWFDRYALLSSSRKEPTF 243 Query 246 TGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWP 305 TGAGYTDI+A LPAKL+++AIAV+CA++FF AIFLRDLRIPAMA ALLVLS++LVG ++P Sbjct 244 TGAGYTDINAVLPAKLIMLAIAVICAIAFFAAIFLRDLRIPAMAVALLVLSSVLVGAVYP 303 Query 306 LLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTT 365 L++EQFSV+PNAAD ER YI+RNI ATR+AY I V+Y Y G TKQP+DVP DVTT Sbjct 304 LVVEQFSVKPNAADKERTYIERNITATRQAYGITDQTVEYVDYSGTSTKQPKDVPADVTT 363 Query 366 IAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTG 425 IA RLLDP++LS TFT Q+QLKNF++F + L+IDRY +DG L+D++V RELSP SL G Sbjct 364 IANTRLLDPNVLSPTFTAQKQLKNFYAFPKSLNIDRYEMDGTLRDFVVAARELSPSSLQG 423 Query 426 NQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGSGRQV 485 NQTDWINKHTVYTHGNGFVAA AN+V A + +N + GYPIY+VSD+ + Sbjct 424 NQTDWINKHTVYTHGNGFVAAYANQVTAVSGDTQN---NTGGYPIYSVSDLET-KPADPA 479 Query 486 IPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTV 545 + VE PR YYG VIA +D DYAIVGG PGSAPREYDTD+ KYTYTGAGGV IGNWFNR Sbjct 480 LEVENPRTYYGPVIASSDADYAIVGGEPGSAPREYDTDSRKYTYTGAGGVGIGNWFNRLA 539 Query 546 FATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDA 605 FA K + LFS IGS+SK++ +RDP +RV +VAPWLTTD YP VVNGR+ WIVDA Sbjct 540 FAAKYTERNILFSGAIGSDSKIIYNRDPADRVNKVAPWLTTDGTVYPAVVNGRMQWIVDA 599 Query 606 YTTLDTYPYAQRSSLEGPVTSPT----GIVRQGKQVSYVRNSVKATVDAYDGTVTLFQFD 661 YTTLD YPYAQRSSL+G V T G + K+VSY+RNSVKATVDAYDGTVTL+Q D Sbjct 600 YTTLDNYPYAQRSSLDGLVQDSTNQANGRMLPKKEVSYIRNSVKATVDAYDGTVTLYQVD 659 Query 662 RDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTN 721 DPVL WM FP TVK + ++ +L+AHFRYPEDLF+VQR +LAKYHVD+P EFF+ N Sbjct 660 DKDPVLSAWMGVFPDTVKPKSEVSPDLQAHFRYPEDLFKVQREMLAKYHVDDPGEFFSNN 719 Query 722 AFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPAN 781 AFWSVPSDPT + QPP+YVL G+ ++A+P F L S MVGY RE LSAYIS SDP N Sbjct 720 AFWSVPSDPTVETDKNQPPYYVLAGNPETAKPQFVLTSPMVGYQRELLSAYISVQSDPEN 779 Query 782 YGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGVL 841 YGK VL+LPT+T TQGPQQ Q++M SD RVASE LL +SN++ +GNLL+LPIADGG+L Sbjct 780 YGKFRVLQLPTNTQTQGPQQAQSAMTSDPRVASELALLRQSNKVIFGNLLTLPIADGGIL 839 Query 842 YVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTGR 901 YVEPLYT+R S++ FPQL+RV+VS + G+RVGYAPTLAE+LDQVFG GTG Sbjct 840 YVEPLYTQR----NSANAFPQLARVMVSFTD---TTGIRVGYAPTLAEALDQVFGSGTGS 892 Query 902 VATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADLR 961 AT G+ A+ P G P PP P A + + D + Sbjct 893 SATRPSGEPAAQPETGGQTTPAPTPAPPAPGQTPDKAAAVAELDAALANLQSAQAGGDFK 952 Query 962 A---VLDRLEKAIDAAETPGG 979 A LDRL++A++A ++ GG Sbjct 953 AYGEALDRLQRAVNAYQSAGG 973 >gi|325675769|ref|ZP_08155453.1| conserved transmembrane protein [Rhodococcus equi ATCC 33707] gi|325553740|gb|EGD23418.1| conserved transmembrane protein [Rhodococcus equi ATCC 33707] Length=958 Score = 1167 bits (3020), Expect = 0.0, Method: Compositional matrix adjust. Identities = 590/954 (62%), Positives = 709/954 (75%), Gaps = 18/954 (1%) Query 33 GPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVAAVALVVAGIVLAALLLAYRSRPFFV 92 GPR +D+Y DWLWFGEV FRSV+ VLLTR+A+ V LVV IV ALLLAYRSRP F+ Sbjct 16 GPRFIDVYTDWLWFGEVDFRSVFSRVLLTRIALFFVVGLVVGAIVWLALLLAYRSRPMFL 75 Query 93 PDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVCGLIASFDWVKVQLFVHGGTFGIVDP 152 P DPVA R+AVM R +LFG GI V +G+ GL W VQLF++G FGI DP Sbjct 76 PSPGSNDPVARYRTAVMTRQKLFGIGIPVVIGLFAGLAGQASWATVQLFLNGQNFGITDP 135 Query 153 EFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASLLTHYLFGGLRLTTGRGMLTQAARVQ 212 +FG DIGF+ FDLPFY+ VLNWLFVAVV+AF ASL+THY+FGGLRL+ +G LT++ARVQ Sbjct 136 QFGKDIGFYSFDLPFYQFVLNWLFVAVVIAFFASLITHYIFGGLRLSGRQGALTKSARVQ 195 Query 213 LAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTGAGYTDIHAELPAKLVLVAIAVLCAV 272 LAV AG VLLKAV+YW DRY LLSS RKEPTFTGAGYTDI+A LPAKL+++AIAV+CA+ Sbjct 196 LAVLAGTFVLLKAVSYWFDRYALLSSSRKEPTFTGAGYTDINAVLPAKLIMLAIAVICAI 255 Query 273 SFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLLMEQFSVRPNAADVERPYIQRNIEAT 332 +FF AIFLRDLRIPAMA ALLVLS++LVG ++PL++EQFSV+PNAAD ER YI+RNI AT Sbjct 256 AFFAAIFLRDLRIPAMAVALLVLSSVLVGAVYPLVVEQFSVKPNAADKERTYIERNITAT 315 Query 333 REAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIAKVRLLDPHILSRTFTQQQQLKNFFS 392 R+AY I V+Y Y G TKQP+DVP DVTTIA RLLDP++LS TFT Q+QLKNF++ Sbjct 316 RQAYGITDQTVEYVDYSGTSTKQPKDVPADVTTIANTRLLDPNVLSPTFTAQKQLKNFYA 375 Query 393 FAEILDIDRYRIDGELQDYIVGVRELSPKSLTGNQTDWINKHTVYTHGNGFVAAPANRVN 452 F + L+IDRY +DG L+D++V RELSP SL GNQTDWINKHTVYTHGNGFVAA AN+V Sbjct 376 FPKSLNIDRYEMDGTLRDFVVAARELSPSSLQGNQTDWINKHTVYTHGNGFVAAYANQVT 435 Query 453 AAARGAENISDSNSGYPIYAVSDIASLGSGRQVIPVEQPRVYYGEVIAQADPDYAIVGGA 512 A + +N + GYPIY+VSD+ + + VE PR YYG VIA +D DYAIVGG Sbjct 436 AVSGDTQN---NTGGYPIYSVSDLET-KPADPALEVENPRTYYGPVIASSDADYAIVGGE 491 Query 513 PGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTVFATKVAQHKFLFSREIGSESKVLIHRD 572 PGSAPREYDTD+ KYTYTGAGGV IGNWFNR FA K + LFS IGS+SK++ +RD Sbjct 492 PGSAPREYDTDSRKYTYTGAGGVGIGNWFNRLAFAAKYTERNILFSGAIGSDSKIIYNRD 551 Query 573 PKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDAYTTLDTYPYAQRSSLEGPVTSPT---- 628 P +RV +VAPWLTTD YP VVNGR+ WIVDAYTTLD YPYAQRSSL+G V T Sbjct 552 PADRVNKVAPWLTTDGTVYPAVVNGRMQWIVDAYTTLDNYPYAQRSSLDGLVQDSTNQAN 611 Query 629 GIVRQGKQVSYVRNSVKATVDAYDGTVTLFQFDRDDPVLRTWMRAFPGTVKSEDQIPDEL 688 G + K+VSY+RNSVKATVDAYDGTVTL+Q D DPVL WM FP TVK + ++ +L Sbjct 612 GRMLPKKEVSYIRNSVKATVDAYDGTVTLYQVDDKDPVLSAWMGVFPDTVKPKSEVSPDL 671 Query 689 RAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTNAFWSVPSDPTNNANATQPPFYVLVGDQ 748 +AHFRYPEDLF+VQR +LAKYHVD+P EFF+ NAFWSVPSDPT + QPP+YVL G+ Sbjct 672 QAHFRYPEDLFKVQREMLAKYHVDDPGEFFSNNAFWSVPSDPTVETDKNQPPYYVLAGNP 731 Query 749 QSAQPSFRLASAMVGYNREFLSAYISAHSDPANYGKLTVLELPTDTLTQGPQQIQNSMIS 808 ++A+P F L S MVGY RE LSAYIS SDP NYGK VL+LPT+T TQGPQQ Q++M S Sbjct 732 ETAKPQFVLTSPMVGYQRELLSAYISVQSDPENYGKFRVLQLPTNTQTQGPQQAQSAMTS 791 Query 809 DTRVASERTLLERSNRIHYGNLLSLPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLV 868 D RVASE LL +SN++ +GNLL+LPIADGG+LYVEPLYT+R S++ FPQL+RV+V Sbjct 792 DPRVASELALLRQSNKVIFGNLLTLPIADGGILYVEPLYTQR----NSANAFPQLARVMV 847 Query 869 SVREPRTEGGVRVGYAPTLAESLDQVFGPGTGRVATARGGDAASAPPPGAGGPAPPQAVP 928 S + G+RVGYAPTLAE+LDQVFG GTG AT G+ A+ P G P P Sbjct 848 SFTDTT---GIRVGYAPTLAEALDQVFGSGTGSSATRPSGEPAAQPETGGQTTPAPTPAP 904 Query 929 PPRTTQPPAAPPRGPDVPPATVAELRETLADLRA---VLDRLEKAIDAAETPGG 979 P P A + + D +A LDRL++A++A ++ GG Sbjct 905 PAPGQTPDKAAAVAELDAALANLQSAQAGGDFKAYGEALDRLQRAVNAYQSAGG 958 >gi|229490952|ref|ZP_04384785.1| putative membrane protein [Rhodococcus erythropolis SK121] gi|229322068|gb|EEN87856.1| putative membrane protein [Rhodococcus erythropolis SK121] Length=1027 Score = 1144 bits (2958), Expect = 0.0, Method: Compositional matrix adjust. Identities = 570/898 (64%), Positives = 695/898 (78%), Gaps = 11/898 (1%) Query 6 PGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAI 65 P P L +R+R+L+ + + ALLL GPRL+ +Y DWLWFGEVGFR V+ VLLTR + Sbjct 42 PAGLPSLSRRSRILLVVAVVVAALLLVGPRLIGMYTDWLWFGEVGFRGVFTKVLLTRFVL 101 Query 66 VAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGV 125 V +VV IV A+LLAYR+RP FVP DP+A R+ VM R RLFG I V +G+ Sbjct 102 FLVVGIVVGAIVWLAMLLAYRARPVFVPVSGPNDPIARYRTTVMSRLRLFGVIIPVAIGI 161 Query 126 VCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLA 185 + GLIA +WV +QLF++G FGI DP+F D+ F+ FDLPFYR VLNWLFV+++LAF+A Sbjct 162 LSGLIAQANWVTIQLFLNGQAFGITDPQFNMDVSFYTFDLPFYRFVLNWLFVSILLAFVA 221 Query 186 SLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTF 245 +L+THY+FGG++L G T AARVQLAV AG VLLKAVAYWLDRY LLSSGRKEPTF Sbjct 222 NLITHYVFGGIKLAGRAGTFTTAARVQLAVLAGTFVLLKAVAYWLDRYSLLSSGRKEPTF 281 Query 246 TGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWP 305 TG GYTDI A LPAKL+L++IA++CA++FF AIF RDLRIPAMA ALLVLS++LVG +WP Sbjct 282 TGPGYTDIMAVLPAKLILMSIAIICALAFFAAIFTRDLRIPAMAVALLVLSSVLVGAVWP 341 Query 306 LLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTT 365 +++EQFSV+PNAAD E YI+RNI ATR+AY I D V Y+ Y G G PR+VP DVTT Sbjct 342 MIVEQFSVKPNAADKESTYIERNIAATRQAYGITDDKVTYQPYSGDGDAIPREVPADVTT 401 Query 366 IAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTG 425 IA RLLDP+ILS TFTQQQQ +NF+ F LDIDRY IDGE++DYIV RE+SP +L G Sbjct 402 IANARLLDPNILSPTFTQQQQRQNFYGFPPSLDIDRYDIDGEMRDYIVAAREISPNNLQG 461 Query 426 NQTDWINKHTVYTHGNGFVAAPANRVNAAARG--AENISDSNSGYPIYAVSDIASLGSGR 483 NQTDWINKHTVYTHG+G VAAPAN++ A +N +++N+GYPIY VSDIAS +G Sbjct 462 NQTDWINKHTVYTHGDGLVAAPANKITAPVLDPTKDNANNNNAGYPIYTVSDIASQDAGT 521 Query 484 QVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNR 543 QVI V+QPR+YYGEVI Q DYAIVGGA GS REYDT+ +KYTYTG+GGVSIGNW NR Sbjct 522 QVIKVDQPRIYYGEVIGQGADDYAIVGGAGGSEAREYDTEQTKYTYTGSGGVSIGNWVNR 581 Query 544 TVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIV 603 FA K + LFS +GS+SK++ +RDP++RV +VAPWLTTD + YP V+G+IVWIV Sbjct 582 LAFAAKYTERNILFSGAVGSDSKIIYNRDPRDRVGQVAPWLTTDGDAYPAAVDGKIVWIV 641 Query 604 DAYTTLDTYPYAQRSSLEG----PVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQ 659 DAYTTL+ YPYAQRSSL+G V + TG + K+VSY+RNSVKATVDAYDGTVTL+Q Sbjct 642 DAYTTLENYPYAQRSSLDGLVADSVDATTGRLLPKKEVSYIRNSVKATVDAYDGTVTLYQ 701 Query 660 FDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFT 719 D +DPVL W FP TVK + I D+LRAHFRYPEDLF+VQR +LAKYHVD P EFFT Sbjct 702 VDDNDPVLNAWKGVFPDTVKPQSDISDDLRAHFRYPEDLFKVQREMLAKYHVDNPTEFFT 761 Query 720 TNAFWSVPSDPT-NNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSD 778 NAFWSVP++PT N+ +PP+YV+VGDQ++ PSFRL S MVG+ R+FLSAYI+ +SD Sbjct 762 NNAFWSVPNEPTVENSKENEPPYYVMVGDQETGAPSFRLTSPMVGFQRDFLSAYITVNSD 821 Query 779 PANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADG 838 P +YGK+TVL+LP + TQGP Q QNSMISD RV SE+ LLER+N I YGN L+LPIA+G Sbjct 822 PKDYGKITVLQLPVNKQTQGPSQSQNSMISDARVGSEKALLERTNTIRYGNQLALPIAEG 881 Query 839 GVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGG-VRVGYAPTLAESLDQVF 895 G+LYVEP+YTER S ++++FPQLSRVLVS +E G VRVGYA TLAE+LDQVF Sbjct 882 GILYVEPMYTER---SNTTTSFPQLSRVLVSYQESAKAGSRVRVGYASTLAEALDQVF 936 >gi|54026499|ref|YP_120741.1| hypothetical protein nfa45260 [Nocardia farcinica IFM 10152] gi|76363490|sp|Q5YR14.1|Y4526_NOCFA RecName: Full=UPF0182 protein NFA_45260 gi|54018007|dbj|BAD59377.1| hypothetical protein [Nocardia farcinica IFM 10152] Length=995 Score = 1132 bits (2928), Expect = 0.0, Method: Compositional matrix adjust. Identities = 598/940 (64%), Positives = 720/940 (77%), Gaps = 22/940 (2%) Query 6 PGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAI 65 P P L +R+R+L+ A + + ALLL GPR D Y +WLWFGEVGFR V++TV++TR+ + Sbjct 6 PSGLPSLSRRSRVLLVAAVVLAALLLLGPRFTDAYTNWLWFGEVGFREVFLTVVVTRIIL 65 Query 66 VAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGV 125 AAVAL V V ALLLAYR+RP FVP DP+A R+ VM R + FG GI V LG+ Sbjct 66 FAAVALFVGATVWLALLLAYRTRPVFVPMAGPNDPIARYRTTVMSRLKTFGIGIPVLLGL 125 Query 126 VCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLA 185 + GL+A +WV VQLF++GG FG DP+F D+GF+ FDLPFYR VLNW+FVAVV+AF A Sbjct 126 LAGLVAQSNWVTVQLFLNGGDFGEQDPQFHLDVGFYAFDLPFYRMVLNWMFVAVVIAFFA 185 Query 186 SLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTF 245 SL+THY+FGGLRL+ G LT+ AR+QLAV AG VLLKAVAYW DRY+LLSS RKEPTF Sbjct 186 SLVTHYIFGGLRLSGREGTLTRPARIQLAVIAGLFVLLKAVAYWFDRYDLLSSSRKEPTF 245 Query 246 TGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWP 305 G +TDI+A LPAKL+L+AIAV+CAV+FF + LRDLR+PAMAAALLVLS++LVG ++P Sbjct 246 YGGSFTDINAVLPAKLILLAIAVICAVAFFAGVVLRDLRVPAMAAALLVLSSVLVGAVYP 305 Query 306 LLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTT 365 L++EQFSVRPNAAD E YI+RNI ATR+A+ I D ++Y+ Y G K P DVPVD T Sbjct 306 LVVEQFSVRPNAADKESEYIERNIAATRQAFGITSDKIEYKDYKGESDKNPLDVPVDAAT 365 Query 366 IAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTG 425 I RLLDP+ILS TFTQ +QLKNF+ F E LDIDRY +DG LQDYIV RELSP +LTG Sbjct 366 IGNARLLDPNILSPTFTQLRQLKNFYGFPESLDIDRYNLDGNLQDYIVAARELSPAALTG 425 Query 426 NQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENIS---DSNSGYPIYAVSDIASLGSG 482 NQTDWINKHTVYTHGNGFVAAPANRVN +E+++ S+SGYPI+ VSD+ + Sbjct 426 NQTDWINKHTVYTHGNGFVAAPANRVNKPQ--SEDVAAGGSSDSGYPIFLVSDLFT-PKD 482 Query 483 RQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFN 542 RQ IPVEQPR+Y+GE+I+Q+DPDYAIVGGA G APREYD+DT++YTYTG GGV IGNWFN Sbjct 483 RQRIPVEQPRIYFGELISQSDPDYAIVGGAEGQAPREYDSDTAQYTYTGKGGVPIGNWFN 542 Query 543 RTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWI 602 R FA K A+ LFS IG +SK++ +R P+ERVQ+VAPWLTTD N YP VV+ RIVWI Sbjct 543 RLAFAAKYAERNILFSSAIGDDSKIIFNRSPRERVQKVAPWLTTDGNAYPAVVDERIVWI 602 Query 603 VDAYTTLDTYPYAQRSSLEGPVT----SPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLF 658 VDAYTTLD YPYAQ++SLEG V TG + K+VSY+RNSVKATVDAYDGTVTL+ Sbjct 603 VDAYTTLDNYPYAQKTSLEGAVEDSIDKKTGRLLPRKEVSYIRNSVKATVDAYDGTVTLY 662 Query 659 QFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFF 718 + D DPVL+ W FPG VK E +I ELRAHFRYPEDLF+VQR +L KYHVD PREFF Sbjct 663 EVDSTDPVLKAWRGVFPGAVKPESEISPELRAHFRYPEDLFKVQREMLTKYHVDNPREFF 722 Query 719 TTNAFWSVPSDPT-NNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHS 777 T NAFWSVPSDPT + QPP+YVL+GD ++ +P F L SAMVGYNR+FLSAYIS S Sbjct 723 TNNAFWSVPSDPTIEGGSFNQPPYYVLLGDPKTNRPVFNLTSAMVGYNRQFLSAYISVRS 782 Query 778 DPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIAD 837 DP +YGK T+L LPTDT TQGPQQ QN+M + +V+ E+TLL SN+I YGNLL+LPIAD Sbjct 783 DPDDYGKFTILRLPTDTQTQGPQQTQNTMTTAPQVSQEKTLLSNSNKIRYGNLLTLPIAD 842 Query 838 GGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGP 897 GG+LYVEP Y ER +T P+++TFPQL RVLVS R+ G V+VGYA TLAE+L+QV P Sbjct 843 GGILYVEPFYNER-NTGPNTATFPQLLRVLVSYRD--QAGSVKVGYASTLAEALNQVL-P 898 Query 898 GTGRVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPA 937 G G +AT GGD A+ P PG APP +TQPPA Sbjct 899 GAGSLATPFGGDPATRPQPGT---APPVV----DSTQPPA 931 >gi|226305718|ref|YP_002765678.1| hypothetical protein RER_22310 [Rhodococcus erythropolis PR4] gi|259646605|sp|C0ZX54.1|Y2231_RHOE4 RecName: Full=UPF0182 protein RER_22310 gi|226184835|dbj|BAH32939.1| conserved hypothetical membrane protein [Rhodococcus erythropolis PR4] Length=971 Score = 1123 bits (2905), Expect = 0.0, Method: Compositional matrix adjust. Identities = 573/986 (59%), Positives = 719/986 (73%), Gaps = 38/986 (3%) Query 6 PGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAI 65 P P L +R+R+L+ + + ALLL GPRL+ +Y DWLWFGEVG+R V+ VLLTR + Sbjct 4 PAGLPSLSRRSRILLVVAVVVAALLLVGPRLIGMYTDWLWFGEVGYRGVFTKVLLTRFVL 63 Query 66 VAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGV 125 V +VV IV A+LLAYR+RP FVP DP+A R+ VM R RLFG I V +G+ Sbjct 64 FLVVGIVVGAIVWLAMLLAYRARPVFVPVSGPNDPIARYRTTVMSRLRLFGVIIPVAIGI 123 Query 126 VCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLA 185 + GLIA +WV +QLF++G FGI DP+F D+GF+ FDLPFYR VLNWLFV+++LAF+A Sbjct 124 LSGLIAQANWVTIQLFLNGQPFGITDPQFNLDVGFYTFDLPFYRFVLNWLFVSILLAFVA 183 Query 186 SLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTF 245 +L+THY+FGG++L G T AARVQLAV AG VLLKAVAYW DRY L+SS RKEPTF Sbjct 184 NLVTHYVFGGIKLAGRAGTFTTAARVQLAVIAGTFVLLKAVAYWFDRYSLMSSSRKEPTF 243 Query 246 TGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWP 305 TG G+TDI+A LPAKL+L++IAV+CA++FF +IF RDLRIPAMA ALLVLS++LVG ++P Sbjct 244 TGPGFTDINAVLPAKLILLSIAVICALAFFASIFTRDLRIPAMAVALLVLSSVLVGAVYP 303 Query 306 LLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTT 365 +++EQFSV+PNAA E YI+RNIEATR+AY I + V Y YPG+GTKQP+DVP D TT Sbjct 304 MIVEQFSVKPNAAQKESTYIERNIEATRQAYGITEENVDYVDYPGVGTKQPQDVPADRTT 363 Query 366 IAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTG 425 IA RLLDP ILS TFT Q+QLKNF+ F + L++DRY DG+L+D++V RELSP +L+G Sbjct 364 IANTRLLDPTILSPTFTAQRQLKNFYGFPQTLNVDRYEQDGQLRDFVVAARELSPNNLSG 423 Query 426 NQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGSGRQV 485 NQTDWINKHTVYTHGNGFVAA AN V A ++N + GYPIY+VSD+ + Sbjct 424 NQTDWINKHTVYTHGNGFVAAQANEVTAVQGDSQN---NTGGYPIYSVSDLTTTPENEN- 479 Query 486 IPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTV 545 + V+ PR YYGEVI+Q+D DY+IVG G PREYDTDTSKYTYTG+GGVSIGNWFNR Sbjct 480 LKVDNPRSYYGEVISQSDADYSIVGSVDGEGPREYDTDTSKYTYTGSGGVSIGNWFNRLA 539 Query 546 FATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDA 605 FA K + LFS IGS SK++ RDPKERV+ VAPWLTTD YP VV+G++ WI+D Sbjct 540 FAAKYTERNILFSSAIGSNSKIIFKRDPKERVEEVAPWLTTDGAAYPAVVDGKMQWIIDG 599 Query 606 YTTLDTYPYAQRSSLEG----PVTSPTGIVRQGKQVSYVRNSVKATVDAYDGTVTLFQFD 661 YTT YPYAQRSSL+G + TG + ++ SY+RNSVKATVDAYDGTVTL+Q D Sbjct 600 YTTAQDYPYAQRSSLDGLVEDSIDQTTGRLIPRQEFSYIRNSVKATVDAYDGTVTLYQVD 659 Query 662 RDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTN 721 DPVL+ WM FP TVK + +I D+L+AHFRYPED+F+VQR +LAKYHVD+P EFFT N Sbjct 660 EQDPVLKAWMGVFPNTVKPKSEISDDLQAHFRYPEDMFKVQREMLAKYHVDDPSEFFTNN 719 Query 722 AFWSVPSDPTNNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPAN 781 AFWSVPSDPT + +A QPP+YVLVGD+ +A+ FRL S MVG++RE LSAYIS +D N Sbjct 720 AFWSVPSDPTIDTSANQPPYYVLVGDKDTAKADFRLTSPMVGFSRELLSAYISVANDKEN 779 Query 782 YGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNLLSLPIADGGVL 841 YGK TVL+LPTDT TQGPQQ Q++M SD+RVASE +LL++SN+I YGNLL+LPIA+GG+L Sbjct 780 YGKFTVLQLPTDTQTQGPQQAQSAMTSDSRVASEVSLLKQSNKIQYGNLLTLPIAEGGIL 839 Query 842 YVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTGR 901 YVEPLY++R S + FPQL+RVLVS + G+R+GYAPT++E++ Q++ PG G Sbjct 840 YVEPLYSQR----NSQNAFPQLARVLVSFSD---TNGIRIGYAPTVSEAISQIW-PGAGS 891 Query 902 VATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPPATVAELRETLADLR 961 AT AP P G P + DV A +AE+ +A L+ Sbjct 892 AATV----TQPAPDPDTGAQPETPTTPTAPAPPASS-----DDVTKA-LAEVNSAMAALK 941 Query 962 ------------AVLDRLEKAIDAAE 975 A LDRL+KA+DA + Sbjct 942 SAQQSGDFTSYGAALDRLQKAVDAYQ 967 >gi|333921392|ref|YP_004494973.1| hypothetical protein AS9A_3735 [Amycolicicoccus subflavus DQS3-9A1] gi|333483613|gb|AEF42173.1| hypothetical protein AS9A_3735 [Amycolicicoccus subflavus DQS3-9A1] Length=980 Score = 1098 bits (2841), Expect = 0.0, Method: Compositional matrix adjust. Identities = 573/979 (59%), Positives = 710/979 (73%), Gaps = 36/979 (3%) Query 29 LLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVAAVALVVAGIVLAALLLAYRSR 88 LL GPRL+D Y+DWLWFGEVGFR+V+ TV+ TRLA+ AV L+V I+ AL+LAYRSR Sbjct 9 LLAVGPRLIDTYIDWLWFGEVGFRNVFTTVIFTRLALFVAVGLIVGLIIFGALVLAYRSR 68 Query 89 PFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVCGLIASFDWVKVQLFVHGGTFG 148 P F P P DPVA R AV R ++F G+ V +GV+ GL+ +W VQLF++ FG Sbjct 69 PIFAPTSPN-DPVARYRIAVTSRLKVFAIGVPVVIGVLAGLVGQGNWQTVQLFLNRQEFG 127 Query 149 IVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASLLTHYLFGGLRLTTGRGMLTQA 208 + DP+FG D+GF+ F LPFY VLNWLFVAVVLAF+ +L+THY+FGG+RL LT + Sbjct 128 VNDPQFGLDVGFYAFALPFYELVLNWLFVAVVLAFILNLITHYIFGGIRLDNRDRALTNS 187 Query 209 ARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTGAGYTDIHAELPAKLVLVAIAV 268 AR+QLAV AG +LLKAVAYW DRY LL+S RKEPTFTGAG+TDI+A LPAKL+L+AIAV Sbjct 188 ARIQLAVLAGTFILLKAVAYWFDRYGLLTSSRKEPTFTGAGFTDINAVLPAKLILLAIAV 247 Query 269 LCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLLMEQFSVRPNAADVERPYIQRN 328 +CAV+FF AI LRD+RIPA++A LL+LS+ILVG +WP+LMEQFSVRPN D E YI+RN Sbjct 248 ICAVAFFAAIVLRDMRIPALSAGLLLLSSILVGAVWPMLMEQFSVRPNPVDREGQYIERN 307 Query 329 IEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIAKVRLLDPHILSRTFTQQQQLK 388 I ATR AY I + + Y S+ G+G++ P D P D+TTI +RLLDP ILSRTFTQQQQLK Sbjct 308 IAATRAAYGIEPERINYESWAGVGSRSPADDPADITTIQNIRLLDPAILSRTFTQQQQLK 367 Query 389 NFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTGNQTDWINKHTVYTHGNGFVAAPA 448 NF+ F E L+IDRY I+G LQDYIV VREL+P+ L NQ DW+NKHTVYTHGNGFVAAPA Sbjct 368 NFYGFPEELNIDRYSINGTLQDYIVSVRELNPRGLAANQQDWLNKHTVYTHGNGFVAAPA 427 Query 449 NRVNAAARGAENISDSNSGYPIYAVSDIASLGSGRQVIPVEQPRVYYGEVIAQADPDYAI 508 NRVNAA + S+SGYPIYAVSD L + +IPV+QPR+Y+GE+IAQ +PDYAI Sbjct 428 NRVNAAVGDVDGADASDSGYPIYAVSD---LFNESDIIPVDQPRIYFGELIAQMNPDYAI 484 Query 509 VGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTVFATKVAQHKFLFSREIGSESKVL 568 VG + REYDTD +YTYTGAGGV+IG+W NR F K ++ LFS +G +SK+L Sbjct 485 VGETEQAGAREYDTDLEQYTYTGAGGVAIGSWANRLAFFAKYSERNILFSDAVGPDSKIL 544 Query 569 IHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDAYTTLDTYPYAQRSSLEGPVTSPT 628 RDP++RV+ VAPWL D N YP VVNGR+VWIVDAYTTLD YPYAQRS+L+ V T Sbjct 545 FKRDPRDRVEAVAPWLIPDSNTYPAVVNGRVVWIVDAYTTLDNYPYAQRSTLDSLVADST 604 Query 629 GIVR--QGKQVSYVRNSVKATVDAYDGTVTLFQFDRDDPVLRTWMRAFPGTVKSEDQIPD 686 +R ++VSY+RNSVKATVDAYDGTV L+++D +DPVL+ WM FP TV+ +D I D Sbjct 605 ESLRPLPPEEVSYIRNSVKATVDAYDGTVNLYEWDEEDPVLKAWMGVFPNTVEPKDSIDD 664 Query 687 ELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTNAFWSVPSDPT-NNANATQPPFYVLV 745 +LRAHFRYPEDLF+VQR +L++YHV++PREFFTTNAFWSVP DPT N QPP+Y+L+ Sbjct 665 DLRAHFRYPEDLFKVQREMLSRYHVNDPREFFTTNAFWSVPKDPTVENNPPDQPPYYMLM 724 Query 746 GDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPANYGKLTVLELPTDTLTQGPQQIQNS 805 GD ++ P+F+L S MV +NREFL+++IS +SDP NYG+ T+ LPTDT T GPQ QNS Sbjct 725 GDPETGDPTFQLTSPMVVFNREFLASHISVNSDPENYGQFTIRRLPTDTQTPGPQLAQNS 784 Query 806 MISDTRVASERTLLERSNRIHYGNLLSLPIADGGVLYVEPLYTERISTSPSSSTFPQLSR 865 M++DTRVA++ TLLER+NR+H+GN+L+LP+ +GG+LYVEP+YTER + S FPQL+R Sbjct 785 MVTDTRVATDITLLERANRLHFGNVLTLPVGEGGILYVEPIYTER--RGAADSAFPQLAR 842 Query 866 VLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGTGRVATARGGDAASAPPPGAGG----- 920 V+VS R +G VR+GY TLA +L QVF T +ATA GGDA A G Sbjct 843 VVVSYRG--EDGRVRIGYHATLAGALRQVFDTRTAGLATAPGGDAVEAETAEEAGVDIET 900 Query 921 --PAPPQA------VPPPRTTQPPAAPPRGPDVPPATVAELRETLADLR----------- 961 P QA V T PPA P VAEL L LR Sbjct 901 ELPIDEQAAGVTDGVEEETVTPPPAPSPPVDGASDDVVAELDAALTALRDAQRNGNFADY 960 Query 962 -AVLDRLEKAIDAAETPGG 979 A LDRLE+A+ A E GG Sbjct 961 GAALDRLERAVQAYEQTGG 979 >gi|315445528|ref|YP_004078407.1| hypothetical protein Mspyr1_39840 [Mycobacterium sp. Spyr1] gi|315263831|gb|ADU00573.1| uncharacterized conserved protein [Mycobacterium sp. Spyr1] Length=1002 Score = 951 bits (2457), Expect = 0.0, Method: Compositional matrix adjust. Identities = 512/994 (52%), Positives = 663/994 (67%), Gaps = 45/994 (4%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R L+ ++ LLL GPR +D YVDWLWFGE+G+RSV+ T ++TRL I Sbjct 6 RMPSLTQRSRFLIAVSAVLVLLLLLGPRFIDTYVDWLWFGELGYRSVFTTQIITRLVIFF 65 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 VA++V +V A L LAYR+RP FVP DP+A R+AVM R RL G G+ + +GV+ Sbjct 66 VVAILVGAVVFAGLALAYRTRPVFVPTAGPNDPIARYRTAVMARLRLIGIGVPLAIGVLA 125 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G + W +VQLF+HGG FG+ DP+FG D+GF+ FDLPFYR VL +LFV V LAFLA+L Sbjct 126 GFVGQSYWQRVQLFLHGGDFGVSDPQFGIDLGFYAFDLPFYRLVLTYLFVGVFLAFLANL 185 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HYLFGG+RL G L++AAR+QL G ++LLKAVAYW DRYELLS R FTG Sbjct 186 LGHYLFGGIRLAGRSGALSRAARIQLITLVGLLMLLKAVAYWFDRYELLSHTRGGKPFTG 245 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIAV+CAV+ F+AIFLRDLRIPA+ LL+LS+++VG WPL+ Sbjct 246 AGYTDINAVLPAKLILMAIAVICAVAVFSAIFLRDLRIPAIGVVLLLLSSLVVGAGWPLV 305 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SVRPNAA E YI R+I ATR+AY + + V YR YPG + + V D T + Sbjct 306 VEQISVRPNAAQKESEYISRSITATRQAYGLTEESVTYRDYPGNASATAQQVAADRATTS 365 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRID-GELQDYIVGVRELSPKSLTGN 426 +R+LDP+I++ FTQ QQ KNF+ F + L++DRYR D G L+DY+V REL+P L N Sbjct 366 NIRVLDPNIVAPAFTQFQQGKNFYFFPDQLNMDRYRDDSGNLRDYVVAARELNPDRLIDN 425 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG--SGRQ 484 Q DWIN+HTV+THGNGF+A+PAN V RG N + N GYP + S + + G S Sbjct 426 QRDWINRHTVFTHGNGFIASPANTV----RGIANDPNQNGGYPEFLASVVGANGEVSSPG 481 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIGNW 540 P+ QPR+Y+G VIA A DYAIVG + PREYD TDT YTYTG+GGV IGNW Sbjct 482 PAPLAQPRIYFGPVIASAADDYAIVGES--GTPREYDYETNTDTRNYTYTGSGGVPIGNW 539 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 R+VFA K A+ FLFS I SK+L +RDP +RV+ VAPWLTTD YP +VN RIV Sbjct 540 LTRSVFAAKYAERNFLFSNVINENSKILFNRDPADRVEAVAPWLTTDTTVYPAIVNERIV 599 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTVT 656 WIVD YTTLD YPY++ S+L T + + KQVSY+RNSVKATVDAYDGTVT Sbjct 600 WIVDGYTTLDNYPYSELSTLSSVTTDSNEVAQNRLQLDKQVSYIRNSVKATVDAYDGTVT 659 Query 657 LFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPRE 716 L+ D DPVL+ WM+ FP +VK + I EL+ H RYPEDLF+VQR+LLAKYHVD+P Sbjct 660 LYAQDEQDPVLQAWMKVFPDSVKPKSDITPELQEHLRYPEDLFKVQRALLAKYHVDDPVT 719 Query 717 FFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYIS 774 FF+T+ FW VP DP A++ QPP+Y++ D + + SF+L SAM + R+FL+AYIS Sbjct 720 FFSTSDFWDVPLDPNPTASSYQPPYYIVAKDLAENNGSASFQLTSAMNRFRRDFLAAYIS 779 Query 775 AHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLS 832 A SDP YG+LTVL +P GP+ N++ +DT +++E + R NRI +GNLL+ Sbjct 780 ASSDPETYGRLTVLTVPGQ--VNGPKLAFNAISTDTAISTELGQIGRDGQNRIRWGNLLT 837 Query 833 LPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLD 892 LP+ DGG+LYV P+Y +T ++ST+P+L RV + + ++GY PT+ ++L Sbjct 838 LPMGDGGLLYVAPIYASPGNTD-AASTYPRLIRVAMMYND-------QIGYGPTVRDALT 889 Query 893 QVFGPGTGRVATARGGDAASAPPPG------AGGPAPPQAVPPPRTTQPPAAPPRGP-DV 945 +FGPG AT G AA+ PP G APP A PP R Q PA P P V Sbjct 890 DLFGPGADATAT---GPAATEPPAGQAPQTQGNNTAPPAAQPPNRQGQAPAGRPEVPVAV 946 Query 946 PPATVAEL----RETLADLRAVLDRLEKAIDAAE 975 PP +L L D+ A LD L A ++ + Sbjct 947 PPTGPTQLSAAKSAALQDVNAALDALRGAQESGD 980 >gi|145225232|ref|YP_001135910.1| hypothetical protein Mflv_4654 [Mycobacterium gilvum PYR-GCK] gi|189040205|sp|A4TFF8.1|Y4654_MYCGI RecName: Full=UPF0182 protein Mflv_4654 gi|145217718|gb|ABP47122.1| protein of unknown function UPF0182 [Mycobacterium gilvum PYR-GCK] Length=1004 Score = 950 bits (2455), Expect = 0.0, Method: Compositional matrix adjust. Identities = 512/994 (52%), Positives = 663/994 (67%), Gaps = 45/994 (4%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R L+ ++ LLL GPR +D YVDWLWFGE+G+RSV+ T ++TRL I Sbjct 8 RMPSLTQRSRFLIAVSAVLVLLLLLGPRFIDTYVDWLWFGELGYRSVFTTQIITRLVIFF 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 VA++V +V A L LAYR+RP FVP DP+A R+AVM R RL G G+ + +GV+ Sbjct 68 VVAILVGAVVFAGLALAYRTRPVFVPTAGPNDPIARYRTAVMARLRLIGIGVPLAIGVLA 127 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G + W +VQLF+HGG FG+ DP+FG D+GF+ FDLPFYR VL +LFV V LAFLA+L Sbjct 128 GFVGQSYWQRVQLFLHGGDFGVSDPQFGIDLGFYAFDLPFYRLVLTYLFVGVFLAFLANL 187 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HYLFGG+RL G L++AAR+QL G ++LLKAVAYW DRYELLS R FTG Sbjct 188 LGHYLFGGIRLAGRSGALSRAARIQLITLVGLLMLLKAVAYWFDRYELLSHTRGGKPFTG 247 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIAV+CAV+ F+AIFLRDLRIPA+ LL+LS+++VG WPL+ Sbjct 248 AGYTDINAVLPAKLILMAIAVICAVAVFSAIFLRDLRIPAIGVVLLLLSSLVVGAGWPLV 307 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SVRPNAA E YI R+I ATR+AY + + V YR YPG + + V D T + Sbjct 308 VEQISVRPNAAQKESEYISRSITATRQAYGLTEESVTYRDYPGNASATAQQVAADRATTS 367 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRID-GELQDYIVGVRELSPKSLTGN 426 +R+LDP+I++ FTQ QQ KNF+ F + L++DRYR D G L+DY+V REL+P L N Sbjct 368 NIRVLDPNIVAPAFTQFQQGKNFYFFPDQLNMDRYRDDSGNLRDYVVAARELNPDRLIDN 427 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLG--SGRQ 484 Q DWIN+HTV+THGNGF+A+PAN V RG N + N GYP + S + + G S Sbjct 428 QRDWINRHTVFTHGNGFIASPANTV----RGIANDPNQNGGYPEFLASVVGANGEVSSPG 483 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIGNW 540 P+ QPR+Y+G VIA A DYAIVG + PREYD TDT YTYTG+GGV IGNW Sbjct 484 PAPLAQPRIYFGPVIASAADDYAIVGES--GTPREYDYETNTDTRNYTYTGSGGVPIGNW 541 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 R+VFA K A+ FLFS I SK+L +RDP +RV+ VAPWLTTD YP +VN RIV Sbjct 542 LTRSVFAAKYAERNFLFSNVINENSKILFNRDPADRVEAVAPWLTTDTTVYPAIVNERIV 601 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTVT 656 WIVD YTTLD YPY++ S+L T + + KQVSY+RNSVKATVDAYDGTVT Sbjct 602 WIVDGYTTLDNYPYSELSTLSSVTTDSNEVAQNRLQLDKQVSYIRNSVKATVDAYDGTVT 661 Query 657 LFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPRE 716 L+ D DPVL+ WM+ FP +VK + I EL+ H RYPEDLF+VQR+LLAKYHVD+P Sbjct 662 LYAQDEQDPVLQAWMKVFPDSVKPKSDITPELQEHLRYPEDLFKVQRALLAKYHVDDPVT 721 Query 717 FFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYIS 774 FF+T+ FW VP DP A++ QPP+Y++ D + + SF+L SAM + R+FL+AYIS Sbjct 722 FFSTSDFWDVPLDPNPTASSYQPPYYIVAKDLAENNGSASFQLTSAMNRFRRDFLAAYIS 781 Query 775 AHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLS 832 A SDP YG+LTVL +P GP+ N++ +DT +++E + R NRI +GNLL+ Sbjct 782 ASSDPETYGRLTVLTVPGQ--VNGPKLAFNAISTDTAISTELGQIGRDGQNRIRWGNLLT 839 Query 833 LPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLD 892 LP+ DGG+LYV P+Y +T ++ST+P+L RV + + ++GY PT+ ++L Sbjct 840 LPMGDGGLLYVAPIYASPGNTD-AASTYPRLIRVAMMYND-------QIGYGPTVRDALT 891 Query 893 QVFGPGTGRVATARGGDAASAPPPG------AGGPAPPQAVPPPRTTQPPAAPPRGP-DV 945 +FGPG AT G AA+ PP G APP A PP R Q PA P P V Sbjct 892 DLFGPGADATAT---GPAATEPPAGQAPQTQGNNTAPPAAQPPNRQGQAPAGRPEVPVAV 948 Query 946 PPATVAEL----RETLADLRAVLDRLEKAIDAAE 975 PP +L L D+ A LD L A ++ + Sbjct 949 PPTGPTQLSAAKSAALQDVNAALDALRGAQESGD 982 >gi|240169969|ref|ZP_04748628.1| hypothetical protein MkanA1_11699 [Mycobacterium kansasii ATCC 12478] Length=993 Score = 946 bits (2444), Expect = 0.0, Method: Compositional matrix adjust. Identities = 482/912 (53%), Positives = 635/912 (70%), Gaps = 32/912 (3%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+L+ +G++A+LL GPRL+D YVDWLWFGE+G+RSV+ TVL+TR+ + Sbjct 8 RMPKLTRRSRILILIALGVIAVLLAGPRLIDAYVDWLWFGELGYRSVFTTVLVTRIVVFL 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 A L+V GIV A L LAYR+RP FVP DPVA R+ V+ R RL G G+ +G++ Sbjct 68 AGGLLVGGIVFAGLALAYRTRPVFVPSN-DNDPVARYRAVVLARLRLVGIGVPAAIGLLA 126 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G++A WV++QLF+HGG FG+ DP+FG D+GF+ F+LPFYR VL++LFVAV LAF+A+L Sbjct 127 GIVAQGYWVRIQLFLHGGDFGVRDPQFGKDLGFYAFELPFYRLVLSYLFVAVFLAFVANL 186 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HY+FGG+RL+ G L+++ARVQL G +VLLKAVAYW DRYELLS R FTG Sbjct 187 LAHYIFGGIRLSGRTGALSRSARVQLVSLVGMLVLLKAVAYWFDRYELLSHSRGGKPFTG 246 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIA++CA + F+AI LRDLRIPA+ ALL+LS+++VG WP++ Sbjct 247 AGYTDINAVLPAKLILMAIALICAAAVFSAITLRDLRIPAIGLALLLLSSVIVGAAWPMI 306 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SV+PNAA E YI R+I ATR+AY + D V YR+Y G G + V D T + Sbjct 307 VEQISVKPNAAQKESEYISRSITATRQAYGLTSDVVTYRNYTGEGQATAQQVAADRATTS 366 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRY-RIDGELQDYIVGVRELSPKSLTGN 426 +RLLDP I+S FTQ QQ KNF+ F + L IDRY +G L+DY+V REL+P L N Sbjct 367 NIRLLDPTIVSPAFTQFQQGKNFYYFPDQLSIDRYVDRNGNLRDYVVAARELNPDRLIDN 426 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGSGRQVI 486 Q DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + V+ + + G+ Sbjct 427 QRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLVNVVGANGTVVSDG 482 Query 487 P--VEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIGNW 540 P ++QPRVY+G VIA DYAIVG A REYD T+T YTYTG+GGV IG W Sbjct 483 PAQLDQPRVYFGPVIANTSADYAIVGKT--GADREYDYETSTETKNYTYTGSGGVPIGGW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 +RTVFA K A+ FLFS IGS SK+L +RDP RV+ VAPWLTTD YP +VN R+V Sbjct 541 ISRTVFAAKFAERNFLFSNVIGSNSKILFNRDPAHRVEAVAPWLTTDSAVYPAIVNKRLV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTVT 656 WI+D YTTLD YPY++ +SL T + K+VSY+RNSVKATVDAYDGTVT Sbjct 601 WIIDGYTTLDNYPYSELTSLSSATADSTEVAFNRLAPDKKVSYIRNSVKATVDAYDGTVT 660 Query 657 LFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPRE 716 L+Q D DPVLR WM+ FPGTVK + I EL H RYPEDLF+VQR LLAKYHV++P Sbjct 661 LYQQDEQDPVLRAWMQVFPGTVKPKSDITPELAEHLRYPEDLFKVQRMLLAKYHVNDPVT 720 Query 717 FFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYIS 774 FF+T+ FW VP DP A++ QPP+Y++ + + +++L SAM + R++L+AYIS Sbjct 721 FFSTSDFWDVPLDPNPTASSYQPPYYIVAKNIAKDDNSAAYQLISAMNRFKRDYLAAYIS 780 Query 775 AHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLS 832 A SDPA YGK+TVL +P GP+ N++ +D V+ + ++ R NRI +GNLL+ Sbjct 781 ASSDPATYGKITVLTIPGQ--VNGPKLANNAITTDPAVSQDLGVIGRDNQNRIRWGNLLT 838 Query 833 LPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLD 892 LP+A GG+LYVEP+Y S ++S++P+L RV + + +VGY PT+ ++L+ Sbjct 839 LPVAQGGLLYVEPVYASP-GASDAASSYPRLIRVAMMYND-------KVGYGPTVRDALN 890 Query 893 QVFGPGTGRVAT 904 +FGPG G AT Sbjct 891 GLFGPGAGDAAT 902 >gi|118467503|ref|YP_886325.1| hypothetical protein MSMEG_1959 [Mycobacterium smegmatis str. MC2 155] gi|189039414|sp|A0QTT7.1|Y1959_MYCS2 RecName: Full=UPF0182 protein MSMEG_1959 gi|118168790|gb|ABK69686.1| putative membrane protein [Mycobacterium smegmatis str. MC2 155] Length=1003 Score = 939 bits (2428), Expect = 0.0, Method: Compositional matrix adjust. Identities = 498/929 (54%), Positives = 638/929 (69%), Gaps = 40/929 (4%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+L+ + + LLL GPRL+D YVDWLWFGE+G+RSV+ TVL TRL + Sbjct 8 RMPKLTRRSRVLIAFALVAVLLLLLGPRLIDTYVDWLWFGELGYRSVFTTVLATRLIVFV 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 VAL + IV A L LAYR+RP FVP DPVA R+ VM R RLFG G+ V +G++ Sbjct 68 VVALAIGAIVFAGLALAYRTRPVFVPTAGPNDPVARYRTTVMARLRLFGIGVPVFIGLLA 127 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G++A WVK+QLF+HGG FGI DPEFG D+GF+ FDLPFYR VL +LFVA LAF+A+L Sbjct 128 GIVAQSYWVKIQLFLHGGDFGITDPEFGKDLGFYAFDLPFYRLVLTYLFVATFLAFVANL 187 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HYLFGG+RLT G L++AAR+QL AG +++LKA AYWLDRYELLS+ R FTG Sbjct 188 LGHYLFGGIRLTGRVGALSRAARIQLISLAGTLIVLKAFAYWLDRYELLSNDRSAKPFTG 247 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+++AIAV+CAV+ F+A+ LRDLRIPA+ ALL+LS+++VG WPL+ Sbjct 248 AGYTDINAVLPAKLIMLAIAVICAVAVFSALVLRDLRIPAIGVALLLLSSLVVGAGWPLI 307 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQFSV+PNAA E YI R+IEATR AY + + V YR+Y G V D T + Sbjct 308 VEQFSVKPNAAQKEAEYISRSIEATRHAYGLTDETVTYRNYENTGQTTAAQVAADRATTS 367 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRY-RIDGELQDYIVGVRELSPKSLTGN 426 +RLLDP I+S FTQ QQ KNF+ F + L IDRY DG L+DY+V REL+P L N Sbjct 368 NIRLLDPTIVSPAFTQFQQGKNFYYFPDQLSIDRYIGPDGNLRDYVVAARELNPDRLIDN 427 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGSGRQVI 486 Q DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + S + + GS VI Sbjct 428 QRDWINRHTVYTHGNGFIASPANTV----RGVANDPNQNGGYPEFLASVVGANGS---VI 480 Query 487 -----PVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSI 537 P++QPR+Y+G VI+ DYAIVG G REYD T+T YTY G GGV I Sbjct 481 SPGPAPLDQPRIYFGPVISNTPADYAIVGKT-GDTDREYDYETNTETKNYTYGGKGGVPI 539 Query 538 GNWFNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNG 597 GNW NR+VFA K A+ FLFS IG SK+L +RDP ERV+ VAPWLTTD + YP +VN Sbjct 540 GNWLNRSVFAAKFAERNFLFSNVIGENSKILFNRDPAERVEAVAPWLTTDTSVYPAIVNK 599 Query 598 RIVWIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDG 653 R+VWIVD YTTLD YPY++ ++L + K+VSY+RNSVKATVDAYDG Sbjct 600 RMVWIVDGYTTLDNYPYSELTTLSSATADSNEVAVNRLAPDKKVSYIRNSVKATVDAYDG 659 Query 654 TVTLFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDE 713 TVTL+ D +DPVL+ WM FPGTVK + I EL+AH RYPEDLF+VQR+LLAKYHVD Sbjct 660 TVTLYAQDENDPVLKAWMDVFPGTVKPKADITPELQAHLRYPEDLFKVQRALLAKYHVDN 719 Query 714 PREFFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSA 771 P FF+ FW VP DP A++ QPP+Y++ D + SF+L SA+ + R+FL+A Sbjct 720 PVTFFSAQDFWDVPLDPNPTASSFQPPYYIVAKDLVKNDNSASFQLTSALNRFQRDFLAA 779 Query 772 YISAHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGN 829 Y+SA SDP YGKLTVL +P GP+ N++ +DT V+ + ++ R NRI +GN Sbjct 780 YVSASSDPETYGKLTVLTIPGQ--VNGPKLAFNAISTDTAVSQDLGVIGRDNQNRIRWGN 837 Query 830 LLSLPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAE 889 LL+LP+ADGG+LYV P+Y +S ++S++P+L RV + + RVGY PT+++ Sbjct 838 LLTLPVADGGLLYVAPVYASP-GSSDAASSYPRLIRVAMLYND-------RVGYGPTVSD 889 Query 890 SLDQVFGPGTGRVAT----ARGGDAASAP 914 +L ++FGPG G AT A G A S P Sbjct 890 ALTELFGPGAGATATDVAPAEGRPAQSTP 918 >gi|126434070|ref|YP_001069761.1| hypothetical protein Mjls_1469 [Mycobacterium sp. JLS] gi|148841326|sp|A3PWJ3.1|Y1469_MYCSJ RecName: Full=UPF0182 protein Mjls_1469 gi|126233870|gb|ABN97270.1| protein of unknown function UPF0182 [Mycobacterium sp. JLS] Length=1001 Score = 926 bits (2393), Expect = 0.0, Method: Compositional matrix adjust. Identities = 496/988 (51%), Positives = 658/988 (67%), Gaps = 51/988 (5%) Query 6 PGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAI 65 P + P L +R+R+L+ + + LLL GPR +D YV+WLWFGE+G+RSV+ TVL TR+ + Sbjct 4 PARMPKLTRRSRVLIGVALAAVVLLLIGPRFIDTYVNWLWFGELGYRSVFTTVLFTRVVV 63 Query 66 VAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGV 125 V+L++ IV A L LAYR+RP FVP DP+A R+ VM R RLFG+G+ +G+ Sbjct 64 FLVVSLLIGAIVFAGLALAYRTRPVFVPTAGPNDPIARYRTTVMARLRLFGFGVPAFIGI 123 Query 126 VCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLA 185 + G++A WV++QL++HGG FG+ DP+FG D+GF+ FDLPFYR VL++LFVA LAF+A Sbjct 124 LSGIVAQSYWVRIQLYLHGGEFGVTDPQFGLDLGFYAFDLPFYRLVLSYLFVATFLAFIA 183 Query 186 SLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTF 245 +LL HYLFGG+RLT G LT++AR+QL G ++LLKA AYWLDRYELLS R F Sbjct 184 NLLGHYLFGGIRLTGRNGALTRSARIQLVTLVGILILLKAFAYWLDRYELLSHTRGGKPF 243 Query 246 TGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWP 305 TGAGYTDI+A LPAKL+L+AIAV+CAV+ F+AI LRDLRIPA+ LL+LS+++VG WP Sbjct 244 TGAGYTDINAVLPAKLILLAIAVICAVAVFSAIVLRDLRIPAIGVVLLLLSSLVVGAGWP 303 Query 306 LLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTT 365 L++EQFSV+PNAA E YI R+I ATR+AY + + V YR YPG + V D +T Sbjct 304 LVVEQFSVKPNAAQKESEYISRSIAATRQAYGLTDEVVTYRDYPGNAPATAQQVAADRST 363 Query 366 IAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYR-IDGELQDYIVGVRELSPKSLT 424 + +R+LDP+I+S FTQ QQ KNF+ F E L +DRYR DG L+DY+V REL+P L Sbjct 364 TSNIRVLDPNIVSPAFTQFQQGKNFYFFPEQLAMDRYRDADGNLRDYVVAARELNPDRLI 423 Query 425 GNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGS--G 482 NQ DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + S + + G+ Sbjct 424 DNQRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLASVVGANGNVVS 479 Query 483 RQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIG 538 P++QPR+Y+G VIA DYAIVG PREYD +T YTYTG+GGV IG Sbjct 480 PGPAPLDQPRIYFGPVIANTASDYAIVG--ENGTPREYDYENNVETRNYTYTGSGGVPIG 537 Query 539 NWFNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGR 598 NW R++FA K A+ FLFS IG SK+L +RDP +RV+ VAPWLTTD YP +VN + Sbjct 538 NWLTRSLFAAKFAERNFLFSNVIGENSKILFNRDPADRVEAVAPWLTTDTTVYPAIVNKK 597 Query 599 IVWIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGT 654 IVWIVD YTTLD YPY++ +SL + KQVSY+RNSVKATVDAYDGT Sbjct 598 IVWIVDGYTTLDNYPYSELTSLSSATADSNEVAVNRLALNKQVSYIRNSVKATVDAYDGT 657 Query 655 VTLFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEP 714 VTL+ D DPVL+ WM+ FP T+K + +I EL+ H RYPEDLF+VQR+LLAKYHVD+P Sbjct 658 VTLYAQDETDPVLQAWMKVFPDTIKPKSEISPELQQHLRYPEDLFKVQRALLAKYHVDDP 717 Query 715 REFFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAY 772 FF+T+ FW VP DP A++ QPP+Y++ D + + +F+L SAM + R+FL+AY Sbjct 718 VTFFSTSDFWDVPLDPNPTASSFQPPYYIVAKDLAENNNSAAFQLTSAMNRFRRDFLAAY 777 Query 773 ISAHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNL 830 +SA SDP YGK+TVL +P GP+ N++ +DT V+ + ++ R NRI +GNL Sbjct 778 MSASSDPETYGKITVLTIPGQ--VNGPKLAFNAISTDTAVSQDLGVIGRDNQNRIRWGNL 835 Query 831 LSLPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAES 890 L+LP+ GG+LYV P+Y TS ++ST+P+L RV + + +VGY PT+ ++ Sbjct 836 LTLPVGPGGLLYVAPVYASP-GTSDAASTYPRLIRVAMFYND-------QVGYGPTVRDA 887 Query 891 LDQVFGPGTGRVATARGGDAASAPPPGAGGPAPPQAVPPP----------RTTQPPAAPP 940 L +FG G AT G A + P G PP P +T PPAA P Sbjct 888 LTDLFGAGADATAT---GPAPANLPDGQPAAQPPNGQQPAAQTPGNQAGRASTPPPAAIP 944 Query 941 RGPDVP-------PATVAELRETLADLR 961 GP P A + E++E ++ L+ Sbjct 945 SGPSGPQQLSEAKAAALQEVQEAMSGLQ 972 >gi|134097698|ref|YP_001103359.1| hypothetical protein SACE_1102 [Saccharopolyspora erythraea NRRL 2338] gi|291006342|ref|ZP_06564315.1| hypothetical protein SeryN2_17640 [Saccharopolyspora erythraea NRRL 2338] gi|148841319|sp|A4F8Q9.1|Y1102_SACEN RecName: Full=UPF0182 protein SACE_1102 gi|133910321|emb|CAM00434.1| hypothetical protein SACE_1102 [Saccharopolyspora erythraea NRRL 2338] Length=962 Score = 923 bits (2385), Expect = 0.0, Method: Compositional matrix adjust. Identities = 477/918 (52%), Positives = 619/918 (68%), Gaps = 38/918 (4%) Query 10 PVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVAAV 69 P L +R+R+L+ G +L L+ G RL+ YVDWLWFGEVG R V+ T + +RL + A Sbjct 2 PKLSRRSRILLILGGVVLIALIAGSRLLGTYVDWLWFGEVGRRQVFATQVFSRLGLGVAA 61 Query 70 ALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVCGL 129 V ++L L +AYRSRP FVP DP+A R+ R RLFGWGI + + V+ GL Sbjct 62 GAFVGVVLLLNLWIAYRSRPVFVPVSGPDDPLARYRTVATERSRLFGWGIPIVIAVIAGL 121 Query 130 IASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASLLT 189 A DW +QLF+H FG VDPEFG DI F+ F LPF+R +L+W FVA+ + F+ +L+T Sbjct 122 TAQSDWQTLQLFLHSVPFGQVDPEFGNDISFYTFQLPFWRFLLSWSFVAITVGFIGALVT 181 Query 190 HYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTGAG 249 HY+FGG+RL G + AR+QL+V AG VLLKAV Y+LDRY+LL S R FTGA Sbjct 182 HYIFGGIRLAGRSGQVAAPARIQLSVLAGLFVLLKAVDYFLDRYDLLLSDRNS-LFTGAT 240 Query 250 YTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLLME 309 YTD++A +P KL+L+ IAV CA++FF AIFLR+L+IPA+A LLVLS+ILVG +WP L+E Sbjct 241 YTDLNALMPVKLILMIIAVFCALAFFAAIFLRNLQIPAIATVLLVLSSILVGSVWPALLE 300 Query 310 QFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIAKV 369 QFSVRPNA E I+RN+ ATR A+ IG D V + YPG P +V D TI + Sbjct 301 QFSVRPNANQREALSIERNLAATRSAFGIGADKVTIKDYPGKTALTPGEVADDEGTIPNI 360 Query 370 RLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRI-DGELQDYIVGVRELSPKSLTGNQT 428 RLLDP++LS TFTQ Q NF+ F E LD+DRYR +G+L+DY+V +RE+ L NQ Sbjct 361 RLLDPNVLSDTFTQLTQQYNFYGFNEKLDVDRYREPNGQLRDYLVALREIDTDGLAQNQQ 420 Query 429 DWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGSGRQVIPV 488 WIN+H VYTHGNGF+AAPA+RV++ + + GYP++ +SD+A+ G G IPV Sbjct 421 SWINRHMVYTHGNGFIAAPADRVDSTFQEGA----TQGGYPVFQISDVANGGKG--AIPV 474 Query 489 EQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTVFAT 548 + PRVYYGE++ Q DYAIVGG PG APREYDTD S YTY G GGV +G++FNR VFA Sbjct 475 DNPRVYYGELLNQN--DYAIVGGNPGEAPREYDTDRSAYTYAGKGGVPLGSFFNRLVFAG 532 Query 549 KVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDAYTT 608 + FLF+ IGS+SK++ R+P++RVQ+VAPWL D +PYP VV+G++ WI+D YTT Sbjct 533 YYGERNFLFNTAIGSDSKIMYERNPRDRVQKVAPWLKLDGDPYPAVVDGKVKWIIDGYTT 592 Query 609 LDTYPYAQRSSLEGPVTSP-TGIVRQGKQ-VSYVRNSVKATVDAYDGTVTLFQFDRDDPV 666 LD YPY+Q++ T TG+ RQ Q ++Y+RNSVKATVDAYDG+V L+ D DPV Sbjct 593 LDNYPYSQQTQFGQATTDTLTGVERQPNQPINYIRNSVKATVDAYDGSVDLYAVDEKDPV 652 Query 667 LRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTNAFWSV 726 L+ W FPG VK +I +L+ HFRYPEDLF+VQR LL +YHV P +FF+ FW V Sbjct 653 LKAWQGVFPGVVKPAKEISPQLQEHFRYPEDLFKVQRQLLTQYHVTNPGDFFSNRTFWEV 712 Query 727 PSDPT------NNANATQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISAHSDPA 780 P DPT +N QPP+YVL + QP+F+L SA+ R+ L+A++SA SDP Sbjct 713 PPDPTSSGQGGSNQGNQQPPYYVLAQIEGQNQPTFQLTSALTALKRQNLAAWVSASSDPR 772 Query 781 NYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIH-YGNLLSLPIADGG 839 +YGKLTVL LPTDT T GP Q+QN M S V RTL +GNLL+LP+A GG Sbjct 773 DYGKLTVLRLPTDTQTPGPNQVQNQMESTPEVTENRTLFNNPQVTAIFGNLLTLPVA-GG 831 Query 840 VLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQVFGPGT 899 +LYVEP+Y +R T ++PQL+RVLVS G +VG++ TLA +L+QVFGPG Sbjct 832 LLYVEPIYIQRNET----ESYPQLARVLVSF-------GGKVGFSETLAGALEQVFGPGA 880 Query 900 GRVATARGGDAASAPPPG 917 G+ A GD PPPG Sbjct 881 GQTA----GD---EPPPG 891 >gi|108798386|ref|YP_638583.1| hypothetical protein Mmcs_1415 [Mycobacterium sp. MCS] gi|119867483|ref|YP_937435.1| hypothetical protein Mkms_1433 [Mycobacterium sp. KMS] gi|123070473|sp|Q1BC57.1|Y1415_MYCSS RecName: Full=UPF0182 protein Mmcs_1415 gi|148841324|sp|A1UCT7.1|Y1433_MYCSK RecName: Full=UPF0182 protein Mkms_1433 gi|108768805|gb|ABG07527.1| protein of unknown function UPF0182 [Mycobacterium sp. MCS] gi|119693572|gb|ABL90645.1| protein of unknown function UPF0182 [Mycobacterium sp. KMS] Length=1003 Score = 922 bits (2383), Expect = 0.0, Method: Compositional matrix adjust. Identities = 488/950 (52%), Positives = 642/950 (68%), Gaps = 40/950 (4%) Query 6 PGKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAI 65 P + P L +R+R+L+ + + LLL GPR +D YV+WLWFGE+G+RSV+ TVLLTR+ + Sbjct 6 PARMPKLTRRSRVLIGVALAAVVLLLIGPRFIDTYVNWLWFGELGYRSVFTTVLLTRVVV 65 Query 66 VAAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGV 125 V+L++ IV A L LAYR+RP FVP DP+A R+ VM R RLFG+G+ +G+ Sbjct 66 FLVVSLLIGAIVFAGLALAYRTRPVFVPTAGPNDPIARYRTTVMARLRLFGFGVPAFIGI 125 Query 126 VCGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLA 185 + G++A WV++QLF+HGG FG+ DP+FG D+GF+ FDLPFYR VL++LFVA LAF+A Sbjct 126 LSGIVAQSYWVRIQLFLHGGEFGVTDPQFGLDLGFYAFDLPFYRLVLSYLFVATFLAFIA 185 Query 186 SLLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTF 245 +LL HYLFGG+RLT G LT++AR+QL G ++LLKA AYWLDRYELLS R F Sbjct 186 NLLGHYLFGGIRLTGRNGALTRSARIQLVTLVGILILLKAFAYWLDRYELLSHTRGGKPF 245 Query 246 TGAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWP 305 TGAGYTDI+A LPAKL+L+AIAV+CAV+ F+AI LRDLRIPA+ LL+LS+++VG WP Sbjct 246 TGAGYTDINAVLPAKLILLAIAVICAVAVFSAIVLRDLRIPAIGVVLLLLSSLVVGAGWP 305 Query 306 LLMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTT 365 L++EQFSV+PNAA E YI R+I ATR+AY + + V YR YPG + V D +T Sbjct 306 LVVEQFSVKPNAAQKESEYISRSIAATRQAYGLTDEVVTYRDYPGNAPATAQQVAADRST 365 Query 366 IAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYR-IDGELQDYIVGVRELSPKSLT 424 + +R+LDP+I+S FTQ QQ KNF+ F E L +DRYR DG L+DY+V REL+P L Sbjct 366 TSNIRVLDPNIVSPAFTQFQQGKNFYFFPEQLAMDRYRDADGNLRDYVVAARELNPDRLI 425 Query 425 GNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGS--G 482 NQ DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + S + + G+ Sbjct 426 DNQRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLASVVGANGAVVS 481 Query 483 RQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIG 538 P++QPR+Y+G VIA DYAIVG PREYD +T YTYTG+GGV IG Sbjct 482 PGPAPLDQPRIYFGPVIANTASDYAIVG--ENGTPREYDYENNVETRNYTYTGSGGVPIG 539 Query 539 NWFNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGR 598 NW R++FA K A+ FLFS IG SK+L +RDP +RV+ VAPWLTTD YP +VN + Sbjct 540 NWLTRSLFAAKFAERNFLFSNVIGENSKILFNRDPADRVEAVAPWLTTDTTVYPAIVNKK 599 Query 599 IVWIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGT 654 IVWIVD YTTLD YPY++ +SL + KQVSY+RNSVKATVDAYDGT Sbjct 600 IVWIVDGYTTLDNYPYSELTSLSSATADSNEVAVNRLALNKQVSYIRNSVKATVDAYDGT 659 Query 655 VTLFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEP 714 VTL+ D DPVL+ WM+ FP T+K + +I EL+ H RYPEDLF+VQR+LLAKYHVD+P Sbjct 660 VTLYAQDETDPVLQAWMKVFPDTIKPKSEISPELQQHLRYPEDLFKVQRALLAKYHVDDP 719 Query 715 REFFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAY 772 FF+T+ FW VP DP A++ QPP+Y++ D + + +F+L SAM + R+FL+AY Sbjct 720 VTFFSTSDFWDVPLDPNPTASSFQPPYYIVAKDLAENNNSAAFQLTSAMNRFRRDFLAAY 779 Query 773 ISAHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNL 830 +SA SDP YGK+TVL +P GP+ N++ +DT V+ + ++ R NRI +GNL Sbjct 780 MSASSDPETYGKITVLTIPGQ--VNGPKLAFNAISTDTAVSQDLGVIGRDNQNRIRWGNL 837 Query 831 LSLPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAES 890 L+LP+ GG+LYV P+Y TS ++ST+P+L RV + + +VGY PT+ ++ Sbjct 838 LTLPVGPGGLLYVAPVYASP-GTSDAASTYPRLIRVAMFYND-------QVGYGPTVRDA 889 Query 891 LDQVFGPGTGRVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPP 940 L +FG G DA + P A P A PP QP A P Sbjct 890 LTDLFGA---------GADATATGPAPANLPDGQPAAQPPNGQQPAAQTP 930 >gi|319947970|ref|ZP_08022148.1| hypothetical protein ES5_01530 [Dietzia cinnamea P4] gi|319438361|gb|EFV93303.1| hypothetical protein ES5_01530 [Dietzia cinnamea P4] Length=1025 Score = 920 bits (2377), Expect = 0.0, Method: Compositional matrix adjust. Identities = 502/1007 (50%), Positives = 638/1007 (64%), Gaps = 82/1007 (8%) Query 34 PRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVAAVALVVAGIVLAALLLAYRSRPFFVP 93 PRL Y DWLWFG V SV+ T LLTRL + VAL+V V A ++LAYR+RP F+ Sbjct 38 PRLNTAYTDWLWFGSVDATSVFRTELLTRLGVFVVVALLVGLAVTAGIMLAYRARPVFLA 97 Query 94 DEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVCGLIASFDWVKVQLFVHGGTFGIVDPE 153 D +A R+A+ P + I L V+ G +A W V FV+ FG DP+ Sbjct 98 QPGMPDALARYRAAMGASPGKTVFWIPAVLAVLAGSVAQTGWQTVLAFVNSTPFGETDPQ 157 Query 154 FGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASLLTHYLFGGLRLTTGRGMLTQAARVQL 213 FG DI F+ F+LP +R+++ WL VA+VLAFLA+L THY+FGGLR G LT+AAR+QL Sbjct 158 FGLDISFYAFELPMWRAIVTWLMVAIVLAFLANLFTHYIFGGLRPGAREGALTRAARIQL 217 Query 214 AVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTGAGYTDIHAELPAKLVLVAIAVLCAVS 273 AG VL KA AYWLDRYELL S + TFTGA YTD++A +PAK+ + ++A++CAV+ Sbjct 218 VSLAGLFVLAKAAAYWLDRYELLFS--ENATFTGASYTDVNALMPAKIFMFSVALVCAVA 275 Query 274 FFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLLMEQFSVRPNAADVERPYIQRNIEATR 333 FF+AI +RDLRIPA+A LL+ SA++VG WPL +EQFSV PN A+ ER YI RNIEATR Sbjct 276 FFSAIVIRDLRIPALATVLLLFSALVVGSAWPLAVEQFSVNPNRAEKEREYIARNIEATR 335 Query 334 EAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSF 393 AY IG D V Y G PR+ D+TT++ VR+LDP++L+ TFTQQQQL+NF+ F Sbjct 336 AAYDIGDDRVTYIDNWGSADPNPREAASDITTLSNVRVLDPNVLAPTFTQQQQLRNFYGF 395 Query 394 AEILDIDRYRIDGELQDYIVGVRELSPKSLTGNQTDWINKHTVYTHGNGFVAAPANRVNA 453 E L IDRY IDGE+QD++V REL+P SL NQ DWIN+HTVYTHGNGFVAAPANRVN Sbjct 396 PETLSIDRYTIDGEMQDFLVAARELNPASLQANQRDWINRHTVYTHGNGFVAAPANRVNE 455 Query 454 AARGAENISDSNSGYPIYAVSDIASLGSGRQ-VIPVEQPRVYYGEVIAQADPDYAIVGGA 512 A++ G P Y VSD+ ++ +G +IPV QPR+Y+GE+IAQ+DPDYAIVG Sbjct 456 I---ADDAGSDRGGLPNYQVSDLDAINNGEDMMIPVTQPRIYFGELIAQSDPDYAIVGDN 512 Query 513 PGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTVFATKVAQHKFLFSREIGSESKVLIHRD 572 G PREYDTD +YTYTG+GGV IG W NR +A K A+ L S IG +SK+L RD Sbjct 513 -GDGPREYDTDAEQYTYTGSGGVPIGGWVNRIAYALKFAERNILLSSLIGDDSKILYDRD 571 Query 573 PKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDAYTTLDTYPYAQRSSLEG----PVTSPT 628 P++RVQ+VAPWLTTD N YP V++GRI WIVD YTTL TYPYA+ SSLE ++ + Sbjct 572 PRDRVQKVAPWLTTDTNTYPAVIDGRIKWIVDGYTTLKTYPYAELSSLEAMTSDSLSDGS 631 Query 629 GIVRQGKQVSYVRNSVKATVDAYDGTVTLFQFDRDDPVLRTWMRAFPGTVKSEDQIPDEL 688 G V ++VSY+RNSVKATVDAYDGTV L+ FD DPVL+TWM+A PG V+ D I +EL Sbjct 632 GRVLPDEEVSYIRNSVKATVDAYDGTVDLYAFDESDPVLQTWMKALPGIVQPRDAISEEL 691 Query 689 RAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTNAFWSVPSDPT----------------- 731 H RYPEDLF+VQR LLAKY VD+P +FFT +AFWSVPSDPT Sbjct 692 SEHLRYPEDLFKVQRELLAKYQVDDPGQFFTNDAFWSVPSDPTVTSSIQNPQTPPAAGPG 751 Query 732 -----------------NNANATQPPFYVLVG---DQQSAQPSFRLASAMVGYNREFLSA 771 + +QPP+YV+V D +S +PSF+L SA GY REFL+A Sbjct 752 TAPAPGTAGGPAGAQTVDRDGPSQPPYYVVVSDPTDPESDEPSFQLISAFRGYEREFLAA 811 Query 772 YISAHSDPANYGKLTV-LELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIHYGNL 830 ++SA SDP YG++TV ++ T+ L QGP Q Q+ MI+ +A +R L + I GNL Sbjct 812 HMSASSDPETYGEITVRVQRRTEPLAQGPNQAQDIMIASPAIAQDRRLWGETAEITEGNL 871 Query 831 LSLPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAES 890 L+LP+A VLYVEP+YT+R S FP+L RV+VS VGYAPTL E+ Sbjct 872 LALPLAGDSVLYVEPIYTQR---KDQDSAFPRLLRVMVSYDRA-------VGYAPTLYEA 921 Query 891 LDQV---FGPGTGRVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAPPRGPDVPP 947 L QV P T R+ + A GG + P PR + P A G Sbjct 922 LQQVGIETDPDTVRI-----DETGQAEAQAEGGTSRPAEGTAPRPSSPAAGGGGGGGDEA 976 Query 948 ATVAELRE---------------TLADLRAVLDRLEKAIDAAETPGG 979 + A +RE L+DL L+ L+ A+DA + G Sbjct 977 SREAAVRELNEALNAVRSAQSGGDLSDLGQALEDLQAAVDAYQALGN 1023 >gi|120402813|ref|YP_952642.1| hypothetical protein Mvan_1814 [Mycobacterium vanbaalenii PYR-1] gi|148841339|sp|A1T636.1|Y1814_MYCVP RecName: Full=UPF0182 protein Mvan_1814 gi|119955631|gb|ABM12636.1| protein of unknown function UPF0182 [Mycobacterium vanbaalenii PYR-1] Length=1002 Score = 910 bits (2351), Expect = 0.0, Method: Compositional matrix adjust. Identities = 508/996 (52%), Positives = 663/996 (67%), Gaps = 59/996 (5%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+++ + ++ LLL GPRLVD YV+WLWFGE+G+RSV+ T ++TRL + Sbjct 6 RMPNLTRRSRVMIAVALAVVVLLLLGPRLVDTYVNWLWFGELGYRSVFTTQIVTRLLLFL 65 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 AVA+V +V AA+ LAYR+RP FVP DP+A R+AVM R RL G G+ V +G++ Sbjct 66 AVAVVFGAVVFAAMALAYRTRPVFVPTAGPNDPIARYRTAVMARLRLVGIGVPVAVGLLA 125 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 GLIA W +VQLF+HGG+FG+ DP+FG D+GF+ FDLPFYR +L +LF A LAF+A+L Sbjct 126 GLIAQNYWQRVQLFLHGGSFGVSDPQFGIDLGFYAFDLPFYRLMLTYLFAATFLAFIANL 185 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HYLFGG+RL G L++AAR+QL G ++LLKAVAYWLDRYELLS R FTG Sbjct 186 LGHYLFGGIRLAGRSGALSRAARIQLIALVGFLMLLKAVAYWLDRYELLSHTRGGKPFTG 245 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+ IAV+CA + F+AI LRDLRIPA+ LL+LS+++VG WPL+ Sbjct 246 AGYTDINAVLPAKLILMVIAVICAAAVFSAIVLRDLRIPAIGVVLLLLSSLIVGAGWPLV 305 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SVRPNAA E YI R+I ATR+AY + + V+YR YPG T + V D T + Sbjct 306 VEQISVRPNAAQKESEYISRSITATRQAYGLTDEAVEYRDYPGNATATAQQVAADRATTS 365 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRI-DGELQDYIVGVRELSPKSLTGN 426 +R+LDP+I+S FTQ QQ KNF+ F + L++DRYR DG L+DY+V REL+P L N Sbjct 366 NIRVLDPNIVSPAFTQFQQGKNFYFFPDQLNMDRYRDEDGNLRDYVVAARELNPDRLIDN 425 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGSGRQVI 486 Q DWIN+H+VYTHGNGF+A+PAN V RG N + N GYP + S + G+ +V+ Sbjct 426 QRDWINRHSVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLASVV---GANGEVV 478 Query 487 -----PVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSI 537 P++QPR+Y+G VIA DYAIVG + PREYD T T YTYTG+GGV I Sbjct 479 SPGPAPLDQPRIYFGPVIANTPADYAIVGES--GTPREYDYETNTATRNYTYTGSGGVPI 536 Query 538 GNWFNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNG 597 GNW R+VFA K A+ FLFS IG SK+L +RDP +RV+ VAPWLTTD YP +VN Sbjct 537 GNWLTRSVFAAKYAERNFLFSNVIGENSKILFNRDPADRVEAVAPWLTTDTAVYPAIVNK 596 Query 598 RIVWIVDAYTTLDTYPYAQRSSLEGPVTSPTGI----VRQGKQVSYVRNSVKATVDAYDG 653 RIVWIVD YTTLD YPY++ SL T + ++ KQVSY+RNSVKATVDAYDG Sbjct 597 RIVWIVDGYTTLDNYPYSELMSLSSATTDSNEVALNRLQPDKQVSYIRNSVKATVDAYDG 656 Query 654 TVTLFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDE 713 TVTL+ D DPVL+ WM+ FP TVK + I EL+ H RYPEDLF+VQR+LLAKYHVD+ Sbjct 657 TVTLYAQDEQDPVLQAWMKVFPDTVKPKADITPELQEHLRYPEDLFKVQRALLAKYHVDD 716 Query 714 PREFFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSA 771 P FF+T+ FW VP DP A++ QPP+Y++ D + + SF+L SAM + R+FL+A Sbjct 717 PVTFFSTSDFWDVPLDPNPTASSYQPPYYIVAKDLAENNNSSSFQLTSAMNRFRRDFLAA 776 Query 772 YISAHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGN 829 YISA SDP YGKLTVL +P GP+ N++ +DT V+ + ++ R NRI +GN Sbjct 777 YISASSDPETYGKLTVLTIPGQ--VNGPKLAFNAISTDTAVSQDLGVIGRDNQNRIRWGN 834 Query 830 LLSLPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAE 889 LL+LP+ GG+LYV P+Y S ++S++P+L RV + + ++GY PT+ + Sbjct 835 LLTLPMGQGGLLYVAPVYASP-GASDAASSYPRLIRVAMMYND-------QIGYGPTVRD 886 Query 890 SLDQVFGPGTGRVATARGGDAASAPPPGAGGPAPP---------------QAVPPPRTTQ 934 +L +FGPG AT G AA+ PP G P P QA P + Sbjct 887 ALTDLFGPGADATAT---GPAATEPPAGQ-APQPQGNNQPPAAAPPNRPGQAPTPQQPEV 942 Query 935 PPAAPPRGPDVPPATVAELRETLADLRAVLDRLEKA 970 P A PP GP A A L D+ A LD L+ A Sbjct 943 PVAVPPTGPTQLSAGKA---AALQDVNAALDALQDA 975 >gi|302524555|ref|ZP_07276897.1| UPF0182 protein [Streptomyces sp. AA4] gi|302433450|gb|EFL05266.1| UPF0182 protein [Streptomyces sp. AA4] Length=990 Score = 906 bits (2341), Expect = 0.0, Method: Compositional matrix adjust. Identities = 469/913 (52%), Positives = 615/913 (68%), Gaps = 40/913 (4%) Query 12 LPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVAAVAL 71 L +R+R+L+ ++ LL G RL+D YVDWLWFGE+ RSV+ T L+TR+ + AV L Sbjct 5 LSRRSRILLIIAAVIVLALLAGVRLLDTYVDWLWFGELQARSVFTTQLVTRIVLFFAVGL 64 Query 72 VVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVCGLIA 131 +V G + +LL+AYR+RP FVP + DP++ RS ++ R RLFG GI V GV+ G A Sbjct 65 LVGGALAVSLLIAYRTRPVFVPVSGRDDPLSRYRSVIVSRIRLFGIGIPVLTGVIAGASA 124 Query 132 SFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASLLTHY 191 S DW +QLF++G +FG DPEFG D+GF+ F LPF +L WLFV VV++F +L+ HY Sbjct 125 SGDWQTIQLFLNGTSFGQKDPEFGIDLGFYAFSLPFVNWLLGWLFVTVVVSFFGALIAHY 184 Query 192 LFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTGAGYT 251 +FGG+RL G L R QLA+ G VLLKAV Y+ DRY LL S R P F GA YT Sbjct 185 VFGGIRLAGRGGQLAGPTRAQLAITVGIFVLLKAVEYFFDRYNLLLSDRNMPLFNGATYT 244 Query 252 DIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLLMEQF 311 D++A LPAKL+L+ I+V+CA++FF FLR+L++PA++ LL+LS +LVG WP +++QF Sbjct 245 DLNAVLPAKLILLCISVICAIAFFAGAFLRNLQLPAISLVLLILSGVLVGVAWPAILDQF 304 Query 312 SVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIAKVRL 371 SV+PNA + E IQRN++ATR AY + V+Y YPG V D T++ +RL Sbjct 305 SVKPNANEKEATSIQRNMDATRAAYGLTN--VKYEQYPGKTETTADAVKADTGTVSNIRL 362 Query 372 LDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTGNQTDWI 431 LDP+ILS TFTQ+ +NF+ F LDIDRY I G QDYIV +E+ LTGNQ +WI Sbjct 363 LDPNILSDTFTQRVGRENFYGFPTKLDIDRYTIGGTTQDYIVAAKEMKTDGLTGNQNNWI 422 Query 432 NKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDI---ASLGS--GRQVI 486 NKH VYTHGNGFVAAPAN ++ A + S+S+ GYPI SD A GS G+ I Sbjct 423 NKHMVYTHGNGFVAAPANTIDRAVKD----SNSDGGYPIATTSDTTTPAGAGSVNGQPGI 478 Query 487 PVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSK-YTYTGAGGVSIGNWFNRTV 545 V+QPR+YYGE+ Q+ DYAIVGG PG AP EYDTDT + Y Y G GGVS+ NWFNR + Sbjct 479 KVDQPRIYYGELTNQS--DYAIVGGTPGKAPGEYDTDTQRGYLYQGKGGVSLDNWFNRLM 536 Query 546 FATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDA 605 FA + + K LFS IG SK++ +R+P++RV +VAPWLT D +PYP VV+GRI WIVD Sbjct 537 FAAEYREPKILFSDAIGDGSKIMYNREPRDRVAKVAPWLTLDGDPYPAVVHGRIQWIVDG 596 Query 606 YTTLDTYPYAQRSSL-EGPVTSPTGIVRQGKQ-VSYVRNSVKATVDAYDGTVTLFQFDRD 663 YTTLD YPYAQ++ L E S G+ +Q ++Y+RNSVKATVDA+DGTV L+ D + Sbjct 597 YTTLDNYPYAQQTQLGEATNDSLNGVTKQANNSINYIRNSVKATVDAFDGTVNLYSIDDN 656 Query 664 DPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTTNAF 723 +PVL+ W FPG VK +I ELR+HFRYPEDLF++QR LLA+YHV+ P+EF+ AF Sbjct 657 EPVLKAWENVFPGIVKPSSEISPELRSHFRYPEDLFKIQRELLARYHVESPQEFYAQQAF 716 Query 724 WSVPSDPTNNANAT--------QPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISA 775 WSVP DPT + ++T QP +YVL +P+F+L SA+ G R++LSA++S Sbjct 717 WSVPQDPTEDGSSTTAGSNVANQPGYYVLANAAGEGRPTFQLTSALTGLQRQYLSAWMSI 776 Query 776 HSDPANYGKLTVLELPTDT---LTQGPQQIQNSMISDTRVASERTLLERSNRI-HYGNLL 831 SDP +YG + VL LP + GP Q+QN SD RVA +RTLL N I YGNL+ Sbjct 777 SSDPEDYGTIRVLRLPPASGANQVDGPVQVQNRFQSDPRVAQDRTLLNNPNVIPIYGNLI 836 Query 832 SLPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESL 891 +LP+AD G LYVEP+Y + + ++PQL+RVLVS G ++G+A TL E+L Sbjct 837 TLPVAD-GFLYVEPVYIRQ----RNQLSYPQLARVLVSY-------GAKIGFASTLNEAL 884 Query 892 DQVFGPGTGRVAT 904 DQVFG GTG AT Sbjct 885 DQVFGKGTGAAAT 897 >gi|331694987|ref|YP_004331226.1| hypothetical protein Psed_1122 [Pseudonocardia dioxanivorans CB1190] gi|326949676|gb|AEA23373.1| UPF0182 protein [Pseudonocardia dioxanivorans CB1190] Length=969 Score = 904 bits (2335), Expect = 0.0, Method: Compositional matrix adjust. Identities = 479/906 (53%), Positives = 620/906 (69%), Gaps = 45/906 (4%) Query 10 PVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVAAV 69 P LP+R R+L+ ++ LL G RL+D YV+WLWFGEVGFR V+ TVL TR Sbjct 10 PSLPRRTRILLIIAAVVVVLLFGGSRLIDFYVNWLWFGEVGFREVFTTVLFTRTVQFVLG 69 Query 70 ALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVCGL 129 L++ G+V ++ LAYR RP FVP DP+A R+ V++R RLF GI V +G++ GL Sbjct 70 GLLLGGLVWLSMWLAYRFRPVFVPVSGPEDPIARYRTVVIQRLRLFAIGIPVIVGIIAGL 129 Query 130 IASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASLLT 189 A DW VQ+F+HG +FG DP FG D+ F+ FDLPFYR +L+W+ V V ++F+ +L+T Sbjct 130 AAQGDWQTVQMFLHGTSFGQTDPVFGKDVSFYAFDLPFYRLLLDWVMVGVAISFVFALIT 189 Query 190 HYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTGAG 249 HYLFGG+RL+ G ++ AAR LA AG VLLKA+AY+ DRYELL S R F GA Sbjct 190 HYLFGGIRLSGRSGQISSAARAHLATLAGVFVLLKALAYFFDRYELLFSDRNA-NFNGAT 248 Query 250 YTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLLME 309 YTD++A +PAKL+L+ I+++CA++FF +IF R+L++PA+A LLVLS+IL+G WP +++ Sbjct 249 YTDLNAVMPAKLILLFISIICAIAFFVSIFRRNLQLPAIALVLLVLSSILIGAAWPAILQ 308 Query 310 QFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIAKV 369 QF V PNA + E I RNIEATR+A+ + D V Y G T P V D +TI + Sbjct 309 QFVVGPNANEREATSISRNIEATRQAFGLTDDKVTIEPYSGTSTATPAQVRSDTSTIPNI 368 Query 370 RLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRIDGELQDYIVGVRELSPKSLTGNQTD 429 RLLDP+ L++TFTQ QQ +NF+ F + LDIDRY ++G+ QDY+V REL +L GNQTD Sbjct 369 RLLDPNKLTKTFTQLQQRRNFYGFPQKLDIDRYDVNGQTQDYVVAARELDSSALVGNQTD 428 Query 430 WINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGSGRQVIPVE 489 WIN+H VYTHGNGFVAAPAN+VNAA + G P + VSD ++ G+ IPV+ Sbjct 429 WINRHLVYTHGNGFVAAPANQVNAALED----TGGQGGLPQFTVSDTSTKGA----IPVD 480 Query 490 QPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTSKYTYTGAGGVSIGNWFNRTVFATK 549 +PR+YYGE+I DY+IVG G+APREYD+D+ +YTY G GGVSIGN FNR VFA Sbjct 481 EPRIYYGELIT----DYSIVGAPEGAAPREYDSDSQQYTYEGKGGVSIGNLFNRLVFAIN 536 Query 550 VAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWIVDAYTTL 609 + + LF+ I S+SK++ +RDP +RV+ VAPWLT D +PYP VV+GRI WIVD YTTL Sbjct 537 YGETRILFNGSINSDSKIMYYRDPLQRVKNVAPWLTLDGDPYPAVVDGRIQWIVDGYTTL 596 Query 610 DTYPYAQ--------RSSLEGPVTSPTGIVRQ-GKQVSYVRNSVKATVDAYDGTVTLFQF 660 YPYAQ R SL+G G+ R VSY+RNSVKATVDAYDGTVTL+ F Sbjct 597 QNYPYAQQVPLGTATRDSLQG------GVQRLPDTNVSYLRNSVKATVDAYDGTVTLYAF 650 Query 661 DRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFFTT 720 D DPVL+TW + FPGTV+ I +LRAHFRYPED F+VQR LL +YHVD P EFF+T Sbjct 651 DDTDPVLKTWEKVFPGTVEPSSAISPDLRAHFRYPEDQFKVQRELLTRYHVDNPSEFFST 710 Query 721 NAFWSVPSDPTNNANA-----TQPPFYVLVGDQQSAQPSFRLASAMVGYNREFLSAYISA 775 +FW VPSDPT N QPP+Y+L G +F+L SA+V R+FL+AY++A Sbjct 711 VSFWDVPSDPTVQGNTGAGQEAQPPYYLLTGLPNQPGATFQLTSALVSLQRQFLAAYMTA 770 Query 776 HSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSN-RIHYGNLLSLP 834 SDPA YGK+TVL+LP DT T GPQQ+Q + V+ E LL ++ I YGNLL+LP Sbjct 771 SSDPATYGKITVLQLPADTQTLGPQQVQAQFLGSPSVSQELNLLRQNQTTIDYGNLLTLP 830 Query 835 IADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQV 894 +A GG+LYVEP+Y ER + S++PQL+RVLVS G RVGY+P LA +LDQV Sbjct 831 VA-GGLLYVEPVYIER---AGQDSSYPQLARVLVSY-------GGRVGYSPNLATALDQV 879 Query 895 FGPGTG 900 FG G G Sbjct 880 FGAGAG 885 >gi|183981394|ref|YP_001849685.1| transmembrane protein [Mycobacterium marinum M] gi|226734125|sp|B2HFI5.1|Y1371_MYCMM RecName: Full=UPF0182 protein MMAR_1371 gi|183174720|gb|ACC39830.1| conserved transmembrane protein [Mycobacterium marinum M] Length=995 Score = 903 bits (2333), Expect = 0.0, Method: Compositional matrix adjust. Identities = 490/947 (52%), Positives = 648/947 (69%), Gaps = 42/947 (4%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+L+ +G++ALLL GPRL+D YVDWLWFGE+G+RSV+ TVL+TR + Sbjct 8 RMPKLTRRSRVLILIALGVIALLLAGPRLIDAYVDWLWFGELGYRSVFTTVLVTRFLVFL 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 ++V GIV A L LAYR+RP FVP+ DPVA R+ V+ R RLFG GI +G++ Sbjct 68 VAGVLVGGIVFAGLALAYRTRPVFVPNN-DNDPVARYRTVVLARLRLFGIGIPAAIGLLA 126 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G++A WV++QLF+HGG FGI DP+FG D+GF+ F+LPFYR +L++LFVA+ LAF+A++ Sbjct 127 GIVAQSYWVRIQLFLHGGDFGITDPQFGKDLGFYAFELPFYRLLLSYLFVAIFLAFVANV 186 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 ++HYLFGG+RLT G L+++AR+QL G +VLLKAVAYWLDRYELLS R FTG Sbjct 187 VSHYLFGGIRLTGRSGALSRSARIQLVSLVGVLVLLKAVAYWLDRYELLSHTRGGKPFTG 246 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIAV+CA + F+AI LRDLRIPA+ LL+LS+++VG WP++ Sbjct 247 AGYTDINAVLPAKLILMAIAVICAAAVFSAIVLRDLRIPAIGLVLLLLSSLIVGAAWPMI 306 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SV+PNAA E YI R+I ATR+AY + + V YR+Y G G + V D T + Sbjct 307 VEQISVKPNAAQKESEYISRSITATRQAYGLTSNVVTYRNYTGDGEATAQQVAADRATTS 366 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRY-RIDGELQDYIVGVRELSPKSLTGN 426 +RLLDP I+S FTQ QQ KNF+ F + L IDRY + L+DY+V REL+P L N Sbjct 367 NIRLLDPTIVSPAFTQFQQGKNFYYFPDQLSIDRYFDRNNNLRDYVVAARELNPDRLIDN 426 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGS--GRQ 484 Q DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + V+ + + G+ Sbjct 427 QRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLVNVVGANGTVVSDG 482 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIGNW 540 P++QPR+YYG VI+ DYAIVG A REYD DT YTYTG+GGVS+G+W Sbjct 483 PAPLDQPRIYYGPVISNTPADYAIVGKT--GADREYDYETSADTKNYTYTGSGGVSVGSW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 +RTVFA K A+ FLFS IGS SK+L +RDP +RV+ VAPWLTTD YP +VN R+V Sbjct 541 ISRTVFAAKFAERNFLFSNVIGSNSKILFNRDPAQRVEAVAPWLTTDSAVYPAIVNKRMV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTVT 656 WI+D YTTLD YPY+Q +SL + KQVSY+RNSVKATVDAYDGTVT Sbjct 601 WILDGYTTLDNYPYSQLTSLSSATADSNEVAFNRLLPDKQVSYIRNSVKATVDAYDGTVT 660 Query 657 LFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPRE 716 L+Q D DPVL+ WM+ FPGTVK + I EL AH RYPEDLF+VQR LLAKYHV++P Sbjct 661 LYQQDEQDPVLKAWMQVFPGTVKPKGDISPELAAHLRYPEDLFKVQRMLLAKYHVNDPVT 720 Query 717 FFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYIS 774 FF+T+ FW VP DP A++ QPP+Y++ + + S++L SAM + R++L+AYIS Sbjct 721 FFSTSDFWDVPLDPNPTASSYQPPYYIVAKNIAKNDNSASYQLISAMNRFKRDYLAAYIS 780 Query 775 AHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLS 832 A SDPA YGK+TVL +P GP+ N++ +D V+ + ++ R NRI +GNLL+ Sbjct 781 ASSDPATYGKITVLTIPGQ--VNGPKLANNAITTDPAVSQDLGVIGRDNQNRIRWGNLLT 838 Query 833 LPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLD 892 LP+ GG+LYVEP+Y S ++S++P+L RV + + ++GY PT+ ++L+ Sbjct 839 LPVGQGGLLYVEPVYASP-GASDAASSYPRLIRVAMMYND-------KIGYGPTVRDALN 890 Query 893 QVFGPGTGRVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAP 939 +FGPG GDAA+ P GG P VPP P A P Sbjct 891 GLFGPG--------AGDAATGIQPTEGG--APANVPPNNAPSPEALP 927 >gi|118466197|ref|YP_883285.1| hypothetical protein MAV_4137 [Mycobacterium avium 104] gi|148841366|sp|A0QK47.1|Y4137_MYCA1 RecName: Full=UPF0182 protein MAV_4137 gi|118167484|gb|ABK68381.1| conserved hypothetical protein [Mycobacterium avium 104] Length=993 Score = 902 bits (2332), Expect = 0.0, Method: Compositional matrix adjust. Identities = 475/912 (53%), Positives = 631/912 (70%), Gaps = 32/912 (3%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+L+ +G++ALLL GPRL+D YVDWLWFGE+G+RSV+ TVL+TR + Sbjct 8 RMPKLTRRSRILILIALGVIALLLAGPRLIDAYVDWLWFGELGYRSVFSTVLVTRFVVFL 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 L+V GIV A L +AYR+RP FVP DPVA R+ V+ R RL G+ V +G++ Sbjct 68 IAGLLVGGIVFAGLAVAYRTRPVFVPSN-DNDPVARYRALVLSRLRLVSIGVPVAIGLLA 126 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G+IA WV++QLF+HGG FGI DP+FG D+GF+ F+LPFYR +L++LFVAV LAF+A+L Sbjct 127 GIIAQSYWVRIQLFLHGGDFGIKDPQFGKDLGFYAFELPFYRLLLSYLFVAVFLAFVANL 186 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HY+FGG+RL+ G L+++AR+QL G +VLLKAVAYWLDRYELLS R FTG Sbjct 187 LAHYIFGGIRLSGRTGALSRSARIQLVTLVGLLVLLKAVAYWLDRYELLSHTRGGKPFTG 246 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIA++CA + F+AI +RDLRIPA+ LL+LS+++VG WPL+ Sbjct 247 AGYTDINAVLPAKLILMAIALICAAAVFSAITMRDLRIPAIGLVLLLLSSLIVGAGWPLI 306 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SV+PNAA E YI R+I ATR+AY + D V YR+Y G + V D T + Sbjct 307 VEQISVKPNAAQKESEYISRSITATRQAYGLTSDVVTYRNYTGDAQATAQQVADDRATTS 366 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRY-RIDGELQDYIVGVRELSPKSLTGN 426 +RLLDP I+S FTQ QQ KNF+ F + L IDRY +G L+DY+V REL+P L N Sbjct 367 NIRLLDPTIVSPAFTQFQQGKNFYYFPDQLSIDRYLDRNGALRDYVVAARELNPDRLIDN 426 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGS--GRQ 484 Q DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + V+ + + G+ Sbjct 427 QRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLVNVVGANGNVVSDG 482 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIGNW 540 P++QPRVY+G VI+ DYAIVG A REYD T+T YTYTG GGV IG+W Sbjct 483 PAPLDQPRVYFGPVISNTSADYAIVG--RNGADREYDYETSTETKNYTYTGLGGVPIGDW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 +R+VFA K A+ FLFS IGS SK+L +RDP RV+ VAPWLTTD + YP +VN R+V Sbjct 541 LSRSVFAAKFAERNFLFSNVIGSNSKILFNRDPARRVEAVAPWLTTDSSVYPAIVNKRLV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTVT 656 WI+D YTTLD YPY++ +SLE + K+VSY+RNSVKATVDAYDGTVT Sbjct 601 WIIDGYTTLDNYPYSELTSLESATADSNEVAFNKLAPDKRVSYIRNSVKATVDAYDGTVT 660 Query 657 LFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPRE 716 L+Q D DPVL+ WM+ FPGTVK + I EL H RYPEDLF+VQR LLAKYHV++P Sbjct 661 LYQQDEQDPVLKAWMQVFPGTVKPKSDISPELAEHLRYPEDLFKVQRMLLAKYHVNDPVT 720 Query 717 FFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYIS 774 FF+T+ FW VP DP A++ QPP+Y++ + + S++L SAM + R++L+AYIS Sbjct 721 FFSTSDFWDVPLDPNPTASSYQPPYYIVAKNIAKNDNSSSYQLTSAMNRFKRDYLAAYIS 780 Query 775 AHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLS 832 A SDPA YG++TVL +P GP+ N++ +D V+ + ++ R NRI +GNLL+ Sbjct 781 ASSDPATYGRITVLTIPGQ--VNGPKLANNAITTDPAVSQDLGVIGRDNQNRIRWGNLLT 838 Query 833 LPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLD 892 LP+ GG+LYVEP+Y S ++S++P+L RV + + ++GY PT+ ++L Sbjct 839 LPVGQGGLLYVEPVYASP-GASDAASSYPRLIRVAMMYND-------KIGYGPTVRDALT 890 Query 893 QVFGPGTGRVAT 904 +FGPG G AT Sbjct 891 GLFGPGAGAAAT 902 >gi|254776574|ref|ZP_05218090.1| hypothetical protein MaviaA2_18164 [Mycobacterium avium subsp. avium ATCC 25291] Length=993 Score = 902 bits (2331), Expect = 0.0, Method: Compositional matrix adjust. Identities = 475/912 (53%), Positives = 631/912 (70%), Gaps = 32/912 (3%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+L+ +G++ALLL GPRL+D YVDWLWFGE+G+RSV+ TVL+TR + Sbjct 8 RMPKLTRRSRILILIALGVIALLLAGPRLIDAYVDWLWFGELGYRSVFSTVLVTRFVVFF 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 L+V GIV A L +AYR+RP FVP DPVA R+ V+ R RL G+ V +G++ Sbjct 68 IAGLLVGGIVFAGLAVAYRTRPVFVPSN-DNDPVARYRALVLSRLRLVSVGVPVAIGLLA 126 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G+IA WV++QLF+HGG FGI DP+FG D+GF+ F+LPFYR +L++LFVAV LAF+A+L Sbjct 127 GIIAQSYWVRIQLFLHGGDFGIKDPQFGKDLGFYAFELPFYRLLLSYLFVAVFLAFVANL 186 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HY+FGG+RL+ G L+++AR+QL G +VLLKAVAYWLDRYELLS R FTG Sbjct 187 LAHYIFGGIRLSGRTGALSRSARIQLVTLVGLLVLLKAVAYWLDRYELLSHTRGGKPFTG 246 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIA++CA + F+AI +RDLRIPA+ LL+LS+++VG WPL+ Sbjct 247 AGYTDINAVLPAKLILMAIALICAAAVFSAITMRDLRIPAIGLVLLLLSSLIVGAGWPLI 306 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SV+PNAA E YI R+I ATR+AY + D V YR+Y G + V D T + Sbjct 307 VEQISVKPNAAQKESEYISRSITATRQAYGLTSDVVTYRNYTGDAQATAQQVADDRATTS 366 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRY-RIDGELQDYIVGVRELSPKSLTGN 426 +RLLDP I+S FTQ QQ KNF+ F + L IDRY +G L+DY+V REL+P L N Sbjct 367 NIRLLDPTIVSPAFTQFQQGKNFYYFPDQLSIDRYLDRNGALRDYVVAARELNPDRLIDN 426 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGS--GRQ 484 Q DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + V+ + + G+ Sbjct 427 QRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLVNVVGANGNVVSDG 482 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIGNW 540 P++QPRVY+G VI+ DYAIVG A REYD T+T YTYTG GGV IG+W Sbjct 483 PAPLDQPRVYFGPVISNTSADYAIVG--RNGADREYDYETSTETKNYTYTGLGGVPIGDW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 +R+VFA K A+ FLFS IGS SK+L +RDP RV+ VAPWLTTD + YP +VN R+V Sbjct 541 LSRSVFAAKFAERNFLFSNVIGSNSKILFNRDPARRVEAVAPWLTTDSSVYPAIVNKRLV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTVT 656 WI+D YTTLD YPY++ +SLE + K+VSY+RNSVKATVDAYDGTVT Sbjct 601 WIIDGYTTLDNYPYSELTSLESATADSNEVAFNKLAPDKRVSYIRNSVKATVDAYDGTVT 660 Query 657 LFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPRE 716 L+Q D DPVL+ WM+ FPGTVK + I EL H RYPEDLF+VQR LLAKYHV++P Sbjct 661 LYQQDEQDPVLKAWMQVFPGTVKPKSDISPELAEHLRYPEDLFKVQRMLLAKYHVNDPVT 720 Query 717 FFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYIS 774 FF+T+ FW VP DP A++ QPP+Y++ + + S++L SAM + R++L+AYIS Sbjct 721 FFSTSDFWDVPLDPNPTASSYQPPYYIVAKNIAKNDNSSSYQLTSAMNRFKRDYLAAYIS 780 Query 775 AHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLS 832 A SDPA YG++TVL +P GP+ N++ +D V+ + ++ R NRI +GNLL+ Sbjct 781 ASSDPATYGRITVLTIPGQ--VNGPKLANNAITTDPAVSQDLGVIGRDNQNRIRWGNLLT 838 Query 833 LPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLD 892 LP+ GG+LYVEP+Y S ++S++P+L RV + + ++GY PT+ ++L Sbjct 839 LPVGQGGLLYVEPVYASP-GASDAASSYPRLIRVAMMYND-------KIGYGPTVRDALT 890 Query 893 QVFGPGTGRVAT 904 +FGPG G AT Sbjct 891 GLFGPGAGAAAT 902 >gi|41409389|ref|NP_962225.1| hypothetical protein MAP3291c [Mycobacterium avium subsp. paratuberculosis K-10] gi|76363489|sp|Q73US5.1|Y3291_MYCPA RecName: Full=UPF0182 protein MAP_3291c gi|41398220|gb|AAS05841.1| hypothetical protein MAP_3291c [Mycobacterium avium subsp. paratuberculosis K-10] Length=993 Score = 902 bits (2331), Expect = 0.0, Method: Compositional matrix adjust. Identities = 475/912 (53%), Positives = 631/912 (70%), Gaps = 32/912 (3%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+L+ +G++ALLL GPRL+D YVDWLWFGE+G+RSV+ TVL+TR + Sbjct 8 RMPKLTRRSRILILIALGVIALLLAGPRLIDAYVDWLWFGELGYRSVFSTVLVTRFVVFL 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 L+V GIV A L +AYR+RP FVP DPVA R+ V+ R RL G+ V +G++ Sbjct 68 IAGLLVGGIVFAGLAVAYRTRPVFVPSN-DNDPVARYRALVLSRLRLVSVGVPVAIGLLA 126 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G+IA WV++QLF+HGG FGI DP+FG D+GF+ F+LPFYR +L++LFVAV LAF+A+L Sbjct 127 GIIAQSYWVRIQLFLHGGDFGIKDPQFGKDLGFYAFELPFYRLLLSYLFVAVFLAFVANL 186 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HY+FGG+RL+ G L+++AR+QL G +VLLKAVAYWLDRYELLS R TG Sbjct 187 LAHYIFGGIRLSGRTGALSRSARIQLVTLVGLLVLLKAVAYWLDRYELLSHTRGGKPITG 246 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIA++CA + F+AI +RDLRIPA+ LL+LS+++VG WPL+ Sbjct 247 AGYTDINAVLPAKLILMAIALICAAAVFSAITMRDLRIPAIGLVLLLLSSLIVGAGWPLI 306 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SV+PNAA E YI R+I ATR+AY + D V YR+Y G + V D T + Sbjct 307 VEQISVKPNAAQKESEYISRSITATRQAYGLTSDVVTYRNYTGDAQATAQQVADDRATTS 366 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRY-RIDGELQDYIVGVRELSPKSLTGN 426 +RLLDP I+S FTQ QQ KNF+ F + L IDRY +G L+DY+V VREL+P L N Sbjct 367 NIRLLDPTIVSPAFTQFQQGKNFYYFPDQLSIDRYLDRNGALRDYVVAVRELNPDRLIDN 426 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGS--GRQ 484 Q DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + V+ + + G+ Sbjct 427 QRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLVNVVGANGNVVSDG 482 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIGNW 540 P++QPRVY+G VI+ DYAIVG A REYD T+T YTYTG GGV IG+W Sbjct 483 PAPLDQPRVYFGPVISNTSADYAIVG--RNGADREYDYETSTETKNYTYTGLGGVPIGDW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 +R+VFA K A+ FLFS IGS SK+L +RDP RV+ VAPWLTTD + YP +VN R+V Sbjct 541 LSRSVFAAKFAERNFLFSNVIGSNSKILFNRDPARRVEAVAPWLTTDSSVYPAIVNKRLV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTVT 656 WI+D YTTLD YPY++ +SLE + K+VSY+RNSVKATVDAYDGTVT Sbjct 601 WIIDGYTTLDNYPYSELTSLESATADSNEVAFNKLAPDKRVSYIRNSVKATVDAYDGTVT 660 Query 657 LFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPRE 716 L+Q D DPVL+ WM+ FPGTVK + I EL H RYPEDLF+VQR LLAKYHV++P Sbjct 661 LYQQDEQDPVLKAWMQVFPGTVKPKSDISPELAEHLRYPEDLFKVQRMLLAKYHVNDPVT 720 Query 717 FFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYIS 774 FF+T+ FW VP DP A++ QPP+Y++ + + S++L SAM + R++L+AYIS Sbjct 721 FFSTSDFWDVPLDPNPTASSYQPPYYIVAKNIAKNDNSSSYQLTSAMNRFKRDYLAAYIS 780 Query 775 AHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLS 832 A SDPA YG++TVL +P GP+ N++ +D V+ + ++ R NRI +GNLL+ Sbjct 781 ASSDPATYGRITVLTIPGQ--VNGPKLANNAITTDPAVSQDLGVIGRDNQNRIRWGNLLT 838 Query 833 LPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLD 892 LP+ GG+LYVEP+Y S ++S++P+L RV + + ++GY PT+ ++L Sbjct 839 LPVGQGGLLYVEPVYASP-GASDAASSYPRLIRVAMMYND-------KIGYGPTVRDALT 890 Query 893 QVFGPGTGRVAT 904 +FGPG G AT Sbjct 891 GLFGPGAGAAAT 902 >gi|296169044|ref|ZP_06850706.1| integral membrane protein [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295896303|gb|EFG75962.1| integral membrane protein [Mycobacterium parascrofulaceum ATCC BAA-614] Length=911 Score = 901 bits (2328), Expect = 0.0, Method: Compositional matrix adjust. Identities = 481/929 (52%), Positives = 640/929 (69%), Gaps = 41/929 (4%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+L+ +G++ALLL GPRL+D YVDWLWFGE+G+RSV+ TVL+TR + Sbjct 8 RMPKLTRRSRILILIALGVIALLLAGPRLIDAYVDWLWFGELGYRSVFTTVLVTRFIVFL 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 L+V GIV A L +AYR+RP FVP DPVA R+ V+ R RL G G+ V +G++ Sbjct 68 VAGLLVGGIVFAGLAVAYRTRPVFVPSN-DNDPVARYRAVVLSRLRLVGIGVPVAIGLLA 126 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G+IA WV++QLF+HGG FGI DP+FG D+GF+ FDLPFYR +L++LFVA LAF+A+L Sbjct 127 GIIAQSYWVRIQLFLHGGDFGIRDPQFGKDLGFYAFDLPFYRLLLSYLFVATFLAFVANL 186 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HY+FGG+RL+ G L+++AR+QL G +V+LKAVAYWLDRYELLS R FTG Sbjct 187 LAHYIFGGIRLSGRTGALSRSARIQLVTVVGLLVVLKAVAYWLDRYELLSHTRGGKPFTG 246 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIA++CA + F+AI L+DLRIPA+ LL+LS+++VG WP++ Sbjct 247 AGYTDINAVLPAKLILMAIALICAAAVFSAIVLKDLRIPAIGLVLLLLSSLIVGAAWPMI 306 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SV+PNAA E YI R+I ATR+AY + D V YR+Y G + V D T + Sbjct 307 VEQISVKPNAAQKESEYISRSIGATRQAYGLTSDVVTYRTYAGDTQATAQQVADDRATTS 366 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRID--GELQDYIVGVRELSPKSLTG 425 +RLLDP I+S FTQ QQ KNF+ F + L IDRY +D G L+DY+V REL+P L Sbjct 367 NIRLLDPTIVSPAFTQFQQGKNFYYFPDQLSIDRY-VDRTGALRDYVVAARELNPDRLID 425 Query 426 NQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGS--GR 483 NQ DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + V+ + + G+ Sbjct 426 NQRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLVNVVGANGNVVSD 481 Query 484 QVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTS----KYTYTGAGGVSIGN 539 P++QPR+YYG VI+ DYAIVG A REYD +TS YTYTG GGV +G+ Sbjct 482 GPAPLDQPRIYYGPVISSTSADYAIVG--RNGADREYDYETSAETKNYTYTGLGGVPVGD 539 Query 540 WFNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRI 599 W +R+VFA K A+ FLFS IGS S++L +RDP RV+ VAPWLTTD + YP +VN R+ Sbjct 540 WLSRSVFAAKFAERNFLFSNVIGSNSRILFNRDPARRVEAVAPWLTTDSSVYPAIVNKRL 599 Query 600 VWIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTV 655 VWI+DAYTTLD YPY++ +SLE + KQVSY+RNSVKATVDAYDGTV Sbjct 600 VWIIDAYTTLDNYPYSELTSLESATADSNEVAFNKLAPDKQVSYIRNSVKATVDAYDGTV 659 Query 656 TLFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPR 715 TL+Q D +DPVL+ WM+ FPGTVK + I EL H RYPEDLF+VQR LLAKYHV++P Sbjct 660 TLYQQDEEDPVLKAWMQVFPGTVKPKSDITPELAEHLRYPEDLFKVQRMLLAKYHVNDPV 719 Query 716 EFFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYI 773 FF+T+ FW VP DP A++ QPP+Y++ + +Q S++L SAM + R++L+AYI Sbjct 720 TFFSTSDFWDVPLDPNPTASSYQPPYYIVAKNIAKQDNTASYQLTSAMNRFKRDYLAAYI 779 Query 774 SAHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLL 831 SA SDPA YG++TVL +P GP+ N++ +D V+ + ++ R NRI +GNLL Sbjct 780 SASSDPATYGRITVLTIPGQ--VNGPKLANNAITTDPAVSQDLGVIGRDNQNRIRWGNLL 837 Query 832 SLPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESL 891 +LP+ GG+LYVEP+Y S ++S++P+L RV + + ++GY PT+ ++L Sbjct 838 TLPVGQGGLLYVEPVYASP-GASDAASSYPRLIRVAMMYND-------KIGYGPTVRDAL 889 Query 892 DQVFGPGTGRVATARGGDAASAPPPGAGG 920 +FGPG G AT S P AGG Sbjct 890 TGLFGPGAGAAAT-------SIQPTEAGG 911 >gi|336459542|gb|EGO38479.1| hypothetical protein MAPs_02700 [Mycobacterium avium subsp. paratuberculosis S397] Length=993 Score = 900 bits (2326), Expect = 0.0, Method: Compositional matrix adjust. Identities = 474/912 (52%), Positives = 631/912 (70%), Gaps = 32/912 (3%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+L+ +G++ALLL GPRL+D YVDWLWFGE+G+RSV+ TVL+TR + Sbjct 8 RMPKLTRRSRILILIALGVIALLLAGPRLIDAYVDWLWFGELGYRSVFSTVLVTRFVVFL 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 L+V GIV A L +AYR+RP FVP DPVA R+ V+ R RL G+ V +G++ Sbjct 68 IAGLLVGGIVFAGLAVAYRTRPVFVPSN-DNDPVARYRALVLSRLRLVSVGVPVAIGLLA 126 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G+IA WV++QLF+HGG FGI DP+FG D+GF+ F+LPFYR +L++LFVAV LAF+A+L Sbjct 127 GIIAQSYWVRIQLFLHGGDFGIKDPQFGKDLGFYAFELPFYRLLLSYLFVAVFLAFVANL 186 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HY+FGG+RL+ G L+++AR+QL G +VLLKAVAYWLDRYELLS R FTG Sbjct 187 LAHYIFGGIRLSGRTGALSRSARIQLVTLVGLLVLLKAVAYWLDRYELLSHTRGGKPFTG 246 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIA++CA + F+AI +RDLRIPA+ LL+LS+++VG WPL+ Sbjct 247 AGYTDINAVLPAKLILMAIALICAAAVFSAITMRDLRIPAIGLVLLLLSSLIVGAGWPLI 306 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SV+PNAA E YI R+I ATR+AY + D V YR+Y G + V D T + Sbjct 307 VEQISVKPNAAQKESEYISRSITATRQAYGLTSDVVTYRNYTGDAQATAQQVADDRATTS 366 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRY-RIDGELQDYIVGVRELSPKSLTGN 426 +RLL+P I+S FTQ QQ KNF+ F + L IDRY +G L+DY+V REL+P L N Sbjct 367 NIRLLNPTIVSPAFTQFQQGKNFYYFPDQLSIDRYLDRNGALRDYVVAARELNPDRLIDN 426 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGS--GRQ 484 Q DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + V+ + + G+ Sbjct 427 QRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLVNVVGANGNVVSDG 482 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIGNW 540 P++QPRVY+G VI+ DYAIVG A REYD T+T YTYTG GGV IG+W Sbjct 483 PAPLDQPRVYFGPVISNTSADYAIVG--RNGADREYDYETSTETKNYTYTGLGGVPIGDW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 +R+VFA K A+ FLFS IGS SK+L +RDP RV+ VAPWLTTD + YP +VN R+V Sbjct 541 LSRSVFAAKFAERNFLFSNVIGSNSKILFNRDPARRVEAVAPWLTTDSSVYPAIVNKRLV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTVT 656 WI+D YTTLD YPY++ +SLE + K+VSY+RNSVKATVDAYDGTVT Sbjct 601 WIIDGYTTLDNYPYSELTSLESATADSNEVAFNKLAPDKRVSYIRNSVKATVDAYDGTVT 660 Query 657 LFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPRE 716 L+Q D DPVL+ WM+ FPGTVK + I EL H RYPEDLF+VQR LLAKYHV++P Sbjct 661 LYQQDEQDPVLKAWMQVFPGTVKPKSDISPELAEHLRYPEDLFKVQRMLLAKYHVNDPVT 720 Query 717 FFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYIS 774 FF+T+ FW VP DP A++ QPP+Y++ + + S++L SAM + R++L+AYIS Sbjct 721 FFSTSDFWDVPLDPNPTASSYQPPYYIVAKNIAKNDNSSSYQLTSAMNRFKRDYLAAYIS 780 Query 775 AHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLS 832 A SDPA YG++TVL +P GP+ N++ +D V+ + ++ R NRI +GNLL+ Sbjct 781 ASSDPATYGRITVLTIPGQ--VNGPKLANNAITTDPAVSQDLGVIGRDNQNRIRWGNLLT 838 Query 833 LPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLD 892 LP+ GG+LYVEP+Y S ++S++P+L RV + + ++GY PT+ ++L Sbjct 839 LPVGQGGLLYVEPVYASP-GASDAASSYPRLIRVAMMYND-------KIGYGPTVRDALT 890 Query 893 QVFGPGTGRVAT 904 +FGPG G AT Sbjct 891 GLFGPGAGAAAT 902 >gi|118617987|ref|YP_906319.1| hypothetical protein MUL_2505 [Mycobacterium ulcerans Agy99] gi|148841352|sp|A0PR79.1|Y2505_MYCUA RecName: Full=UPF0182 protein MUL_2505 gi|118570097|gb|ABL04848.1| conserved transmembrane protein [Mycobacterium ulcerans Agy99] Length=995 Score = 899 bits (2323), Expect = 0.0, Method: Compositional matrix adjust. Identities = 487/947 (52%), Positives = 646/947 (69%), Gaps = 42/947 (4%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+L+ +G++ALLL GPRL+D YVDWLWFGE+G+ SV+ TVL+TR + Sbjct 8 RMPKLTRRSRVLILIALGVIALLLAGPRLIDAYVDWLWFGELGYLSVFTTVLVTRFLVFL 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 ++V GIV A L LAYR+RP FVP+ DPVA R+ V+ R RLFG GI +G++ Sbjct 68 VAGVLVGGIVFAGLALAYRTRPVFVPNN-DNDPVARYRTVVLARLRLFGIGIPAAIGLLA 126 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G++A WV++QLF+HGG FGI DP+FG D+GF+ F+LPFYR +L++LFVA+ LAF+A++ Sbjct 127 GIVAQSYWVRIQLFLHGGDFGITDPQFGKDLGFYAFELPFYRLLLSYLFVAIFLAFVANV 186 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 ++HYLFGG+RLT G L+++AR+QL G +VLLK VAYWL+RYELLS R FTG Sbjct 187 VSHYLFGGIRLTGRSGALSRSARIQLVSLVGVLVLLKTVAYWLNRYELLSHTRGGKPFTG 246 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIAV+CA + F+AI LRDLRIPA+ LL+LS+++VG WP++ Sbjct 247 AGYTDINAVLPAKLILMAIAVICAAAVFSAIVLRDLRIPAIGLVLLLLSSLIVGAAWPMI 306 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SV+PNAA E YI R+I ATR+AY + + V YR+Y G G + V D T + Sbjct 307 VEQISVKPNAAQKESEYISRSITATRQAYGLTSNVVTYRNYTGDGEATAQQVAADRATTS 366 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRY-RIDGELQDYIVGVRELSPKSLTGN 426 +RLLDP I+S FTQ QQ KNF+ F + L IDRY + L+DY+V REL+P L N Sbjct 367 NIRLLDPTIVSPAFTQFQQGKNFYYFPDQLSIDRYFDRNNNLRDYVVAARELNPDRLIDN 426 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGS--GRQ 484 Q DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + V+ + + G+ Sbjct 427 QRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLVNVVGANGTVVSDG 482 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIGNW 540 P++QPR+YYG VI+ DYAIVG A REYD DT YTYTG+GGVS+G+W Sbjct 483 PAPLDQPRIYYGPVISNTPADYAIVGKT--GADREYDYETSADTKNYTYTGSGGVSVGSW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 +RTVFA K A+ FLFS IGS SK+L +RDP +RV+ VAPWLTTD YP +VN R+V Sbjct 541 ISRTVFAAKFAERNFLFSNVIGSNSKILFNRDPAQRVEAVAPWLTTDSAVYPAIVNKRMV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTVT 656 WI+D YTTLD YPY+Q +SL + KQVSY+RNSVKATVDAYDGTVT Sbjct 601 WILDGYTTLDNYPYSQLTSLSSATADSNEVAFNRLLPDKQVSYIRNSVKATVDAYDGTVT 660 Query 657 LFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPRE 716 L+Q D DPVL+ WM+ FPGTVK + I EL AH RYPEDLF+VQR LLAKYHV++P Sbjct 661 LYQQDEQDPVLKAWMQVFPGTVKPKGDISPELAAHLRYPEDLFKVQRMLLAKYHVNDPVT 720 Query 717 FFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYIS 774 FF+T+ FW VP DP A++ QPP+Y++ + + S++L SAM + R++L+AYIS Sbjct 721 FFSTSDFWDVPLDPNPTASSYQPPYYIVAKNIAKNDNSASYQLISAMNRFKRDYLAAYIS 780 Query 775 AHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLS 832 A SDPA YGK+TVL +P GP+ N++ +D V+ + ++ R NRI +GNLL+ Sbjct 781 ASSDPATYGKITVLTIPGQ--VNGPKLANNAITTDPAVSQDLGVIGRDNQNRIRWGNLLT 838 Query 833 LPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLD 892 LP+ GG+LYVEP+Y S ++S++P+L RV + + ++GY PT+ ++L+ Sbjct 839 LPVGQGGLLYVEPVYASP-GASDAASSYPRLIRVAMMYND-------KIGYGPTVRDALN 890 Query 893 QVFGPGTGRVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAAP 939 +FGPG GDAA+ P GG P VPP P A P Sbjct 891 GLFGPG--------AGDAATGIQPTEGG--APANVPPNNAPSPEALP 927 >gi|333991545|ref|YP_004524159.1| transmembrane protein [Mycobacterium sp. JDM601] gi|333487513|gb|AEF36905.1| transmembrane protein [Mycobacterium sp. JDM601] Length=980 Score = 895 bits (2314), Expect = 0.0, Method: Compositional matrix adjust. Identities = 468/910 (52%), Positives = 624/910 (69%), Gaps = 31/910 (3%) Query 10 PVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVAAV 69 P L R+R+++ + + ++ LLL GPRL+D YVDWLWFGE+G+RSV++T LLTRL V Sbjct 2 PKLTPRSRIMIGSALAVIVLLLVGPRLIDGYVDWLWFGELGYRSVFVTTLLTRLIAFVVV 61 Query 70 ALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVCGL 129 LVV GIV AAL +A+R RP FVP DPVA R+AV+ R RL +GI +G++ G+ Sbjct 62 GLVVGGIVFAALAMAFRVRPVFVPSNGANDPVARYRTAVLSRLRLVAFGIPTGIGLLAGI 121 Query 130 IASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASLLT 189 +A WV++QLF+HGG FGI DP+FG D+GF+ FDLPFYR ++ L V LA +A+L T Sbjct 122 VAQSYWVRIQLFLHGGDFGIADPQFGKDLGFYAFDLPFYRLIIGLLLVTFFLAAIANLTT 181 Query 190 HYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTGAG 249 HY+FGG+RL+ G L++ AR+Q+ G +VLLKA AYWLDRYELLS R FTGAG Sbjct 182 HYIFGGIRLSGRAGALSRPARIQVVSLIGTLVLLKAAAYWLDRYELLSHTRTGKPFTGAG 241 Query 250 YTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLLME 309 YTDI+A LPAK++L+AIA++CA++ F+AI LRDL+IPA+ LL+LS++++G WPLL+E Sbjct 242 YTDINAVLPAKMILLAIALICAIAVFSAIVLRDLQIPAIGLVLLLLSSVVIGAGWPLLVE 301 Query 310 QFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIAKV 369 QFSV+PNAA E YI R+I ATR AY + D V YR+Y G V D T + + Sbjct 302 QFSVKPNAAQKESEYISRSIAATRHAYGLTEDVVTYRNYSGDARATAAQVGADAATTSNI 361 Query 370 RLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYR-IDGELQDYIVGVRELSPKSLTGNQT 428 RLLDP I+S FTQ QQ KNF+ F + L IDRYR +G+L+DY+V REL+P L NQ Sbjct 362 RLLDPTIVSPAFTQFQQGKNFYFFPDQLTIDRYRDSEGQLRDYVVAARELNPDRLIDNQR 421 Query 429 DWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGSGRQVIP- 487 DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + + + + G+ P Sbjct 422 DWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLANVVGANGTVVSAGPA 477 Query 488 -VEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYD----TDTSKYTYTGAGGVSIGNWFN 542 ++QPRVYYG VIA DYAIVG REYD T+T YTYTG GGV+IGNW Sbjct 478 RLDQPRVYYGPVIADTVADYAIVG--RNGPDREYDYETNTETKNYTYTGEGGVNIGNWLA 535 Query 543 RTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIVWI 602 R+VFA K A+ FLFS IG+ESK+L +RDP RVQ VAPWLTTD YP +VN R+VWI Sbjct 536 RSVFAAKFAERNFLFSSVIGAESKILFNRDPAGRVQAVAPWLTTDSTVYPAIVNKRLVWI 595 Query 603 VDAYTTLDTYPYAQRSSLEGPVTSPTGI----VRQGKQVSYVRNSVKATVDAYDGTVTLF 658 +D YTTLD YPY++ +SL + + ++VSY+RNSVKATVDAYDGTV L+ Sbjct 596 IDGYTTLDNYPYSELTSLSSATMDSKEVEFNRLLPDRRVSYIRNSVKATVDAYDGTVNLY 655 Query 659 QFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPREFF 718 D DPVL+ WM+ FPGTVK + +I EL H RYPEDLF+VQR LLAKYHV++P FF Sbjct 656 AQDEQDPVLQAWMKVFPGTVKPKAEISAELAEHLRYPEDLFKVQRMLLAKYHVNDPITFF 715 Query 719 TTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYISAH 776 +T+ FW VP DP A++ QPP+Y++ + ++ S++L SAM + R++L+AYISA Sbjct 716 STSDFWDVPLDPNPTASSFQPPYYIVAKNLVKEDGSASYQLTSAMNRFKRDYLAAYISAS 775 Query 777 SDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLSLP 834 SDP YG++TVL +P GP+ N++ +DT V+ + ++ R NRI +GNLL+LP Sbjct 776 SDPDTYGQITVLTIPGQ--VNGPKLANNAITTDTAVSQDLGVIGRDNQNRIRWGNLLTLP 833 Query 835 IADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLDQV 894 +A GG+LYVEP+Y +S ++S++P+L RV + + ++GY PT++++L + Sbjct 834 VAQGGLLYVEPVYASP-GSSDAASSYPRLIRVAMMYND-------KIGYGPTVSDALTGL 885 Query 895 FGPGTGRVAT 904 FGPG AT Sbjct 886 FGPGASAAAT 895 >gi|169630579|ref|YP_001704228.1| hypothetical protein MAB_3498c [Mycobacterium abscessus ATCC 19977] gi|226703843|sp|B1MEW8.1|Y3498_MYCA9 RecName: Full=UPF0182 protein MAB_3498c gi|169242546|emb|CAM63574.1| Conserved hypothetical protein [Mycobacterium abscessus] Length=988 Score = 894 bits (2310), Expect = 0.0, Method: Compositional matrix adjust. Identities = 470/909 (52%), Positives = 621/909 (69%), Gaps = 39/909 (4%) Query 7 GKRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIV 66 G P L +R+R LV A + ++ LLL GPRLVD Y++WLWFGE+GFR V+ TVLLTRLA+ Sbjct 7 GALPRLTRRSRRLVAASLVIVVLLLIGPRLVDTYINWLWFGELGFRGVFTTVLLTRLALF 66 Query 67 AAVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVV 126 V +VA +V A LAYR+RP FVP + D +A R+ ++ R RLF G+ + +GV+ Sbjct 67 LIVGTLVAAVVFAGFGLAYRARPVFVPAKGPGDALAQYRALILSRVRLFLIGVPILIGVL 126 Query 127 CGLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLAS 186 G++A W+ VQLF+ GG FGI DP+FG D+GFF FDLPFYR VL +LF+A +A + + Sbjct 127 AGVVAQSYWMPVQLFLEGGDFGIKDPQFGLDLGFFAFDLPFYRFVLTYLFIAASIALIVN 186 Query 187 LLTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFT 246 L HY+FGG+RL+ G L++ AR+QL FAG +VLLK AYWLDRYELLS R FT Sbjct 187 GLVHYIFGGIRLSGRSGTLSRPARIQLITFAGILVLLKVAAYWLDRYELLSHTRAGKPFT 246 Query 247 GAGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPL 306 GAGYTDI+A LPAKL+L+AIAV+CAV+ F+A+ L+DLRIPA+ ALL+LS+++VG WPL Sbjct 247 GAGYTDINAVLPAKLILLAIAVICAVAVFSALVLKDLRIPAIGLALLLLSSLVVGAGWPL 306 Query 307 LMEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGI-----GTKQ-PRDVP 360 ++EQFSV+PNAA E YI R+I+ATR+AY + D V YR Y G G++Q + V Sbjct 307 IVEQFSVKPNAAQKESEYIARSIKATRDAYGLTDDVVTYRDYSGTASSPAGSQQLAKQVA 366 Query 361 VDVTTIAKVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYR-IDGELQDYIVGVRELS 419 D +TIA +R+LDP+I+S FTQ QQ KNF++F + L IDRY+ +G L+DY+V REL Sbjct 367 ADRSTIANIRVLDPNIISPAFTQLQQGKNFYAFPDALSIDRYQDKNGSLRDYVVAARELD 426 Query 420 PKSLTGNQTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASL 479 P L NQ DWIN+HTVYTHGNGF+AAPAN V RG + D N GYP + V+ + Sbjct 427 PAKLRDNQRDWINRHTVYTHGNGFIAAPANTV----RGVADKPDENGGYPEFLVNAVDDN 482 Query 480 GS--GRQVIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTD----TSKYTYTGAG 533 G P+ QPRVYYG +IA DYAIVG REYD + T TYTG+G Sbjct 483 GKVLSDGPAPLAQPRVYYGPIIASDTNDYAIVG--KNGNDREYDYENNAGTKNSTYTGSG 540 Query 534 GVSIGNWFNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPV 593 GV +G RTVF K A+ FLFS IG SK+L +RDP RV+ VAPWLT D YP Sbjct 541 GVPVGGALARTVFGLKYAERNFLFSNVIGDNSKILFNRDPSRRVEAVAPWLTVDSGTYPA 600 Query 594 VVNGRIVWIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQG-----KQVSYVRNSVKATV 648 +V+ R+VWIVD YTTLD YPY+Q++SL T + + R G +QVSY+RNSVKATV Sbjct 601 IVDKRLVWIVDGYTTLDNYPYSQQTSLS-EATFDSQVGRTGGALPNQQVSYIRNSVKATV 659 Query 649 DAYDGTVTLFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAK 708 DAYDGTVTL+Q D DPVL+ WM+ FPGTVK + I D+L+ H RYPEDLF+VQR+LLA+ Sbjct 660 DAYDGTVTLYQQDEKDPVLKAWMKIFPGTVKPKADISDDLKRHLRYPEDLFKVQRTLLAR 719 Query 709 YHVDEPREFFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNR 766 YHV++P FF+T+ FW VP DP N +QPP+Y++ D + SF+L SA+ + R Sbjct 720 YHVNDPVTFFSTSDFWQVPDDP-NAPTGSQPPYYIVAKDITKNDNSASFQLTSALNRFQR 778 Query 767 EFLSAYISAHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLERSNRIH 826 +FL+AY+SA SDP YGK+TVL +P QGP+ + N++ +D +V+S +++ N + Sbjct 779 DFLAAYVSASSDPETYGKITVLTVP--GTVQGPKLVNNAITTDNQVSSHVGIIKNQNILK 836 Query 827 YGNLLSLPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPT 886 +GNLL+LP+A+GG+L+VEPLY S++P+L RV + +VGYA T Sbjct 837 WGNLLTLPVANGGLLFVEPLYAS--PGQGDQSSYPRLIRVGMYYNG-------KVGYATT 887 Query 887 LAESLDQVF 895 + ++LD VF Sbjct 888 VRDALDMVF 896 >gi|342861146|ref|ZP_08717795.1| hypothetical protein MCOL_19782 [Mycobacterium colombiense CECT 3035] gi|342131590|gb|EGT84860.1| hypothetical protein MCOL_19782 [Mycobacterium colombiense CECT 3035] Length=993 Score = 889 bits (2296), Expect = 0.0, Method: Compositional matrix adjust. Identities = 488/991 (50%), Positives = 650/991 (66%), Gaps = 58/991 (5%) Query 8 KRPVLPKRARLLVTAGMGMLALLLFGPRLVDIYVDWLWFGEVGFRSVWITVLLTRLAIVA 67 + P L +R+R+L+ +G++ LLL GPRL+D YVDWLWFGEVG+RSV+ TVL+TR + Sbjct 8 RMPKLTRRSRILILIALGVIVLLLAGPRLIDAYVDWLWFGEVGYRSVFSTVLVTRFVVFL 67 Query 68 AVALVVAGIVLAALLLAYRSRPFFVPDEPQRDPVAPLRSAVMRRPRLFGWGIAVTLGVVC 127 L+V GIV A L +AYR+RP FVP DPVA R+ V+ R RL GI V +G++ Sbjct 68 VAGLLVGGIVFAGLAVAYRTRPVFVPSN-DNDPVARYRALVLSRLRLVSAGIPVAIGLLA 126 Query 128 GLIASFDWVKVQLFVHGGTFGIVDPEFGYDIGFFVFDLPFYRSVLNWLFVAVVLAFLASL 187 G+IA WV++QLF+HGG FGI DP+FG D+GF+ F+LPFYR +L++LFVAV LAFLA++ Sbjct 127 GIIAQSYWVRIQLFLHGGDFGIKDPQFGKDLGFYAFELPFYRLLLSYLFVAVFLAFLANV 186 Query 188 LTHYLFGGLRLTTGRGMLTQAARVQLAVFAGAVVLLKAVAYWLDRYELLSSGRKEPTFTG 247 L HY+FGG+RL+ G L+++AR+QL G +V+LKA+AYWLDRYELLS R FTG Sbjct 187 LAHYIFGGIRLSGRTGALSRSARIQLVTLVGVLVVLKAIAYWLDRYELLSHTRGGKPFTG 246 Query 248 AGYTDIHAELPAKLVLVAIAVLCAVSFFTAIFLRDLRIPAMAAALLVLSAILVGGLWPLL 307 AGYTDI+A LPAKL+L+AIA++CA + F+A+ LRDLRIPA+ LL+LS+++VG WPL+ Sbjct 247 AGYTDINAVLPAKLILMAIALICAAAVFSAVVLRDLRIPAIGLVLLLLSSLIVGAGWPLI 306 Query 308 MEQFSVRPNAADVERPYIQRNIEATREAYRIGGDWVQYRSYPGIGTKQPRDVPVDVTTIA 367 +EQ SV+PNAA E YI R+I ATR+AY + D V YR+Y G + V D T + Sbjct 307 VEQISVKPNAAQKESEYISRSITATRQAYGLTSDQVTYRNYTGDAQATAQQVADDRATTS 366 Query 368 KVRLLDPHILSRTFTQQQQLKNFFSFAEILDIDRYRI-DGELQDYIVGVRELSPKSLTGN 426 +RLLDP I+S FTQ QQ KNF+ F + L IDRY+ +G L+DY+V REL+P L N Sbjct 367 NIRLLDPTIVSPAFTQFQQGKNFYYFPDQLSIDRYQDRNGALRDYVVAARELNPDRLIDN 426 Query 427 QTDWINKHTVYTHGNGFVAAPANRVNAAARGAENISDSNSGYPIYAVSDIASLGS--GRQ 484 Q DWIN+HTVYTHGNGF+A+PAN V RG N + N GYP + V+ + + G Sbjct 427 QRDWINRHTVYTHGNGFIASPANTV----RGIANDPNQNGGYPEFLVNVVGANGGVVSDG 482 Query 485 VIPVEQPRVYYGEVIAQADPDYAIVGGAPGSAPREYDTDTS----KYTYTGAGGVSIGNW 540 P++QPRVY+G VI+ DYAIVG REYD +TS YTYTG GGV +G+W Sbjct 483 PAPLDQPRVYFGPVISNTSADYAIVG--RNGTDREYDYETSNETKNYTYTGLGGVPLGDW 540 Query 541 FNRTVFATKVAQHKFLFSREIGSESKVLIHRDPKERVQRVAPWLTTDDNPYPVVVNGRIV 600 +R+VFA K A+ FLFS IGS SK+L +RDP RV+ VAPWLTTD + YP +VN R+V Sbjct 541 LSRSVFAAKFAERNFLFSNVIGSNSKILFNRDPARRVEAVAPWLTTDSSVYPAIVNKRLV 600 Query 601 WIVDAYTTLDTYPYAQRSSLEGPVTSPTGIVRQ----GKQVSYVRNSVKATVDAYDGTVT 656 WI+D YTTLD YPY++ +SLE + K+VSY+RNSVKATVDAYDGTVT Sbjct 601 WIIDGYTTLDNYPYSELTSLESATADSNEVAFNKLAPDKRVSYIRNSVKATVDAYDGTVT 660 Query 657 LFQFDRDDPVLRTWMRAFPGTVKSEDQIPDELRAHFRYPEDLFEVQRSLLAKYHVDEPRE 716 L+Q D DPVL+ WM+ FPGTVK + I EL H RYPEDLF+VQR LLAKYHV++P Sbjct 661 LYQQDEQDPVLKAWMQVFPGTVKPKSDISPELAEHLRYPEDLFKVQRMLLAKYHVNDPVT 720 Query 717 FFTTNAFWSVPSDPTNNANATQPPFYVLVGD--QQSAQPSFRLASAMVGYNREFLSAYIS 774 FF+T+ FW VP DP A++ QPP+Y++ + + S++L SAM + R++L+AYIS Sbjct 721 FFSTSDFWDVPLDPNPTASSYQPPYYIVAKNIAKNDNTASYQLTSAMNRFKRDYLAAYIS 780 Query 775 AHSDPANYGKLTVLELPTDTLTQGPQQIQNSMISDTRVASERTLLER--SNRIHYGNLLS 832 A SDPA YG++TVL +P GP+ N++ +D V+ + ++ R NRI +GNLL+ Sbjct 781 ASSDPATYGRITVLTIPGQ--VNGPKLANNAITTDPAVSQDLGVIGRDNQNRIRWGNLLT 838 Query 833 LPIADGGVLYVEPLYTERISTSPSSSTFPQLSRVLVSVREPRTEGGVRVGYAPTLAESLD 892 LP+ GG+LYVEP+Y S ++S++P+L RV + + ++GY PT+ ++L Sbjct 839 LPVGQGGLLYVEPVYASP-GASDAASSYPRLIRVAMMYND-------KIGYGPTVRDALT 890 Query 893 QVFG--------------PGTGRVATARGGDAASAPPPGAGGPAPPQAVPPPRTTQPPAA 938 +FG GT + A + P G APP A PP Sbjct 891 GLFGPGAGAAATGIQPTESGTPAASPPASAPAPAVTP----GSAPPVAAPP--------V 938 Query 939 PPRGPDVPPATVAELRETLADLRAVLDRLEK 969 + PA A L+E A L A D +K Sbjct 939 SDGSVTLSPAKSAALQEIQAALGAAKDAQKK 969 Lambda K H 0.321 0.138 0.415 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 2433472869352 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