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= Rv1101c Length=385 Score E Sequences producing significant alignments: (Bits) Value gi|15608241|ref|NP_215617.1| hypothetical protein Rv1101c [Mycob... 762 0.0 gi|306783812|ref|ZP_07422134.1| conserved membrane protein [Myco... 758 0.0 gi|298524597|ref|ZP_07012006.1| conserved hypothetical protein [... 693 0.0 gi|121637032|ref|YP_977255.1| hypothetical protein BCG_1161c [My... 681 0.0 gi|31792294|ref|NP_854787.1| hypothetical protein Mb1131c [Mycob... 679 0.0 gi|289573754|ref|ZP_06453981.1| LOW QUALITY PROTEIN: conserved m... 676 0.0 gi|183984335|ref|YP_001852626.1| hypothetical protein MMAR_4364 ... 630 9e-179 gi|118616069|ref|YP_904401.1| hypothetical protein MUL_0177 [Myc... 619 2e-175 gi|289446691|ref|ZP_06436435.1| conserved membrane protein [Myco... 618 4e-175 gi|240171099|ref|ZP_04749758.1| hypothetical protein MkanA1_1744... 603 1e-170 gi|296169971|ref|ZP_06851578.1| conserved hypothetical protein [... 572 3e-161 gi|108801082|ref|YP_641279.1| hypothetical protein Mmcs_4118 [My... 473 3e-131 gi|118468766|ref|YP_889482.1| hypothetical protein MSMEG_5237 [M... 469 4e-130 gi|126436920|ref|YP_001072611.1| hypothetical protein Mjls_4349 ... 469 5e-130 gi|169630868|ref|YP_001704517.1| hypothetical protein MAB_3788c ... 453 3e-125 gi|145222657|ref|YP_001133335.1| hypothetical protein Mflv_2069 ... 387 1e-105 gi|120405597|ref|YP_955426.1| hypothetical protein Mvan_4645 [My... 385 4e-105 gi|333989694|ref|YP_004522308.1| hypothetical protein JDM601_105... 385 8e-105 gi|315443121|ref|YP_004076000.1| permease [Mycobacterium sp. Spy... 375 6e-102 gi|189501154|ref|YP_001960624.1| hypothetical protein Cphamn1_22... 121 2e-25 gi|114570113|ref|YP_756793.1| hypothetical protein Mmar10_1563 [... 120 4e-25 gi|303246658|ref|ZP_07332936.1| protein of unknown function UPF0... 120 5e-25 gi|83858202|ref|ZP_00951724.1| hypothetical protein OA2633_01846... 119 1e-24 gi|194334809|ref|YP_002016669.1| hypothetical protein Paes_2012 ... 115 1e-23 gi|242279199|ref|YP_002991328.1| hypothetical protein Desal_1727... 113 5e-23 gi|332703579|ref|ZP_08423667.1| protein of unknown function UPF0... 112 1e-22 gi|193211909|ref|YP_001997862.1| hypothetical protein Cpar_0235 ... 112 1e-22 gi|283851814|ref|ZP_06369091.1| protein of unknown function UPF0... 110 3e-22 gi|316932016|ref|YP_004106998.1| hypothetical protein Rpdx1_0627... 110 5e-22 gi|21674815|ref|NP_662880.1| hypothetical protein CT2004 [Chloro... 108 1e-21 gi|239906620|ref|YP_002953361.1| hypothetical membrane protein [... 108 2e-21 gi|218778346|ref|YP_002429664.1| hypothetical protein Dalk_0489 ... 107 3e-21 gi|192288979|ref|YP_001989584.1| hypothetical protein Rpal_0549 ... 107 4e-21 gi|39933625|ref|NP_945901.1| hypothetical protein RPA0548 [Rhodo... 107 4e-21 gi|212704261|ref|ZP_03312389.1| hypothetical protein DESPIG_0231... 106 8e-21 gi|221067315|ref|ZP_03543420.1| protein of unknown function UPF0... 105 1e-20 gi|91974818|ref|YP_567477.1| hypothetical protein RPD_0338 [Rhod... 105 2e-20 gi|329894051|ref|ZP_08270036.1| putative permease PerM family [g... 103 5e-20 gi|78188186|ref|YP_378524.1| hypothetical protein Cag_0203 [Chlo... 103 7e-20 gi|262191799|ref|ZP_06049971.1| hypothetical protein VIH_002174 ... 103 7e-20 gi|153217441|ref|ZP_01951183.1| conserved hypothetical protein [... 102 9e-20 gi|229512886|ref|ZP_04402353.1| hypothetical protein VCB_000528 ... 102 1e-19 gi|254226734|ref|ZP_04920310.1| conserved hypothetical protein [... 102 1e-19 gi|330447452|ref|ZP_08311101.1| conserved hypothetical protein [... 102 1e-19 gi|340048373|gb|EGR09295.1| hypothetical protein VCHE48_1672 [Vi... 102 1e-19 gi|258623083|ref|ZP_05718096.1| putative lipoprotein [Vibrio mim... 102 1e-19 gi|343494398|ref|ZP_08732660.1| permease [Vibrio nigripulchritud... 102 2e-19 gi|262163961|ref|ZP_06031700.1| predicted permease [Vibrio mimic... 102 2e-19 gi|134096432|ref|YP_001101507.1| hypothetical protein HEAR3279 [... 101 2e-19 gi|145219109|ref|YP_001129818.1| hypothetical protein Cvib_0294 ... 101 2e-19 >gi|15608241|ref|NP_215617.1| hypothetical protein Rv1101c [Mycobacterium tuberculosis H37Rv] gi|15840540|ref|NP_335577.1| hypothetical protein MT1133 [Mycobacterium tuberculosis CDC1551] gi|148660887|ref|YP_001282410.1| hypothetical protein MRA_1112 [Mycobacterium tuberculosis H37Ra] 62 more sequence titles Length=385 Score = 762 bits (1967), Expect = 0.0, Method: Compositional matrix adjust. Identities = 384/385 (99%), Positives = 385/385 (100%), Gaps = 0/385 (0%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 +NTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL Sbjct 1 MNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD Sbjct 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN Sbjct 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG Sbjct 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL Sbjct 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP Sbjct 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 Query 361 PVRRRWLPRRGPATSRNAPPPSTAE 385 PVRRRWLPRRGPATSRNAPPPSTAE Sbjct 361 PVRRRWLPRRGPATSRNAPPPSTAE 385 >gi|306783812|ref|ZP_07422134.1| conserved membrane protein [Mycobacterium tuberculosis SUMu003] gi|308331376|gb|EFP20227.1| conserved membrane protein [Mycobacterium tuberculosis SUMu003] Length=385 Score = 758 bits (1957), Expect = 0.0, Method: Compositional matrix adjust. Identities = 383/385 (99%), Positives = 384/385 (99%), Gaps = 0/385 (0%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 +NTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL Sbjct 1 MNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD Sbjct 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN Sbjct 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 REKLRTLIGQLN LGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG Sbjct 181 REKLRTLIGQLNLLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL Sbjct 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP Sbjct 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 Query 361 PVRRRWLPRRGPATSRNAPPPSTAE 385 PVRRRWLPRRGPATSRNAPPPSTAE Sbjct 361 PVRRRWLPRRGPATSRNAPPPSTAE 385 >gi|298524597|ref|ZP_07012006.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] gi|308378833|ref|ZP_07484018.2| conserved membrane protein [Mycobacterium tuberculosis SUMu010] gi|298494391|gb|EFI29685.1| conserved hypothetical protein [Mycobacterium tuberculosis 94_M4241A] gi|308359074|gb|EFP47925.1| conserved membrane protein [Mycobacterium tuberculosis SUMu010] Length=350 Score = 693 bits (1789), Expect = 0.0, Method: Compositional matrix adjust. Identities = 349/350 (99%), Positives = 350/350 (100%), Gaps = 0/350 (0%) Query 36 VVAAVGAYLFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSV 95 +VAAVGAYLFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSV Sbjct 1 MVAAVGAYLFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSV 60 Query 96 ADWVRTTDLSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRD 155 ADWVRTTDLSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRD Sbjct 61 ADWVRTTDLSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRD 120 Query 156 AAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVN 215 AAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVN Sbjct 121 AAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVN 180 Query 216 GQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNI 275 GQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNI Sbjct 181 GQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNI 240 Query 276 AGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLM 335 AGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLM Sbjct 241 AGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLM 300 Query 336 ILIVTTIDVYLAVYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTAE 385 ILIVTTIDVYLAVYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTAE Sbjct 301 ILIVTTIDVYLAVYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTAE 350 >gi|121637032|ref|YP_977255.1| hypothetical protein BCG_1161c [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224989505|ref|YP_002644192.1| hypothetical protein JTY_1134 [Mycobacterium bovis BCG str. Tokyo 172] gi|121492679|emb|CAL71148.1| Conserved membrane protein [Mycobacterium bovis BCG str. Pasteur 1173P2] gi|224772618|dbj|BAH25424.1| hypothetical protein JTY_1134 [Mycobacterium bovis BCG str. Tokyo 172] gi|341601048|emb|CCC63720.1| conserved membrane protein [Mycobacterium bovis BCG str. Moreau RDJ] Length=342 Score = 681 bits (1756), Expect = 0.0, Method: Compositional matrix adjust. Identities = 341/342 (99%), Positives = 342/342 (100%), Gaps = 0/342 (0%) Query 44 LFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTD 103 +FTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTD Sbjct 1 MFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTD 60 Query 104 LSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGV 163 LSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGV Sbjct 61 LSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGV 120 Query 164 ITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 223 ITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC Sbjct 121 ITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 180 Query 224 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLL 283 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLL Sbjct 181 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLL 240 Query 284 WHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTID 343 WHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTID Sbjct 241 WHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTID 300 Query 344 VYLAVYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTAE 385 VYLAVYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTAE Sbjct 301 VYLAVYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTAE 342 >gi|31792294|ref|NP_854787.1| hypothetical protein Mb1131c [Mycobacterium bovis AF2122/97] gi|31617882|emb|CAD93992.1| CONSERVED MEMBRANE PROTEIN [Mycobacterium bovis AF2122/97] Length=342 Score = 679 bits (1753), Expect = 0.0, Method: Compositional matrix adjust. Identities = 340/342 (99%), Positives = 342/342 (100%), Gaps = 0/342 (0%) Query 44 LFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTD 103 +FTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTD Sbjct 1 MFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTD 60 Query 104 LSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGV 163 LSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGV Sbjct 61 LSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGV 120 Query 164 ITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 223 ITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC Sbjct 121 ITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 180 Query 224 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLL 283 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLL Sbjct 181 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLL 240 Query 284 WHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTID 343 WHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTID Sbjct 241 WHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTID 300 Query 344 VYLAVYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTAE 385 VYLAVYKGVELEQF+APPVRRRWLPRRGPATSRNAPPPSTAE Sbjct 301 VYLAVYKGVELEQFDAPPVRRRWLPRRGPATSRNAPPPSTAE 342 >gi|289573754|ref|ZP_06453981.1| LOW QUALITY PROTEIN: conserved membrane protein [Mycobacterium tuberculosis K85] gi|289538185|gb|EFD42763.1| LOW QUALITY PROTEIN: conserved membrane protein [Mycobacterium tuberculosis K85] Length=355 Score = 676 bits (1745), Expect = 0.0, Method: Compositional matrix adjust. Identities = 341/342 (99%), Positives = 341/342 (99%), Gaps = 0/342 (0%) Query 44 LFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTD 103 LFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTD Sbjct 14 LFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTD 73 Query 104 LSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGV 163 LSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGV Sbjct 74 LSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGV 133 Query 164 ITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 223 ITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC Sbjct 134 ITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 193 Query 224 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLL 283 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIA GIFVLL Sbjct 194 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAWGIFVLL 253 Query 284 WHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTID 343 WHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTID Sbjct 254 WHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTID 313 Query 344 VYLAVYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTAE 385 VYLAVYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTAE Sbjct 314 VYLAVYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTAE 355 >gi|183984335|ref|YP_001852626.1| hypothetical protein MMAR_4364 [Mycobacterium marinum M] gi|183177661|gb|ACC42771.1| conserved hypothetical transmembrane protein [Mycobacterium marinum M] Length=385 Score = 630 bits (1626), Expect = 9e-179, Method: Compositional matrix adjust. Identities = 314/385 (82%), Positives = 344/385 (90%), Gaps = 0/385 (0%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 +NTEFTL+QKRALAI+TL ALLFGAYFLR+YFVLIVVAAVGAYLFTPLF WF KR N GL Sbjct 1 MNTEFTLSQKRALAIVTLAALLFGAYFLRSYFVLIVVAAVGAYLFTPLFNWFNKRLNAGL 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 SA TLL+AL V+VPVG LVGLA+VQIARMV+++A WV+TTDLS+LGDK LQ VN L Sbjct 61 SATLTLLTALVVVIVPVGLLVGLAVVQIARMVENIAGWVKTTDLSSLGDKALQLVNELLA 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 RVPFLH+TVTA+ALRK MISVAQNVG+WLLHFL++AAGSLAG +TS IIF+YVF+ALL+N Sbjct 121 RVPFLHVTVTAEALRKMMISVAQNVGQWLLHFLQNAAGSLAGAVTSGIIFLYVFMALLLN 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 REKLRTLIGQLNPLGE+VTDLYL+KMGSMVRGTV GQFVIA CQGVAGAASIY+AGFHHG Sbjct 181 REKLRTLIGQLNPLGEEVTDLYLRKMGSMVRGTVIGQFVIALCQGVAGAASIYVAGFHHG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FFIFAI+LTA+SIIPLGGGIVTIPFGIGM FYGNI GG FV+LWHLLVVTNIDN LRPIL Sbjct 241 FFIFAILLTAMSIIPLGGGIVTIPFGIGMAFYGNIGGGAFVVLWHLLVVTNIDNFLRPIL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 VPRDARLNSALML+SVFAGI MFGPWGIIIGPVLMILIVTTIDVYLAVYKGVEL+ A Sbjct 301 VPRDARLNSALMLMSVFAGIGMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELKDRSAK 360 Query 361 PVRRRWLPRRGPATSRNAPPPSTAE 385 P RR WLPRR NA STA+ Sbjct 361 PARRNWLPRRTGNAPANAATDSTAQ 385 >gi|118616069|ref|YP_904401.1| hypothetical protein MUL_0177 [Mycobacterium ulcerans Agy99] gi|118568179|gb|ABL02930.1| conserved hypothetical transmembrane protein [Mycobacterium ulcerans Agy99] Length=385 Score = 619 bits (1597), Expect = 2e-175, Method: Compositional matrix adjust. Identities = 310/385 (81%), Positives = 339/385 (89%), Gaps = 0/385 (0%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 +NTEFTL+QKRALAI+TL ALLFGAYFLR+YFVLIVVAAVGAYLFTPLF WF KR N GL Sbjct 1 MNTEFTLSQKRALAIVTLAALLFGAYFLRSYFVLIVVAAVGAYLFTPLFNWFNKRLNAGL 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 SA TLL+AL V+VPVG LVGLA+VQIARMV+++A WV+TTDLS+LGDK LQ VN L Sbjct 61 SATLTLLTALVVVIVPVGLLVGLAVVQIARMVENIAGWVKTTDLSSLGDKALQLVNELLA 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 RVPFLH+TVTA+ALR+ MISVAQNVG WLLHFL++AAGSLAG +TS IIF+YVF+ALL+N Sbjct 121 RVPFLHVTVTAEALRQMMISVAQNVGLWLLHFLQNAAGSLAGAVTSGIIFLYVFMALLLN 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 EKLRTLIGQLNPLGE+VTDLYL+KMGSMVRGTV GQFVIA CQGVAGAASIY+AGFHHG Sbjct 181 CEKLRTLIGQLNPLGEEVTDLYLRKMGSMVRGTVIGQFVIALCQGVAGAASIYVAGFHHG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FFIFAIVLTA+SIIPLGGGIVTIPFGIGM FYGNI GG FV+LWHLLVVTNIDN LRP+L Sbjct 241 FFIFAIVLTAMSIIPLGGGIVTIPFGIGMAFYGNIGGGAFVVLWHLLVVTNIDNFLRPVL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 VPRDARLNSALML S FAGI MFGPWGIIIGPVLMILIVTTIDVYL VYKGVEL+ A Sbjct 301 VPRDARLNSALMLTSAFAGIGMFGPWGIIIGPVLMILIVTTIDVYLVVYKGVELKDRSAK 360 Query 361 PVRRRWLPRRGPATSRNAPPPSTAE 385 P RR WLPRR NA STA+ Sbjct 361 PARRNWLPRRTGNAPANAATDSTAQ 385 >gi|289446691|ref|ZP_06436435.1| conserved membrane protein [Mycobacterium tuberculosis CPHL_A] gi|289419649|gb|EFD16850.1| conserved membrane protein [Mycobacterium tuberculosis CPHL_A] Length=311 Score = 618 bits (1594), Expect = 4e-175, Method: Compositional matrix adjust. Identities = 310/311 (99%), Positives = 311/311 (100%), Gaps = 0/311 (0%) Query 75 VPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFDRVPFLHITVTADAL 134 +PVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFDRVPFLHITVTADAL Sbjct 1 MPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFDRVPFLHITVTADAL 60 Query 135 RKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPL 194 RKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPL Sbjct 61 RKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPL 120 Query 195 GEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSII 254 GEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSII Sbjct 121 GEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSII 180 Query 255 PLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLL 314 PLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLL Sbjct 181 PLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLL 240 Query 315 SVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAPPVRRRWLPRRGPAT 374 SVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAPPVRRRWLPRRGPAT Sbjct 241 SVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAPPVRRRWLPRRGPAT 300 Query 375 SRNAPPPSTAE 385 SRNAPPPSTAE Sbjct 301 SRNAPPPSTAE 311 >gi|240171099|ref|ZP_04749758.1| hypothetical protein MkanA1_17441 [Mycobacterium kansasii ATCC 12478] Length=385 Score = 603 bits (1556), Expect = 1e-170, Method: Compositional matrix adjust. Identities = 310/385 (81%), Positives = 343/385 (90%), Gaps = 0/385 (0%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 +NTEFTLTQKRALAILT++ALLFGAYFLR+YFVLIVVAAVGAYLFTPLF WF KR +TGL Sbjct 1 MNTEFTLTQKRALAILTMVALLFGAYFLRDYFVLIVVAAVGAYLFTPLFTWFNKRLSTGL 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 SA CT+L+ALA+V +PV LV LA+VQ+ARMVD+VA+W TTD S LGDK+L+ VN L Sbjct 61 SATCTVLTALASVFIPVALLVALAVVQVARMVDNVAEWFNTTDPSELGDKVLRLVNDLLA 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 RVPFLH+TVT + LR AMIS A+ VG WLLH L+ AAGSLAG +TSAI+F+YVFVALL+N Sbjct 121 RVPFLHVTVTPEMLRNAMISAARTVGTWLLHVLQGAAGSLAGAVTSAIVFLYVFVALLLN 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 R+KLRTLIGQLNPLGE+VTDLYL+KMGSMVRGTVNGQFVIA CQGVAGAASIY+AGFHHG Sbjct 181 RDKLRTLIGQLNPLGEEVTDLYLRKMGSMVRGTVNGQFVIALCQGVAGAASIYLAGFHHG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGG+FV+LWHLLVVTNIDN LRPIL Sbjct 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGVFVVLWHLLVVTNIDNFLRPIL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 VPRDARLNSALMLLSVFAGI MFGPWGIIIGPVLMILIVTTIDVYLAVYKGVEL++ P Sbjct 301 VPRDARLNSALMLLSVFAGIGMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELKEHHDP 360 Query 361 PVRRRWLPRRGPATSRNAPPPSTAE 385 P RR+WLPRR T A S A+ Sbjct 361 PGRRKWLPRRTGDTPAGAATDSAAQ 385 >gi|296169971|ref|ZP_06851578.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295895375|gb|EFG75081.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] Length=381 Score = 572 bits (1475), Expect = 3e-161, Method: Compositional matrix adjust. Identities = 285/378 (76%), Positives = 324/378 (86%), Gaps = 1/378 (0%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 ++TEFTL QKRALAILT IALLF AYFLR YFVLIVVAAVGAYLFTPLF WF +R TGL Sbjct 1 MDTEFTLNQKRALAILTAIALLFAAYFLRGYFVLIVVAAVGAYLFTPLFNWFGRRLGTGL 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 +A CTLL AL V+VPV LV LAIVQI+RMVDS+ +WV++TDLS LGD+ L VN L Sbjct 61 AATCTLLCALVIVIVPVTLLVILAIVQISRMVDSITEWVKSTDLSGLGDRTLHAVNELLS 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 RVPF H+T+T D LRKAM++V +NVGEW LHFL+ A G LAG ITSAIIF+YVFVALLV+ Sbjct 121 RVPFAHMTITTDNLRKAMVTVGRNVGEWALHFLQGAVGGLAGAITSAIIFLYVFVALLVH 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 RE++R LI LNPLG++VTDLYL K G+MVRGTVNGQFVIA CQGVAGAASIY+AGFHHG Sbjct 181 RERVRKLIADLNPLGDEVTDLYLAKAGAMVRGTVNGQFVIALCQGVAGAASIYVAGFHHG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FFIFA++LTALSIIPLGGGIVTIPFGIGMIFYGNIAGG FV+LWHL+VVTNIDN LRPIL Sbjct 241 FFIFAVLLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGAFVVLWHLVVVTNIDNFLRPIL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 VPRDARLN ALMLLSVF+GI MFGPWGI+IGPVLMILIVTT++VYL V+KG EL + P Sbjct 301 VPRDARLNPALMLLSVFSGIAMFGPWGIVIGPVLMILIVTTVEVYLVVFKGTELNAPDTP 360 Query 361 PVRRRWLPRRGPA-TSRN 377 P RR WL R+ + T+R+ Sbjct 361 PARRNWLRRQAKSGTARS 378 >gi|108801082|ref|YP_641279.1| hypothetical protein Mmcs_4118 [Mycobacterium sp. MCS] gi|119870223|ref|YP_940175.1| hypothetical protein Mkms_4193 [Mycobacterium sp. KMS] gi|108771501|gb|ABG10223.1| protein of unknown function UPF0118 [Mycobacterium sp. MCS] gi|119696312|gb|ABL93385.1| protein of unknown function UPF0118 [Mycobacterium sp. KMS] Length=400 Score = 473 bits (1216), Expect = 3e-131, Method: Compositional matrix adjust. Identities = 240/390 (62%), Positives = 305/390 (79%), Gaps = 12/390 (3%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 + T FT TQKRAL+++TL+A+ FGAYFLR +F+LIVVAAVGAYLFTPL++ +RF TGL Sbjct 9 VETGFTTTQKRALSVVTLLAVAFGAYFLRGFFILIVVAAVGAYLFTPLYERLRRRFGTGL 68 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 SA TLL+A+ V++P +V LAIVQI +MV +V W+ TTD+STLGD+ ++F N L + Sbjct 69 SATLTLLAAVLTVIIPATLVVFLAIVQITQMVTTVNQWMATTDVSTLGDRAMKFANDLIE 128 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 +VPFL +T D LR +++V+Q VGEWLL L+ A G + G + + +IF+YVF++LLVN Sbjct 129 KVPFLDFRLTPDTLRDGVVTVSQRVGEWLLGVLQGAVGGVLGALAATVIFLYVFISLLVN 188 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 R+K+RTLI +LNPLGED+TDLYL K G+MV+GTV GQFVIA CQGVAGA SIY+AGFH G Sbjct 189 RDKIRTLIRRLNPLGEDITDLYLAKTGAMVKGTVKGQFVIALCQGVAGAISIYVAGFHEG 248 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FF FAIVL+ALS+IPLG GI++IPFGIGM +GN+ GG+FV+ +HLLVVTNIDNVLRP+L Sbjct 249 FFFFAIVLSALSVIPLGSGILSIPFGIGMALFGNVIGGVFVVAFHLLVVTNIDNVLRPML 308 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFE-- 358 VP+ ARL+ ALMLL+VF+GI MFG WGI++GPVLMI+IVTTI VYLAVYKGV L + E Sbjct 309 VPKAARLDPALMLLAVFSGIAMFGFWGIVLGPVLMIIIVTTISVYLAVYKGVPLLKDEDV 368 Query 359 --APPVRRRWL--------PRRGPATSRNA 378 PP + W+ RR AT R A Sbjct 369 ETKPPGKPAWVRAITNLVRRRRPVATPRPA 398 >gi|118468766|ref|YP_889482.1| hypothetical protein MSMEG_5237 [Mycobacterium smegmatis str. MC2 155] gi|118170053|gb|ABK70949.1| conserved hypothetical protein [Mycobacterium smegmatis str. MC2 155] Length=395 Score = 469 bits (1207), Expect = 4e-130, Method: Compositional matrix adjust. Identities = 241/373 (65%), Positives = 309/373 (83%), Gaps = 5/373 (1%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 + +FT TQKRALA++T++ALL GAYFLR +FVLIV+AAVGAYLF+PL++ +RFN+G+ Sbjct 1 MENQFTTTQKRALAVVTVLALLLGAYFLRTFFVLIVMAAVGAYLFSPLYQRLLRRFNSGI 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 + T+L+AL V++PV +V LAIVQ+++MV++V+ WV TDLSTLGD+ LQF+N D Sbjct 61 AVTLTVLAALLMVIIPVSLIVFLAIVQVSQMVNTVSAWVADTDLSTLGDRTLQFINSTAD 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 RVPFL I VT ++LR A+++V+Q VGEWLL L+ A G LAG +T++IIF+YVF++LLVN Sbjct 121 RVPFLDIDVTPESLRDAIVTVSQRVGEWLLGVLQGALGGLAGALTASIIFLYVFISLLVN 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 EK+ TL+ QLNPLGE++TDLYL K +MV+GTV GQFVIA QG++GA SIYIAGFH+G Sbjct 181 SEKVTTLVRQLNPLGEEITDLYLAKTAAMVKGTVKGQFVIALAQGISGAISIYIAGFHNG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FF+FAI+LTALS+IPLGGGIVTIPFGIGM+F+GN GGIF++ +H+LVVTNIDNVLRPIL Sbjct 241 FFVFAILLTALSVIPLGGGIVTIPFGIGMMFFGNTIGGIFIVAFHILVVTNIDNVLRPIL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 VP+ ARL++ALMLL+VFAGI MFG +G++IGPVLMI+IVTTI VYLAVYKGVEL+ P Sbjct 301 VPKAARLDAALMLLAVFAGIAMFGFFGLVIGPVLMIIIVTTISVYLAVYKGVELDTSTEP 360 Query 361 -----PVRRRWLP 368 P R W P Sbjct 361 DEPDKPRARWWSP 373 >gi|126436920|ref|YP_001072611.1| hypothetical protein Mjls_4349 [Mycobacterium sp. JLS] gi|126236720|gb|ABO00121.1| protein of unknown function UPF0118 [Mycobacterium sp. JLS] Length=400 Score = 469 bits (1206), Expect = 5e-130, Method: Compositional matrix adjust. Identities = 239/390 (62%), Positives = 303/390 (78%), Gaps = 12/390 (3%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 + T FT TQKRAL+++TL+A+ FGAYFLR +F+LIVVAAVGAYLF PL++ +RF TGL Sbjct 9 VETGFTTTQKRALSVVTLLAVAFGAYFLRGFFILIVVAAVGAYLFAPLYERLRRRFGTGL 68 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 SA TLL+A+ V++P +V LAIVQI +MV +V W+ TTD+STLGD+ + F N L + Sbjct 69 SATLTLLAAMLTVIIPATLVVFLAIVQITQMVTTVNQWMATTDVSTLGDRAMTFANDLIE 128 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 +VPFL +T D LR +++V+Q VGEWLL L+ A G + G + + +IF+YVF++LLVN Sbjct 129 KVPFLDFRLTPDTLRDGVVTVSQRVGEWLLGVLQGAVGGVLGALAATVIFLYVFISLLVN 188 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 R+K+RTLI +LNPLGED+TDLYL K G+MV+GTV GQFVIA CQGVAGA SIY+AGFH G Sbjct 189 RDKIRTLIRRLNPLGEDITDLYLAKTGAMVKGTVKGQFVIALCQGVAGAISIYVAGFHDG 248 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FF FAIVL+ALS+IPLG GI++IPFGIGM +GN+ GG+FV+ +HLLVVTNIDNVLRP+L Sbjct 249 FFFFAIVLSALSVIPLGSGILSIPFGIGMALFGNVIGGVFVVAFHLLVVTNIDNVLRPML 308 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEA- 359 VP+ ARL+ ALMLL+VF+GI MFG WGI++GPVLMI+IVTTI VYLAVYKGV L + E Sbjct 309 VPKAARLDPALMLLAVFSGIAMFGFWGIVLGPVLMIIIVTTISVYLAVYKGVPLLKDEDV 368 Query 360 ---PPVRRRWL--------PRRGPATSRNA 378 PP + W+ RR AT R A Sbjct 369 ETRPPGKPAWVRAITNLVRRRRPVATPRPA 398 >gi|169630868|ref|YP_001704517.1| hypothetical protein MAB_3788c [Mycobacterium abscessus ATCC 19977] gi|169242835|emb|CAM63863.1| Conserved hypothetical protein [Mycobacterium abscessus] Length=379 Score = 453 bits (1165), Expect = 3e-125, Method: Compositional matrix adjust. Identities = 233/379 (62%), Positives = 292/379 (78%), Gaps = 4/379 (1%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 +NTE T+ QKR LA+LT + + FG YFLR+Y +LIVVA V AYLF+PL++ KRF +G+ Sbjct 1 MNTELTVFQKRVLAVLTGVGIAFGIYFLRDYLILIVVAGVAAYLFSPLYRRLGKRFGSGI 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 +A TLL AL AVV+PVGALV +A +QI RMVD V+ WV TD++ LG K VN + Sbjct 61 AATLTLLCALGAVVIPVGALVYVATLQITRMVDDVSSWVEGTDMTALGQKAFDVVNSVLA 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 R+PF+H+ +T D LR+++ S+ +NVG LL L+ GS+A + + IIF+YVFV+LLV Sbjct 121 RIPFVHVQLTPDTLRQSIGSLTENVGHGLLQVLQSTVGSVAAAVAACIIFLYVFVSLLVK 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 ++K+ TL+ QLNPLGE++TDLYL K+G+MVRGTV GQFVIA QG+AGAAS+Y+AGF G Sbjct 181 QDKVLTLLRQLNPLGEEITDLYLDKIGAMVRGTVKGQFVIAMAQGIAGAASVYVAGFRQG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FF FAI+LTALSIIPLGGGIVTIPFGIGMI +G+ GG+FV+ WHLLVV+NIDNVLRP L Sbjct 241 FFFFAILLTALSIIPLGGGIVTIPFGIGMILFGHPVGGLFVIAWHLLVVSNIDNVLRPFL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 VPR ARL+ ALMLL+VF+GI FG WGI++GPVLMI+IVTTIDVYLAVYKGV LE +A Sbjct 301 VPRGARLDPALMLLAVFSGIAAFGFWGIVLGPVLMIVIVTTIDVYLAVYKGVPLEGGDAD 360 Query 361 ----PVRRRWLPRRGPATS 375 P R W R AT Sbjct 361 EPETPGRPWWKRWRSGATG 379 >gi|145222657|ref|YP_001133335.1| hypothetical protein Mflv_2069 [Mycobacterium gilvum PYR-GCK] gi|145215143|gb|ABP44547.1| protein of unknown function UPF0118 [Mycobacterium gilvum PYR-GCK] Length=391 Score = 387 bits (995), Expect = 1e-105, Method: Compositional matrix adjust. Identities = 204/391 (53%), Positives = 268/391 (69%), Gaps = 6/391 (1%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 + +FT+ QKRALA+LT++AL FGAYFLR Y +LI V+AV AYLF PL++ R TG Sbjct 1 MRDDFTVNQKRALAVLTVVALGFGAYFLRTYVLLIAVSAVLAYLFFPLYRRLRTRMGTGG 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 +AA TL +A+A V +P+ +V LA +QI++MV + WV TDL+ LG ++L N L Sbjct 61 AAATTLFAAIAIVGLPLSGVVFLAFLQISQMVSGIGHWVEQTDLTALGQRLLDSGNELLA 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 RVPF++ T+T +++R A+ + QN GE L F RD+ G + +T IIF+YVF+ALL N Sbjct 121 RVPFVNFTLTPESVRDAIGRLGQNAGEIALGFARDSVGGIVSTVTGVIIFLYVFLALLTN 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 +K+ L LNPLG+ V+D+YL K+G+MV TV GQF+IAACQGVAGA S+YIAG H+G Sbjct 181 GDKVLDLFRDLNPLGDKVSDIYLAKIGAMVSATVKGQFIIAACQGVAGAISVYIAGIHNG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FF+F I LT LS IPLG GIV IP GIGM +GN GGIFV+++H++ TNIDN+LRP L Sbjct 241 FFMFVIFLTVLSFIPLGSGIVVIPLGIGMAIFGNPVGGIFVVVFHIIATTNIDNLLRPFL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQF--- 357 VPR A L+ ALMLL+VFAG+ MFG GI++GPVLMI+IVTTI VY VY+ +E Sbjct 301 VPRSAHLHPALMLLAVFAGLQMFGFIGIVLGPVLMIVIVTTISVYRVVYRDAPMESITGT 360 Query 358 ---EAPPVRRRWLPRRGPATSRNAPPPSTAE 385 + P W R P + P S A Sbjct 361 HSDDDPDREIPWWRRILPGKPKPKPARSAAR 391 >gi|120405597|ref|YP_955426.1| hypothetical protein Mvan_4645 [Mycobacterium vanbaalenii PYR-1] gi|119958415|gb|ABM15420.1| protein of unknown function UPF0118 [Mycobacterium vanbaalenii PYR-1] Length=396 Score = 385 bits (990), Expect = 4e-105, Method: Compositional matrix adjust. Identities = 203/393 (52%), Positives = 272/393 (70%), Gaps = 9/393 (2%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 + +FTLTQKRALA+LT+IAL F AYFLR Y +LI ++AV AYLFTPL R +G Sbjct 1 MRDDFTLTQKRALAVLTVIALAFAAYFLRTYLLLIAISAVLAYLFTPLNNRLLTRMGSGA 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 +A TLL+A+A V +P+ + LA +QI++MV ++ WV TD + LG ++L N L Sbjct 61 AATVTLLAAIATVALPLSGVAFLAFLQISQMVTGISQWVERTDFTALGQRLLDSANQLLA 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 R+PF+ T+T +++R A+ ++ Q GE+ L F RD+ G + ++T+ I+F+YVF+ALL N Sbjct 121 RIPFIDTTLTPESVRDALATIGQKAGEFALGFARDSVGGIVAMVTALILFIYVFLALLTN 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 K+ L LNPLG+ V+D+YL K+G+MV TV GQF+IA CQGVAGA S+YI G H G Sbjct 181 GTKVLDLFRDLNPLGQQVSDIYLAKVGAMVSATVKGQFIIAVCQGVAGAVSVYIGGIHDG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FF+F I LT LS IPLGGGIVTIP G+GM +GN GGIFV+++H++VVTNIDN+LRP L Sbjct 241 FFMFVIFLTVLSFIPLGGGIVTIPLGVGMAVFGNPVGGIFVIVFHIIVVTNIDNLLRPFL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQF--- 357 VP+ A L+ ALMLL+VFAG+ MFG GI++GPVLMI+IVTTI VYL VYK +E Sbjct 301 VPKSAHLHPALMLLAVFAGLQMFGFIGIVLGPVLMIVIVTTISVYLVVYKDAPMESITGT 360 Query 358 -----EAPPVRR-RWLPRRGPATSRNAPPPSTA 384 + VR W R P + AP P+ + Sbjct 361 GGDPADDDAVREIPWWRRLLPGKPKPAPEPAKS 393 >gi|333989694|ref|YP_004522308.1| hypothetical protein JDM601_1053 [Mycobacterium sp. JDM601] gi|333485661|gb|AEF35053.1| conserved hypothetical protein [Mycobacterium sp. JDM601] Length=298 Score = 385 bits (988), Expect = 8e-105, Method: Compositional matrix adjust. Identities = 197/279 (71%), Positives = 239/279 (86%), Gaps = 0/279 (0%) Query 83 LAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVA 142 +A++QI R + VA+WV+ TD + LGDK+L+FVNGL +R+PF+H+ +T D LR+AM++VA Sbjct 1 MAVIQITRTANDVAEWVQATDPNALGDKVLKFVNGLLERIPFVHVQLTMDTLREAMVNVA 60 Query 143 QNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLY 202 Q GE LL L+ A G + G IT+AIIF+YVF+ALL +RE+L+TLI QLNPLG +VTDLY Sbjct 61 QRGGELLLQVLQGAVGGVVGAITAAIIFLYVFLALLTHREELQTLIRQLNPLGAEVTDLY 120 Query 203 LQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIPLGGGIVT 262 L KMGSMVRGTV GQFVIA CQGVAGAASIY+ GFH FFIFAI+LTALS+IPLGGGIVT Sbjct 121 LAKMGSMVRGTVGGQFVIAFCQGVAGAASIYVGGFHQAFFIFAILLTALSVIPLGGGIVT 180 Query 263 IPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITM 322 +PFGIGM +GN+ GG+FV+ +HL+VVTNIDNVLRPILVPRDARLNSALMLL+VFAGI M Sbjct 181 MPFGIGMALFGNVVGGVFVVAFHLIVVTNIDNVLRPILVPRDARLNSALMLLAVFAGIGM 240 Query 323 FGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAPP 361 FG WGI+IGPV+MI+IVTTIDVYLAVY GVEL+ +A P Sbjct 241 FGFWGIVIGPVVMIIIVTTIDVYLAVYHGVELQTGDAEP 279 >gi|315443121|ref|YP_004076000.1| permease [Mycobacterium sp. Spyr1] gi|315261424|gb|ADT98165.1| predicted permease [Mycobacterium sp. Spyr1] Length=391 Score = 375 bits (964), Expect = 6e-102, Method: Compositional matrix adjust. Identities = 203/391 (52%), Positives = 266/391 (69%), Gaps = 6/391 (1%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGL 60 + +FT+ QKRALA+LT++AL FGAYFLRNY +LI V+AV AYLF+PL++ R G Sbjct 1 MRDDFTVNQKRALAVLTVVALGFGAYFLRNYVLLIAVSAVLAYLFSPLYRRLRTRMGPGA 60 Query 61 SAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFD 120 +AA TL +A+A V +P+ ++ LA +QI+ MV + WV TDL+ LG ++L N L Sbjct 61 AAATTLFAAIAVVALPLTGVLFLAFLQISEMVTGIGHWVEQTDLTALGQRLLDSANELLA 120 Query 121 RVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN 180 RVPF T+T +++R A+ + QN GE L F RD+ G + +T IIF+YVF+ALL N Sbjct 121 RVPFADFTLTPESVRDAIGRLGQNAGEIALGFARDSVGGIVSTVTGVIIFLYVFLALLTN 180 Query 181 REKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHG 240 +K+ L LNPLG+ V+D+YL K+G+MV TV GQF+IAACQGVAGA S+YIAG H+G Sbjct 181 GDKVLDLFRDLNPLGDKVSDIYLAKIGAMVSATVKGQFIIAACQGVAGAISVYIAGIHNG 240 Query 241 FFIFAIVLTALSIIPLGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 FF+F I LT LS IPLG GIV IP GIGM +GN GGIFV+++H++ TNIDN+LRP L Sbjct 241 FFMFVIFLTVLSFIPLGSGIVVIPLGIGMAIFGNPVGGIFVVVFHIIATTNIDNLLRPFL 300 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQF--- 357 VPR A L+ ALMLL+VFAG+ MFG GI++GPVLMI+IVTTI VY VY+ +E Sbjct 301 VPRSAHLHPALMLLAVFAGLQMFGFIGIVLGPVLMIVIVTTISVYRVVYRDAPMESITGT 360 Query 358 ---EAPPVRRRWLPRRGPATSRNAPPPSTAE 385 + P W R P + P S A Sbjct 361 HSDDDPDREIPWWRRILPGKPKPKPARSAAR 391 >gi|189501154|ref|YP_001960624.1| hypothetical protein Cphamn1_2238 [Chlorobium phaeobacteroides BS1] gi|189496595|gb|ACE05143.1| protein of unknown function UPF0118 [Chlorobium phaeobacteroides BS1] Length=379 Score = 121 bits (304), Expect = 2e-25, Method: Compositional matrix adjust. Identities = 95/327 (30%), Positives = 166/327 (51%), Gaps = 15/327 (4%) Query 30 NYFVLIVVAAVGAYLFTPLFKWFTKRFN--TGLSAACTLLSALAAVVVPVGALVGLAIVQ 87 ++ ++I++AA+ + L PLF+WF F +S+A T+L+ ++ P+ AL+G+ + Sbjct 40 DFLMVILIAAIFSGLAMPLFRWFESLFRGRRSISSAMTILTMALILIFPLLALLGIVAAE 99 Query 88 IARMVDSVADWV-RTTDLSTLGDKILQFVNGLFDRVPFLHITVT-ADALRKAMISVAQNV 145 ++ SV W+ + + T D I F +P+ + +D + + + + N+ Sbjct 100 AIKVSRSVGPWIEQRVEQPTAFDDI-------FSSLPYSETIIQYSDEILQRLGELVGNM 152 Query 146 GEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVN-REKLRTLIGQLNPLGEDVTDLYLQ 204 +L L S + +F Y L + R+ L +++ L PLGE L Sbjct 153 STFLFENLSSFTLSTVHTLFMMFVFFYTMFFFLKDGRDMLESVLYYL-PLGERDQSRMLD 211 Query 205 KMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGIVTI 263 K S+ T+ G FVI QG ++ +AG F + V+T LSIIP+ G G+V Sbjct 212 KFTSVTGATIRGTFVIGILQGTLAGLALKVAGIESAIF-WGAVMTVLSIIPIIGSGLVWG 270 Query 264 PFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMF 323 P + + G +LL+ L+V+++DN+LRPILV RD +++ L+ F GI++F Sbjct 271 PAVLYLYATGEYVSATGLLLFCGLLVSSVDNILRPILVGRDTKMHELLIFFGTFGGISLF 330 Query 324 GPWGIIIGPVLMILIVTTIDVYLAVYK 350 G G I+GPV+ L +T ++Y +K Sbjct 331 GISGFIVGPVIAALFITVWEIYGETFK 357 >gi|114570113|ref|YP_756793.1| hypothetical protein Mmar10_1563 [Maricaulis maris MCS10] gi|114340575|gb|ABI65855.1| protein of unknown function UPF0118 [Maricaulis maris MCS10] Length=398 Score = 120 bits (301), Expect = 4e-25, Method: Compositional matrix adjust. Identities = 102/351 (30%), Positives = 174/351 (50%), Gaps = 15/351 (4%) Query 9 QKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNT--GLSAACTL 66 Q+ +A L LI + +R+Y + +AAV W + + GL+A + Sbjct 10 QRAFIAALALIISWVFLWMIRDYLAALFLAAVITLFLAKPHDWLSGKLGKRRGLAAGLLV 69 Query 67 LSALAAVVVPVGALVGLAIVQIARMVDSVADWVRT--TDLSTLGDKILQFVNGLFDRVPF 124 A+ A V+P L+GL Q + V WV++ +++ T G ++GL D +PF Sbjct 70 TGAVLAFVIPAAILLGLVAEQAIDVTGMVTPWVQSQVSEIRTNG------LDGLPDWLPF 123 Query 125 LHITVTADALRKAMI-SVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVY-VFVALLVNRE 182 + A A I ++A +VG L++ LR G + I +Y +F L+ R+ Sbjct 124 RDEMIEYQATLTAQIGNLAGSVGRMLVNSLRAGTGGFLVATLNLFILIYALFFFLMTGRD 183 Query 183 KLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFF 242 R+ + L P+ + +L ++ S +R TV G F+IA QG +++AG F Sbjct 184 AARSAV-TLLPMTVEARELLAERALSTIRATVKGSFLIALVQGGLTGVGLFVAGVPGAIF 242 Query 243 IFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILV 301 +A + LSIIP+ G ++ P I + G+ + W +VV+ DN+LRP+LV Sbjct 243 -WAAIAALLSIIPMIGPPLIWAPAAIWLAATGHPVAAGGLAAWGAIVVSTSDNILRPVLV 301 Query 302 PRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGV 352 +DA+++ ++L+S G+T+FG GIIIGPV+ L + ++ Y G+ Sbjct 302 GKDAKMSDLMVLISTLGGLTLFGAVGIIIGPVIAALFTSVWFIFRESYAGL 352 >gi|303246658|ref|ZP_07332936.1| protein of unknown function UPF0118 [Desulfovibrio fructosovorans JJ] gi|302491998|gb|EFL51876.1| protein of unknown function UPF0118 [Desulfovibrio fructosovorans JJ] Length=371 Score = 120 bits (300), Expect = 5e-25, Method: Compositional matrix adjust. Identities = 97/388 (25%), Positives = 190/388 (49%), Gaps = 31/388 (7%) Query 7 LTQKR-----ALAILTLIALLFGAYF-LRNYFVLIVVAAVGAYLFTPLFKW---FTKRFN 57 + Q+R A ++ L A L+ AY LR + ++++ V + LF P+ + F + Sbjct 1 MNQERRIFYSAFLLIILAAALYLAYVVLRPFVDILIIGVVLSALFRPVHRRIDAFCGKRP 60 Query 58 TGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTL--GDKILQFV 115 T +SA T +++PV +G + Q + V+++ + + D + + + ++ Sbjct 61 T-VSALITTCLIFTCLIIPVFFFLGSLVTQGVQSVNALQAHLSSMDFNAFFSHEAVAPYI 119 Query 116 NGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFV 175 N L + +PFL V ALR ++S+++N G+ LL+ G+ + + +I ++V Sbjct 120 NWLHEHLPFLD--VKKLALRADLLSISKNAGQILLNSGTTIIGNFFVLTMNFVILIFVLF 177 Query 176 ALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIA 235 L+ + E + + L PL D D +++ + + + G F+IA QG AG ++I Sbjct 178 FLIRDGEAMLARVRYLLPLSTDQEDRIFRQLDDVAKSVILGAFLIALAQGAAGGLGLFIV 237 Query 236 GFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDN 294 G F + ++ S+IP+ G I+ +P + +I G G+F++ W LVV++ID+ Sbjct 238 GIQP--FFWGCMMGFASLIPVVGTAIIWLPVALYLIVTGQWQWGVFLIAWGALVVSSIDS 295 Query 295 VLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVEL 354 ++RPIL+ +++++ + L++ GI FG GI+ GP+++ + + +Y Y V Sbjct 296 IMRPILMRNRSKMSTFWVFLAIIGGIKFFGALGILYGPLVLGFAMVMLSLYAEDYSHV-- 353 Query 355 EQFEAPPVRRRWLPRRGPATSRNAPPPS 382 L R +PPP Sbjct 354 ------------LNDRNLGNGCESPPPE 369 >gi|83858202|ref|ZP_00951724.1| hypothetical protein OA2633_01846 [Oceanicaulis alexandrii HTCC2633] gi|83853025|gb|EAP90877.1| hypothetical protein OA2633_01846 [Oceanicaulis alexandrii HTCC2633] Length=380 Score = 119 bits (297), Expect = 1e-24, Method: Compositional matrix adjust. Identities = 107/362 (30%), Positives = 174/362 (49%), Gaps = 24/362 (6%) Query 2 NTEFTLTQKRALAILTLIALLFGA-----YFLRNYFVLIVVAAVGAYLFTPLFKWFTKRF 56 N ++ ++AL + ++ L G + +R + + +AAV A P+ + F K Sbjct 15 NLSALMSDRQALQRVFIVLLALGVSVIFIWMIRGFLSPLFMAAVFAMFLNPVHR-FLKPI 73 Query 57 NTGLSAACT---LLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQ 113 G S+A L+ A+ V++P+ A++ L Q ++ +VA W++ D+I Sbjct 74 TFGSSSAAAGLVLVLAVFVVLIPLTAILALVADQAVQVTGTVAPWLQ--------DQIRL 125 Query 114 FVNG----LFDRVPFLH-ITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAI 168 G L D +PF + + A N G WL+ LR A G + Sbjct 126 IREGGIEALPDWLPFRESLAPYQQDITNQAAQFASNAGGWLVDGLRKATSGTFGAFLDLV 185 Query 169 IFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAG 228 + ++ L L +L P+ + DL +++ S +R TV G FVIA QGV Sbjct 186 VMLFALFFFLTRGPSLAEHGLKLMPMPREDRDLLVERAMSTIRATVKGTFVIAIIQGVLT 245 Query 229 AASIYIAGFHHGFFIFAIVLTALSIIP-LGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLL 287 ++ +AG F +A V T LS+IP +G +V P GI +I G+ G ++ W L Sbjct 246 GIALALAGVPGALF-WATVTTVLSVIPGIGPPLVWGPAGIWLIASGHYVAGGLLIAWGAL 304 Query 288 VVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLA 347 VV IDN+LRP LV +DA+L ++L+S G+T+FG GII+GP++ L + +Y Sbjct 305 VVGLIDNLLRPRLVGQDAKLPDLMILISTLGGLTLFGAVGIIVGPMIAALFSSIWYLYAL 364 Query 348 VY 349 Y Sbjct 365 SY 366 >gi|194334809|ref|YP_002016669.1| hypothetical protein Paes_2012 [Prosthecochloris aestuarii DSM 271] gi|194312627|gb|ACF47022.1| protein of unknown function UPF0118 [Prosthecochloris aestuarii DSM 271] Length=363 Score = 115 bits (287), Expect = 1e-23, Method: Compositional matrix adjust. Identities = 91/330 (28%), Positives = 165/330 (50%), Gaps = 21/330 (6%) Query 30 NYFVLIVVAAVGAYLFTPLFKWFTKRFN--TGLSAACTLLSALAAVVVPVGALVGLAIVQ 87 ++ ++I++AA+ + L P+ ++F + F LS+A L+S + P+ AL+G+ Q Sbjct 28 DFLMVILIAAIFSSLALPVNRFFERLFKGKKSLSSALALVSISLIGIFPLFALMGIVAAQ 87 Query 88 IARMVDSVADWV--RTTDLSTLGDKILQFVNGLFDRVPFLH-ITVTADALRKAMISVAQN 144 R+ S W+ R + + D LF +PF I +D + + + + Sbjct 88 AVRISRSAGPWIEKRLEEPTAFHD--------LFLTLPFYETINAYSDLILQRLGEMVSK 139 Query 145 VGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQ---LNPLGEDVTDL 201 G +L F ++ +L+ V T + FV+++ R+ R ++ Q PL + Sbjct 140 TGTFL--FENISSFTLSTVHTLFLFFVFLYTMFFFLRDG-RDMLQQALYYMPLNQSDQSR 196 Query 202 YLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGI 260 L K S+ R T+ G FVI QG + +AG F + ++T LS+IP+ G G+ Sbjct 197 MLDKFTSVTRATIRGTFVIGIIQGTLAGLAFQVAGIESAVF-WGAIMTVLSVIPVVGSGL 255 Query 261 VTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGI 320 V +P + + G +L++ ++V++IDN+LRP+LV RD R++ L+ GI Sbjct 256 VWVPAVLYLYATGENVAATGLLIFCGILVSSIDNILRPVLVGRDTRMHELLIFFGTIGGI 315 Query 321 TMFGPWGIIIGPVLMILIVTTIDVYLAVYK 350 +FG G I+GP++ L +T ++Y +K Sbjct 316 GLFGIAGFIVGPIIAALFITVWEIYGETFK 345 >gi|242279199|ref|YP_002991328.1| hypothetical protein Desal_1727 [Desulfovibrio salexigens DSM 2638] gi|242122093|gb|ACS79789.1| protein of unknown function UPF0118 [Desulfovibrio salexigens DSM 2638] Length=365 Score = 113 bits (283), Expect = 5e-23, Method: Compositional matrix adjust. Identities = 84/334 (26%), Positives = 171/334 (52%), Gaps = 9/334 (2%) Query 24 GAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRF--NTGLSAACTLLSALAAVVVPVGALV 81 G ++ + I+++ V + +F PL K R L A T+ + A+++P Sbjct 31 GYSVIKPFINTIIISVVLSGIFYPLSKKICCRLGGRPALGAFLTVCIIIFAIIIPAVVFF 90 Query 82 GLAIVQIARMVDSVADWVRTTDLSTLGDK--ILQFVNGLFDRVPFLHITVTADALRKAMI 139 I Q V ++ +W+RTTD STL D ++ + PF I+ + ++ ++ Sbjct 91 LGLIGQGVDSVTAINEWLRTTDFSTLFDSQHYSTYLQWFEQKFPFFEIS--SSDIQARVL 148 Query 140 SVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVT 199 ++++ G+ +L A ++A ++ +I ++ + L + E+ + L+PL + Sbjct 149 EISRSFGQAMLTTGTWLAANMASLVAHFLIMNFLVFSFLKDGERFIDRVRYLSPLRAEQE 208 Query 200 DLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIP-LGG 258 D ++ + + + + G IA QG+ G + IAG F+ +++ S+IP LG Sbjct 209 DFIIESLRKVSKSVLFGSLFIAFLQGIVGGIGLAIAGIPALFW--GTMMSFASLIPVLGT 266 Query 259 GIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFA 318 G++ +P I ++ G + +F+L+W ++VT ID VLRP++V +R+++ + L++ Sbjct 267 GLIWVPATIYLLIVGKLKIAVFLLIWCGVLVTGIDTVLRPMIVREASRVSTIYVFLAILG 326 Query 319 GITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGV 352 GI FGP GI+ GP+++ ++ + +Y Y+ V Sbjct 327 GINAFGPLGILYGPLILSFLMVMLHIYGVEYQDV 360 >gi|332703579|ref|ZP_08423667.1| protein of unknown function UPF0118 [Desulfovibrio africanus str. Walvis Bay] gi|332553728|gb|EGJ50772.1| protein of unknown function UPF0118 [Desulfovibrio africanus str. Walvis Bay] Length=380 Score = 112 bits (280), Expect = 1e-22, Method: Compositional matrix adjust. Identities = 88/329 (27%), Positives = 163/329 (50%), Gaps = 9/329 (2%) Query 35 IVVAAVGAYLFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLA--IVQIARMV 92 I++ AV A LF PL W +R + A + +L +V+ + AL+ LA I Q M Sbjct 43 IIMGAVMATLFHPLQGWILRRLPGKRNLAALITVSLITLVIVIPALLFLAALISQGIEMA 102 Query 93 DSVADWVRTTDLSTLGD--KILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLL 150 V+ W+ DL+ L + ++ Q + +PF+H+ + LR ++ V+ +G+ LL Sbjct 103 AQVSLWLGDVDLARLQENPRVAQMLAWARAHLPFVHLE--GEELRTQLVGVSTGLGQVLL 160 Query 151 HFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMV 210 G+ V+ S I +++ L + + + + L+PL + L ++ ++ Sbjct 161 KSGTSILGNAVNVVVSFAIMLFLTFYFLRDGKAMVSKAKFLSPLRSGQEERILARIKAVT 220 Query 211 RGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGM 269 R G F+ A CQG+AG ++ I G F+ VL S++P+ G +V +P + Sbjct 221 RSVFVGSFLTALCQGLAGGIAMAIVGIPPLFW--GTVLGLASLVPVVGTALVWVPATAYL 278 Query 270 IFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGII 329 + G+ +F LW ++V +IDN LRP L+ A+++ + L++ G+ +FG G++ Sbjct 279 VLIGSYKSAVFFALWSAIIVGSIDNFLRPFLMQGQAQMSPFYIFLAIIGGLQVFGLAGVL 338 Query 330 IGPVLMILIVTTIDVYLAVYKGVELEQFE 358 GP+++ + +Y + Y V E E Sbjct 339 YGPLIIAFATVMLYIYRSEYHEVLDEVHE 367 >gi|193211909|ref|YP_001997862.1| hypothetical protein Cpar_0235 [Chlorobaculum parvum NCIB 8327] gi|193085386|gb|ACF10662.1| protein of unknown function UPF0118 [Chlorobaculum parvum NCIB 8327] Length=368 Score = 112 bits (279), Expect = 1e-22, Method: Compositional matrix adjust. Identities = 106/333 (32%), Positives = 155/333 (47%), Gaps = 14/333 (4%) Query 20 ALLFGAYFL---RNYFVLIVVAAVGAYLFTPLFKWFTKRFNT--GLSAACTLLSALAAVV 74 ALL A FL R++ V I++A + A L PLF F LSA TL V Sbjct 18 ALLISALFLAMIRHFLVTILLAGIFAGLAYPLFSRFLSLSGERRSLSAILTLTIFFLIVF 77 Query 75 VPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFDRVPFLH-ITVTADA 133 +P+ A+ + + Q + +V VR D + + ++GL PF H I +D Sbjct 78 MPLVAVFSIVVGQAISLSKTVIPLVR--DQLQDPEALPSLISGL----PFYHDIEKYSDL 131 Query 134 LRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNP 193 + + V N+G ++ S I IIF Y LL + L I P Sbjct 132 ILGRIAEVLGNLGTTVISSFSAFTWSALYDIALFIIFWYTMFFLLRDGHTLMAKIQNYLP 191 Query 194 LGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSI 253 L E+ L + S+ R ++ G +IA QG + ++AG + F + ++ LSI Sbjct 192 LAENDQKRLLDRFVSVTRASLKGSLIIAVVQGSLAGLAFHVAGIENAVF-WGAIMAMLSI 250 Query 254 IPL-GGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALM 312 +PL G ++ +P I F GN I +LL+ +VV IDNV+RPILV RD ++ + Sbjct 251 LPLIGSPLIWVPAVIIQAFSGNYVEAIGLLLFCSIVVGQIDNVMRPILVGRDTSMHELFI 310 Query 313 LLSVFAGITMFGPWGIIIGPVLMILIVTTIDVY 345 GI MFG G IIGPV+ L VT D+Y Sbjct 311 FFGTLGGIGMFGLPGFIIGPVVAALFVTVWDIY 343 >gi|283851814|ref|ZP_06369091.1| protein of unknown function UPF0118 [Desulfovibrio sp. FW1012B] gi|283572730|gb|EFC20713.1| protein of unknown function UPF0118 [Desulfovibrio sp. FW1012B] Length=404 Score = 110 bits (276), Expect = 3e-22, Method: Compositional matrix adjust. Identities = 81/334 (25%), Positives = 172/334 (52%), Gaps = 9/334 (2%) Query 28 LRNYFVLIVVAAVGAYLFTPLFKWFTKR--FNTGLSAACTLLSALAAVVVPVGALVGLAI 85 LR + ++++ V A LF P+ + LSA T +++P+ +G + Sbjct 28 LRPFVDILIIGVVLAALFKPVQRRLDPLCGHRPTLSALLTTGLIFTCLIIPIFFFLGSLL 87 Query 86 VQIARMVDSVADWVRTTDLSTL--GDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQ 143 Q + V+++ + TD +TL D + +V + + +PFL V A + ++ +++ Sbjct 88 AQGVQSVNALQHQLSVTDFNTLLSRDALAPYVGWVQEHLPFLD--VKKLAFQADLLDISK 145 Query 144 NVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYL 203 N G+ LL G++ + + +I ++V L+ + + + L PL D + Sbjct 146 NAGQLLLDSGTKIVGNVFVLTMNFVILIFVLFFLIRDGDAMLAQARYLLPLSTDQENRIF 205 Query 204 QKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGIVT 262 +++ + + + G FVIA QG+AG ++I G + F + ++ S+IP+ G I+ Sbjct 206 RQLDDVAKSVILGAFVIALAQGLAGGIGLFIVGINP--FFWGFMMGFASLIPVVGTAIIW 263 Query 263 IPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITM 322 +P I ++ G+ G+F+ +W +V+++ID+V+RP+L+ +++++ + L++ GI Sbjct 264 LPVSIYLMLTGDWQWGLFLAVWGAVVISSIDSVIRPLLMQNRSKMSTFWVFLAIIGGIKF 323 Query 323 FGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQ 356 FG GI+ GP+++ + + +Y Y+ V E+ Sbjct 324 FGALGILYGPLILGFAMVMLTLYAEDYRHVLEER 357 >gi|316932016|ref|YP_004106998.1| hypothetical protein Rpdx1_0627 [Rhodopseudomonas palustris DX-1] gi|315599730|gb|ADU42265.1| protein of unknown function UPF0118 [Rhodopseudomonas palustris DX-1] Length=381 Score = 110 bits (274), Expect = 5e-22, Method: Compositional matrix adjust. Identities = 72/217 (34%), Positives = 117/217 (54%), Gaps = 12/217 (5%) Query 169 IFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAG 228 + VY+ LL + + + I + PLG D L K ++R TV G +IA QG G Sbjct 165 VMVYLLFFLLRDGDLVAGRIRRATPLGVDHQTRLLDKFTVVIRATVKGNMLIALIQGSLG 224 Query 229 AASIYIAGFHHGFFIFAIVLTALSIIP-LGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLL 287 + Y+ G G ++A+V+ LS++P +G G+V +P + +IF G+I GI +++W L Sbjct 225 GLAFYVLGIS-GALMWAVVMAFLSLLPAVGAGLVWLPMALYLIFTGSIWHGIGLIVWGAL 283 Query 288 VVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLA 347 V+ +DNVLRPILV +D R+ ++L+S G+ +FG G ++GPV+ + + D+Y Sbjct 284 VIGMVDNVLRPILVGKDTRMPDYVVLISTLGGLEVFGLNGFVVGPVIAAMFIAAWDIYST 343 Query 348 VYKGVELEQFEAPPVRRRWLPRRGPATSRNAPPPSTA 384 + E + PP+ GP PPP+ A Sbjct 344 SRE----EAGDTPPIG----ASAGPVEVE--PPPAAA 370 >gi|21674815|ref|NP_662880.1| hypothetical protein CT2004 [Chlorobium tepidum TLS] gi|21648033|gb|AAM73222.1| membrane protein, putative [Chlorobium tepidum TLS] Length=366 Score = 108 bits (271), Expect = 1e-21, Method: Compositional matrix adjust. Identities = 106/366 (29%), Positives = 163/366 (45%), Gaps = 22/366 (6%) Query 21 LLFGAYFL---RNYFVLIVVAAVGAYLFTPLFKWFTK--RFNTGLSAACTLLSALAAVVV 75 LL A FL R + V I++A + L PLF F R + LSA+ TL+ V + Sbjct 16 LLISALFLTMIRQFLVTILLAGIFTGLAYPLFSRFITLTRGHRSLSASMTLVIFFMMVFL 75 Query 76 PVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFDRVPFLH-ITVTADAL 134 P+ A+ + I+Q + + +R G L+ ++ L PF I +D + Sbjct 76 PLLAVFTVVILQAVSLSSTAIPLIREQLRDPEG--FLRMLSSL----PFYKDIESYSDLI 129 Query 135 RKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPL 194 + + N+G +L + + IIF Y LL + +L I PL Sbjct 130 LEKAAEILGNLGSSVLSSFSAITWTAIYDLVLFIIFWYTMFFLLRDGHELLERIKYYLPL 189 Query 195 GEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSII 254 E + S+ R ++ G +IA QG + Y+AG + F + ++ LS++ Sbjct 190 NESDQRRLFDRFVSVTRASLKGSLIIAVIQGTLAGLAFYVAGINQAVF-WGAIMAMLSLL 248 Query 255 PL-GGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALML 313 PL G I+ +P I + GN A I + L+ ++V IDNVLRPILV RD ++ + Sbjct 249 PLIGSPIIWVPAVIILALSGNYAQAIGLFLFCSIIVGQIDNVLRPILVGRDTSMHELFIF 308 Query 314 LSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAPPVRRRWLPRRGPA 373 GI MFG G IIGPV+ L VT D+Y E F + RR + Sbjct 309 FGTLGGIGMFGLPGFIIGPVVAALFVTVWDIY--------GETFNESLIERRSGGGQAAG 360 Query 374 TSRNAP 379 + +AP Sbjct 361 SDGSAP 366 >gi|239906620|ref|YP_002953361.1| hypothetical membrane protein [Desulfovibrio magneticus RS-1] gi|239796486|dbj|BAH75475.1| hypothetical membrane protein [Desulfovibrio magneticus RS-1] Length=370 Score = 108 bits (269), Expect = 2e-21, Method: Compositional matrix adjust. Identities = 85/355 (24%), Positives = 179/355 (51%), Gaps = 10/355 (2%) Query 20 ALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGLSAACTLLSAL--AAVVVPV 77 AL A L + ++++ V A LF P+ + + + A L + L +++P+ Sbjct 20 ALSLAAIVLAPFVNILIIGVVLAALFRPVQRRVERLCGPRPTLAALLTTGLIFTCIIIPI 79 Query 78 GALVGLAIVQIARMVDSVADWVRTTDLSTL--GDKILQFVNGLFDRVPFLHITVTADALR 135 +G + Q + V+++ + TD + L + I +++ + + +PFL + A L+ Sbjct 80 FFFLGSLLAQGVQSVNALQAQLAATDFNKLFSHEAISPYMDWVQEHLPFLDLKKLA--LQ 137 Query 136 KAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPLG 195 +I +++ G+ L+ G++ + + +I ++V L+ + E++ + L PL Sbjct 138 ADLIDISKTAGQMLIDSGTKIIGNVFVLTMNFVILMFVLFFLIRDGERMMQRLRYLLPLT 197 Query 196 EDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIP 255 D + +++ + + + G F IA QG+AG ++I G F + ++ S+IP Sbjct 198 TDQENRIFRQLDDVAKSVILGAFFIALAQGLAGGIGLFIVGIKP--FFWGCMMGFASLIP 255 Query 256 L-GGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLL 314 + G I+ +P I ++ G+ G+F++ W +VV+ ID+++RP+L+ + +++ + L Sbjct 256 VVGTAIIWLPVAIYLMLTGHWQWGLFLMGWGAVVVSGIDSIIRPLLMQNRSNMSTFWVFL 315 Query 315 SVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAPPVRRRWLPR 369 S+ GI FG GI+ GP+++ + + +Y Y+ V LE+ A P LP Sbjct 316 SIIGGIKFFGALGILYGPLILGFAMVMLTLYAEDYRHV-LEERGAAPAPTDCLPE 369 >gi|218778346|ref|YP_002429664.1| hypothetical protein Dalk_0489 [Desulfatibacillum alkenivorans AK-01] gi|218759730|gb|ACL02196.1| protein of unknown function UPF0118 [Desulfatibacillum alkenivorans AK-01] Length=356 Score = 107 bits (268), Expect = 3e-21, Method: Compositional matrix adjust. Identities = 84/344 (25%), Positives = 172/344 (50%), Gaps = 15/344 (4%) Query 16 LTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGLSAACTLLSALAAVVV 75 L +I++ F + LR +F ++V+A V +FTP+++ K+ G ++ T + + + Sbjct 18 LYIISIGFMGWLLRPFFSILVLAFVVTGVFTPIYRLLLKKMKPGAASGLTCVIIFLVLFI 77 Query 76 PVGALVGLAIVQIARMVDSV-----ADWVRT-TDLSTLGDKILQFVNGLFDRVPFLHITV 129 P G+ + + +D V D +RT + STL + I Q ++ I + Sbjct 78 PTLLFAGIVVSEAVGFLDMVNKAALPDQIRTFINNSTLLETINQHIDDY-------GIVI 130 Query 130 TADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIG 189 + + +A + Q VG +LL + ++ + + + V + +L++ KL + Sbjct 131 SGAEITQAASQIGQFVGGFLLDSGKAVVSNVLSFVLNFLFMVLIIFFILIDGGKLVDYLV 190 Query 190 QLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLT 249 ++PL +D + + K M + G V QG+ G A + G F ++ +V+ Sbjct 191 DMSPLPQDQDEKLVAKFKDMSGAVILGNGVCGLAQGILGGAVFALFGLPSPF-LWGVVMG 249 Query 250 ALSIIPLGG-GIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLN 308 L+ +P+ G G+V +P I M G IA G+F ++++ ++ +++ V++P LV +++ Sbjct 250 ILAFLPIVGIGVVFLPAAIIMFIQGKIATGVFFIIFYSILSFSVEYVIKPKLVGDRVQMH 309 Query 309 SALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGV 352 L+ L++ G+ +FG G+I GP+++ +T D+Y A YK + Sbjct 310 PLLVFLAIMGGLKIFGILGVIYGPLIVTFFLTLADIYRASYKAI 353 >gi|192288979|ref|YP_001989584.1| hypothetical protein Rpal_0549 [Rhodopseudomonas palustris TIE-1] gi|192282728|gb|ACE99108.1| protein of unknown function UPF0118 [Rhodopseudomonas palustris TIE-1] Length=384 Score = 107 bits (267), Expect = 4e-21, Method: Compositional matrix adjust. Identities = 63/178 (36%), Positives = 104/178 (59%), Gaps = 2/178 (1%) Query 169 IFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAG 228 + VY+ LL + + L I + PLG D L K ++R TV G +IA QG G Sbjct 165 VMVYLLFFLLRDGDLLAARIRRATPLGVDHQTRLLDKFTVVIRATVKGNMLIALIQGALG 224 Query 229 AASIYIAGFHHGFFIFAIVLTALSIIP-LGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLL 287 + Y+ G G ++A+V+ LS++P +G GIV +P + +I G++ G+ +++W +L Sbjct 225 GLAFYVLGIS-GALMWAVVMAFLSLLPAVGAGIVWLPMALYLIASGSVWHGVGLIVWGML 283 Query 288 VVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVY 345 V+ +DN LRPILV +D R+ ++L+S G+ +FG G +IGPV+ + + T D+Y Sbjct 284 VIGMVDNFLRPILVGKDTRMPDYVVLISTLGGLEVFGLNGFVIGPVIAAMFIATWDIY 341 >gi|39933625|ref|NP_945901.1| hypothetical protein RPA0548 [Rhodopseudomonas palustris CGA009] gi|39647471|emb|CAE25992.1| Protein of unknown function UPF0118 [Rhodopseudomonas palustris CGA009] Length=386 Score = 107 bits (267), Expect = 4e-21, Method: Compositional matrix adjust. Identities = 63/178 (36%), Positives = 104/178 (59%), Gaps = 2/178 (1%) Query 169 IFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAG 228 + VY+ LL + + L I + PLG D L K ++R TV G +IA QG G Sbjct 165 VMVYLLFFLLRDGDLLAARIRRATPLGVDHQTRLLDKFTVVIRATVKGNMLIALIQGALG 224 Query 229 AASIYIAGFHHGFFIFAIVLTALSIIP-LGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLL 287 + Y+ G G ++A+V+ LS++P +G GIV +P + +I G++ G+ +++W +L Sbjct 225 GLAFYVLGIS-GALMWAVVMAFLSLLPAVGAGIVWLPMALYLIASGSVWHGVGLIVWGML 283 Query 288 VVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVY 345 V+ +DN LRPILV +D R+ ++L+S G+ +FG G +IGPV+ + + T D+Y Sbjct 284 VIGMVDNFLRPILVGKDTRMPDYVVLISTLGGLEVFGLNGFVIGPVIAAMFIATWDIY 341 >gi|212704261|ref|ZP_03312389.1| hypothetical protein DESPIG_02316 [Desulfovibrio piger ATCC 29098] gi|212672341|gb|EEB32824.1| hypothetical protein DESPIG_02316 [Desulfovibrio piger ATCC 29098] Length=368 Score = 106 bits (264), Expect = 8e-21, Method: Compositional matrix adjust. Identities = 98/382 (26%), Positives = 178/382 (47%), Gaps = 31/382 (8%) Query 9 QKRA-LAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKR-FNTGLSAACTL 66 + RA L +L ++L F + LR +F +I V A L TP++ +R L+A + Sbjct 9 EDRAFLLLLAGVSLAF-LWMLRPFFDVIFWGIVIALLSTPVYDALQRRRMGRNLAALTCV 67 Query 67 LSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFDRVPFLH 126 + +L ++VP + I ++A + L++ G I + + L + P + Sbjct 68 ILSLVLIIVPCAYIFYTFINEVANLY---------ARLTSGGHDIRETLERLREVAPGVQ 118 Query 127 ITVT-----ADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNR 181 +T + + + + +A + + GS + I +Y+ L+ + Sbjct 119 DWLTRYGYGPEVITQKLSELAVKISGLVARNTVALGGSTVNFLVDLCIMLYLAFFLVRDG 178 Query 182 EKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGF 241 ++LR L+ + P G+ DL K ++R TV G ++A QG G +I G Sbjct 179 KQLRVLLIRALPFGDHREDLLFAKFAEVLRATVKGSLLVAMAQGALGGLIFWILGIKAPV 238 Query 242 FIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 ++ +V+T LS+IP+ G G+V P ++ G+ G+ +L + + V+ DN+LRP+L Sbjct 239 -LWGVVMTLLSLIPVVGAGVVWAPVAGYLLLTGDHVSGVVLLAYGVFVIGLADNILRPVL 297 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 V RD +L ++LLS G ++FG G + GP+L +L VT +++ +K P Sbjct 298 VGRDTKLPDFMVLLSTLGGFSLFGMDGFVTGPMLAVLFVTVWKIFMDEFK---------P 348 Query 361 PVRRRWLPRRGPATSRNAPPPS 382 P+ L PA + PS Sbjct 349 PLT---LDGSAPARDADGDGPS 367 >gi|221067315|ref|ZP_03543420.1| protein of unknown function UPF0118 [Comamonas testosteroni KF-1] gi|220712338|gb|EED67706.1| protein of unknown function UPF0118 [Comamonas testosteroni KF-1] Length=391 Score = 105 bits (262), Expect = 1e-20, Method: Compositional matrix adjust. Identities = 108/389 (28%), Positives = 187/389 (49%), Gaps = 26/389 (6%) Query 9 QKRALAILTLIALLFG-AYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRF--NTGLSAACT 65 KRA IL LIA+ G L Y V I V A +F PL + R L+A T Sbjct 7 HKRAF-ILLLIAVTAGFGLVLEEYAVAIFWGVVFAIVFAPLHRKLLMRMPNRPTLAALAT 65 Query 66 LLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFDRV-PF 124 LL +L V++P+ +L+GL+++ + ++ D V + +LS G + Q N L + P+ Sbjct 66 LLISLVMVILPL-SLIGLSLI---KETSAIYDQVSSGNLSA-GSYVEQIFNALPSWLTPW 120 Query 125 ---LHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNR 181 LH+ T + ++ + ++A + + G + + +Y+ LL + Sbjct 121 MEKLHLG-TLEEIQAKLSNIALQASKLAATKAVGLGQNTLGFVVGFGVMLYLIFFLLRDG 179 Query 182 EKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGF 241 ++L I PL + K +++R TV G +AA QG G +I G G Sbjct 180 KELVARIWAATPLAPEHKRELATKFITVIRATVKGNLAVAAAQGALGGLIFWILGIQ-GA 238 Query 242 FIFAIVLTALSIIP-LGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPIL 300 ++A+V+ LS++P +G G+V P I + G I G+ + + +LV+ +DNVLRP+L Sbjct 239 VLWAVVMAFLSLLPAVGAGLVWGPVAIYFLATGAITKGLILAAYGVLVIGLVDNVLRPLL 298 Query 301 VPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVELEQFEAP 360 V +D ++ ++L+S G+ +FG G ++GP + L + +++ + VE EQ Sbjct 299 VGKDTKMPDYVVLISTLGGMALFGLSGFVLGPAIAALFMAAWELFATMQLQVE-EQ---- 353 Query 361 PVRRRWLPRRG----PATSRNAPPPSTAE 385 + R P R P + + PP A+ Sbjct 354 -LNREIAPERAMSDDPQRAESGPPTLVAQ 381 >gi|91974818|ref|YP_567477.1| hypothetical protein RPD_0338 [Rhodopseudomonas palustris BisB5] gi|91681274|gb|ABE37576.1| protein of unknown function UPF0118 [Rhodopseudomonas palustris BisB5] Length=365 Score = 105 bits (261), Expect = 2e-20, Method: Compositional matrix adjust. Identities = 92/349 (27%), Positives = 174/349 (50%), Gaps = 18/349 (5%) Query 8 TQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRF--NTGLSAACT 65 ++ R +L L+A + + L + ++ V A LF PL++ + F L+A T Sbjct 4 SENRFFILLLLVASIGFGWILLPLYSAVLWGVVIAILFAPLYRQLNRAFGFRRNLAALTT 63 Query 66 LLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDKILQ---FVNGLFDRV 122 + + V++P+ +L+G A+ Q AR + + L L + + +++G+ +R Sbjct 64 VAIIVTMVILPI-SLIGAALAQEARAMFLRIESGNLDMLQYLKQVLAEPPAWISGVLERF 122 Query 123 PFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAI---IFVYVFVALLV 179 +++ + L ++ +Q + A G G + I + VY+ LL Sbjct 123 SIGNLSDLQERLSAVLMRGSQ-------YLAGQAIGIGQGTVEIVINLGVMVYLLFFLLR 175 Query 180 NREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHH 239 + + L I + PL + L+K ++R TV G +IA QG G YI G + Sbjct 176 DGDLLAARIRRAVPLSVEQESQLLRKFTVVIRATVKGNMLIALIQGALGGVMFYILGVN- 234 Query 240 GFFIFAIVLTALSIIP-LGGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRP 298 G ++ +V+ LS++P +G G+V +P + ++ G+I G+ ++ + +V+ +DNVLRP Sbjct 235 GALLWGVVMAFLSLLPAVGAGLVWLPVALYLLGTGSIWQGVALIAFGTMVIGTVDNVLRP 294 Query 299 ILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLA 347 +LV +D R+ ++L+S GI +FG G +IGPV+ + + D+Y A Sbjct 295 VLVGKDTRMPDYVVLISTLGGIQVFGLNGFVIGPVIAAIFIAAWDIYSA 343 >gi|329894051|ref|ZP_08270036.1| putative permease PerM family [gamma proteobacterium IMCC3088] gi|328923223|gb|EGG30543.1| putative permease PerM family [gamma proteobacterium IMCC3088] Length=378 Score = 103 bits (257), Expect = 5e-20, Method: Compositional matrix adjust. Identities = 95/339 (29%), Positives = 164/339 (49%), Gaps = 40/339 (11%) Query 26 YFLRNYFVLIVVAAVGAYLFTPLFKWFTKRF--NTGLSAACTLLSALAAVVVPVGALV-- 81 Y + +F +I+ A + A LF PL R+ + ++A TLL+ + V P L Sbjct 32 YLMLPFFSVILWACIIALLFHPLHAKLLDRYPRHENIAALVTLLACVLIAVTPALFLASS 91 Query 82 ----GLAIVQI--------ARMVDSVADWVRTTD--LSTLGDKILQFVNGLFDRVPFLHI 127 G AI Q A +D + D L TLG + + L + Sbjct 92 FIKQGTAIYQQLESGQLKPALWIDQIRQAFPVIDELLRTLGFDVAEVKQQLG------SL 145 Query 128 TVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTL 187 +V A K M S A +G+ + G + S + +Y+ +L + +L + Sbjct 146 SVEAG---KVMASNALLIGQ-----------NTLGWLVSLGLMLYLTFFMLRDGARLIPI 191 Query 188 IGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIV 247 + + PLG++ L +QK + R T+ G V+A QG G ++ G ++ +V Sbjct 192 LIRALPLGDERERLLMQKFAEVTRATIKGSLVVAMAQGSLGGLIFWLLDLP-GPVLWGVV 250 Query 248 LTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDAR 306 +T LS+IP+ G ++ +P G+ ++ GN + GI ++ + +V+ +DN+LRPILV RD + Sbjct 251 MTVLSLIPVVGASLIWLPVGLYLLATGNTSDGIILIAFGAIVIGLVDNILRPILVGRDTK 310 Query 307 LNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVY 345 L L+LLS G TMFG G ++GP++ +L +T +++ Sbjct 311 LPDYLVLLSTLGGFTMFGMTGFVLGPLIAVLFITFWEIF 349 >gi|78188186|ref|YP_378524.1| hypothetical protein Cag_0203 [Chlorobium chlorochromatii CaD3] gi|78170385|gb|ABB27481.1| conserved hypothetical protein [Chlorobium chlorochromatii CaD3] Length=362 Score = 103 bits (256), Expect = 7e-20, Method: Compositional matrix adjust. Identities = 97/322 (31%), Positives = 165/322 (52%), Gaps = 14/322 (4%) Query 30 NYFVLIVV-AAVGAYLFTPLFKWFTK--RFNTGLSAACTLLSALAAVVVPVGALVGLAIV 86 YF+L+VV AA+ + L P++ F + R LSA TLL+ L VV+P+ L+GL + Sbjct 28 RYFLLVVVLAAIFSALAMPVYNRFERGLRGKRSLSAIMTLLTLLFIVVLPLAILLGLVVK 87 Query 87 QIARMVDSVADWVRTTDLSTLGDKILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVG 146 Q R+ + +V+ L+ QF + L + + + + + + + +A G Sbjct 88 QAIRLSNVAVPFVQEQLLTPS-----QFDHHLQSLFFYPELVLYREEILQKVSELATKFG 142 Query 147 EWLLHFLRDAAGSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLY--LQ 204 L + + ++ + + V + FV+++ R+ + L L L TD Y L Sbjct 143 TLLFNAI--SSFTYSAVTEIVLFFVFLYTMFFFLRDGKQMLQSMLALLPLSHTDQYRLLD 200 Query 205 KMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIP-LGGGIVTI 263 K S+ R T+ G V+ QG ++Y+AG F + V++ LS+IP LG +V I Sbjct 201 KFLSVTRATLKGSLVVGMVQGSLAGMALYMAGIESALF-WGTVMSFLSLIPVLGSALVWI 259 Query 264 PFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMF 323 P I + G+ + VLL+ ++VV IDN++RPILV RD +++ L+ GI MF Sbjct 260 PAVIYLATIGSYPQALGVLLFCMIVVGQIDNIIRPILVGRDTQMHELLIFFGTLGGIGMF 319 Query 324 GPWGIIIGPVLMILIVTTIDVY 345 G +G+I+GP++ L T ++Y Sbjct 320 GFFGVILGPIVAALFTTIWEMY 341 >gi|262191799|ref|ZP_06049971.1| hypothetical protein VIH_002174 [Vibrio cholerae CT 5369-93] gi|262032333|gb|EEY50899.1| hypothetical protein VIH_002174 [Vibrio cholerae CT 5369-93] Length=361 Score = 103 bits (256), Expect = 7e-20, Method: Compositional matrix adjust. Identities = 93/374 (25%), Positives = 179/374 (48%), Gaps = 34/374 (9%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFL-RNYFVLIVVAAVGAYLFTPLFKWFTKRF--N 57 ++ + L + ++TL+A Y+L Y I++A + + L P+ WF K+ + Sbjct 1 MSEKIKLASSHRVLVVTLLASALACYWLVEPYINSIIMAFIISLLMFPIHDWFEKKLPSH 60 Query 58 TGLSA--ACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGD-----K 110 L+A +C +L+ + +V+P+ + G + Q ++ ++ WV + L + K Sbjct 61 NNLAAFLSCVVLTVI--IVIPLLFIFGAIVQQGSKFSQNLYAWVTQGGIQALFNHPWVVK 118 Query 111 ILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIF 170 L N +PF I+ +AQ +G++ F + A ++ A F Sbjct 119 GLSLAN---HYLPFEEISPQ---------QIAQRIGQFATTFGSNLVSISAKILGDATSF 166 Query 171 VYVFVALLV-------NREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 223 V F +L + +K+ + I + PL D L ++ ++ + V G F+ A Sbjct 167 VMHFFLMLFVLFFLLRDHDKIISAIRHILPLSRSQEDRLLSEIENVSKSAVMGSFLTAIA 226 Query 224 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVL 282 QGVAG +++AGF G F + ++ S IP+ G ++ IP + + G+ IF+ Sbjct 227 QGVAGGIGMWLAGFP-GLF-WGTMMGFASFIPVVGTALIWIPATLYLFLTGDTTWAIFLA 284 Query 283 LWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTI 342 +W + VV +IDN+LRP L+ A +N+ ++ S+ GI +FG G+I GP++ + + Sbjct 285 IWSVAVVGSIDNLLRPFLMQGSAGMNTLMIFFSLLGGIQLFGLIGLIYGPLIFAITMVLF 344 Query 343 DVYLAVYKGVELEQ 356 ++Y ++ +Q Sbjct 345 NIYEEEFRSFLDQQ 358 >gi|153217441|ref|ZP_01951183.1| conserved hypothetical protein [Vibrio cholerae 1587] gi|124113554|gb|EAY32374.1| conserved hypothetical protein [Vibrio cholerae 1587] Length=361 Score = 102 bits (255), Expect = 9e-20, Method: Compositional matrix adjust. Identities = 93/374 (25%), Positives = 179/374 (48%), Gaps = 34/374 (9%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFL-RNYFVLIVVAAVGAYLFTPLFKWFTKRF--N 57 ++ + L + ++ L+A Y+L Y I++A + + L P+ WF K+ + Sbjct 1 MSEKIKLASSHRVLVVALLASALACYWLVEPYINSIIMAFIISLLMFPIHDWFEKKLPSH 60 Query 58 TGLSA--ACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGD-----K 110 L+A +C +L+ + +V+P+ + G + Q ++ ++ WV + TL + K Sbjct 61 NNLAAFLSCVVLTVI--IVIPLLFIFGAIVQQGSKFSQNLYAWVTQGGIQTLFNHPWVVK 118 Query 111 ILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIF 170 L N +PF I+ +AQ +G++ F + A ++ A F Sbjct 119 GLSLAN---HYLPFEEISPQ---------QIAQRIGQFATTFGSNLVSISAKILGDATSF 166 Query 171 VYVFVALLV-------NREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 223 V F +L + +K+ + I + PL D L ++ ++ + V G F+ A Sbjct 167 VMHFFLMLFVLFFLLRDHDKIISAIRHILPLSRSQEDRLLSEIENVSKSAVMGSFLTAIA 226 Query 224 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVL 282 QGVAG +++AGF G F + ++ S IP+ G ++ IP + + G+ IF+ Sbjct 227 QGVAGGIGMWLAGFP-GLF-WGTMMGFASFIPVVGTALIWIPATLYLFLTGDTTWAIFLA 284 Query 283 LWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTI 342 +W + VV +IDN+LRP L+ A +N+ ++ S+ GI +FG G+I GP++ + + Sbjct 285 IWSVAVVGSIDNLLRPFLMQGSAGMNTLMIFFSLLGGIQLFGLIGLIYGPLIFAITMVLF 344 Query 343 DVYLAVYKGVELEQ 356 ++Y ++ +Q Sbjct 345 NIYEEEFRNFLDQQ 358 >gi|229512886|ref|ZP_04402353.1| hypothetical protein VCB_000528 [Vibrio cholerae TMA 21] gi|229350135|gb|EEO15088.1| hypothetical protein VCB_000528 [Vibrio cholerae TMA 21] Length=361 Score = 102 bits (254), Expect = 1e-19, Method: Compositional matrix adjust. Identities = 93/374 (25%), Positives = 178/374 (48%), Gaps = 34/374 (9%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFL-RNYFVLIVVAAVGAYLFTPLFKWFTKRF--N 57 ++ + L + ++ L+A Y+L Y I++A + + L P+ WF K+ + Sbjct 1 MSEKIKLASSHRVLVVALLASALACYWLVEPYINSIIMAFIISLLMFPIHDWFEKKLPSH 60 Query 58 TGLSA--ACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGD-----K 110 L+A +C +L+ + +V+P+ + G + Q ++ ++ WV + L + K Sbjct 61 NNLAAFLSCVVLTVI--IVIPLLFIFGAIVQQGSKFSQNLYAWVTQGGIQALFNHPWVVK 118 Query 111 ILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIF 170 L N +PF I+ +AQ +G++ F + A ++ A F Sbjct 119 GLSLAN---HYLPFEEISPQ---------QIAQRIGQFATTFGSNLVSISAKILGDATSF 166 Query 171 VYVFVALLV-------NREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 223 V F +L + +K+ + I + PL D L ++ S+ + V G F+ A Sbjct 167 VMHFFLMLFVLFFLLRDHDKIISAIRHILPLSRSQEDRLLSEIESVSKSAVMGSFLTAIA 226 Query 224 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVL 282 QGVAG +++AGF G F + ++ S IP+ G ++ IP + + G+ IF+ Sbjct 227 QGVAGGIGMWLAGFP-GLF-WGTMMGFASFIPVVGTALIWIPATLYLFLTGDTTWAIFLA 284 Query 283 LWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTI 342 +W + VV +IDN+LRP L+ A +N+ ++ S+ GI +FG G+I GP++ + + Sbjct 285 IWSVAVVGSIDNLLRPFLMQGSAGMNTLMIFFSLLGGIQLFGLIGLIYGPLIFAITMVLF 344 Query 343 DVYLAVYKGVELEQ 356 ++Y ++ +Q Sbjct 345 NIYEEEFRSFLDQQ 358 >gi|254226734|ref|ZP_04920310.1| conserved hypothetical protein [Vibrio cholerae V51] gi|125620751|gb|EAZ49109.1| conserved hypothetical protein [Vibrio cholerae V51] Length=361 Score = 102 bits (254), Expect = 1e-19, Method: Compositional matrix adjust. Identities = 93/374 (25%), Positives = 178/374 (48%), Gaps = 34/374 (9%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFL-RNYFVLIVVAAVGAYLFTPLFKWFTKRF--N 57 ++ + L + ++ L+A Y+L Y I++A + + L P+ WF K+ + Sbjct 1 MSEKIKLASSHRVLVVALLASALACYWLVEPYINSIIMAFIISLLMFPIHDWFEKKLPSH 60 Query 58 TGLSA--ACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGD-----K 110 L+A +C +L+ + +V+P+ + G + Q ++ ++ WV + L + K Sbjct 61 NNLAAFLSCVVLTVI--IVIPLLFIFGAIVQQGSKFSQNLYAWVTQGGIQALFNHPWVVK 118 Query 111 ILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIF 170 L N +PF I+ +AQ +G++ F + A ++ A F Sbjct 119 GLSLAN---HYLPFEEISPQ---------QIAQRIGQFATTFGSNLVSISAKILGDATSF 166 Query 171 VYVFVALLV-------NREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 223 V F +L + +K+ + I + PL D L ++ ++ + V G F+ A Sbjct 167 VMHFFLMLFVLFFLLRDHDKIISAIRHILPLSRSQEDRLLSEIENVSKSAVMGSFLTAIA 226 Query 224 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVL 282 QGVAG I++AGF G F + ++ S IP+ G ++ IP + + G+ IF+ Sbjct 227 QGVAGGIGIWLAGFP-GLF-WGTMMGFASFIPVVGTALIWIPATLYLFLTGDTTWAIFLA 284 Query 283 LWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTI 342 +W + VV +IDN+LRP L+ A +N+ ++ S+ GI +FG G+I GP++ + + Sbjct 285 IWSIAVVGSIDNLLRPFLMQGSAGMNTLMIFFSLLGGIQLFGLIGLIYGPLIFAITMVLF 344 Query 343 DVYLAVYKGVELEQ 356 ++Y ++ +Q Sbjct 345 NIYEEEFRSFLDQQ 358 >gi|330447452|ref|ZP_08311101.1| conserved hypothetical protein [Photobacterium leiognathi subsp. mandapamensis svers.1.1.] gi|328491643|dbj|GAA05598.1| conserved hypothetical protein [Photobacterium leiognathi subsp. mandapamensis svers.1.1.] Length=361 Score = 102 bits (253), Expect = 1e-19, Method: Compositional matrix adjust. Identities = 87/363 (24%), Positives = 170/363 (47%), Gaps = 13/363 (3%) Query 1 LNTEFTLTQKRALAILTLIALLFGAY-FLRNYFVLIVVAAVGAYLFTPLFK----WFTKR 55 ++ F + + L I+ L F +Y + Y IV+A + + LF PL K R Sbjct 1 MSQPFKIEPRHWLLIIALFVAAFASYKLIEPYLGPIVLAFIISLLFAPLHKRLLALMPTR 60 Query 56 FNTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTL-GDKILQF 114 NT +C +L+ + +V+P+ + + Q + +W+ + L Q Sbjct 61 ANTAAMLSCFILTVI--IVIPLLIVFSSIVHQGTTVSKESYEWITSGGPKELFAHPYAQK 118 Query 115 VNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYVF 174 G D+ H + + + + A VG L+ G ++ + ++ ++V Sbjct 119 ALGFIDKYSPFH-NFDPQVIIQKIATTASQVGSQALNISARILGDATSILVNFMMMLFVL 177 Query 175 VALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIYI 234 LL + +K+ I + PL D + ++ + + V G F+ A QG+AG ++++ Sbjct 178 FFLLRDNDKMIAAIRHVIPLSRSQEDEIMNEVEQVAKSAVLGSFLTAVAQGIAGGFAMWL 237 Query 235 AGFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNID 293 GF G F + ++ S+IP+ G ++ +P + ++ G +F+ W ++VV +ID Sbjct 238 CGFP-GLF-WGSMMAFASLIPVVGTALIWLPASLYLLLIGQWEWALFLAGWGVIVVGSID 295 Query 294 NVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYKGVE 353 NV+RP+L+ + +N+ L+ S+ GI +FG G+I GP++ + + +Y +K Sbjct 296 NVVRPLLMQGSSSMNTLLIFFSIIGGIQLFGLIGMIYGPIIFGVTLVLFKMYEVEFKDF- 354 Query 354 LEQ 356 LEQ Sbjct 355 LEQ 357 >gi|340048373|gb|EGR09295.1| hypothetical protein VCHE48_1672 [Vibrio cholerae HE48] Length=361 Score = 102 bits (253), Expect = 1e-19, Method: Compositional matrix adjust. Identities = 93/374 (25%), Positives = 178/374 (48%), Gaps = 34/374 (9%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFL-RNYFVLIVVAAVGAYLFTPLFKWFTKRF--N 57 ++ + L + ++ L+A Y+L Y I++A + + L P+ WF K+ + Sbjct 1 MSEKIKLASSHRVLVVALLASALACYWLVEPYINSIIMAFIISLLMFPIHDWFEKKLPSH 60 Query 58 TGLSA--ACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGD-----K 110 L+A +C +L+ + +V+P+ + G I Q ++ ++ WV + L + K Sbjct 61 NNLAAFLSCVVLTVI--IVIPLLFIFGAIIQQGSKFSQNLYAWVTQGGIQALFNHPWVVK 118 Query 111 ILQFVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIF 170 L N +PF I+ +AQ +G++ F + A ++ A F Sbjct 119 GLSLAN---HYLPFEEISPQ---------QIAQRIGQFATTFGSNLVSISAKILGDATSF 166 Query 171 VYVFVALLV-------NREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAAC 223 V F +L + +K+ + I + PL D L ++ ++ + V G F+ A Sbjct 167 VMHFFLMLFVLFFLLRDHDKIISAIRHILPLSRSQEDRLLSEIENVSKSAVMGSFLTAIA 226 Query 224 QGVAGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVL 282 QGVAG +++AGF G F + ++ S IP+ G ++ IP + + G+ IF+ Sbjct 227 QGVAGGIGMWLAGFP-GLF-WGTMMGFASFIPVVGTALIWIPATLYLFLTGDTTWAIFLA 284 Query 283 LWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTI 342 +W + VV +IDN+LRP L+ A +N+ ++ S+ GI +FG G+I GP++ + + Sbjct 285 IWSIAVVGSIDNLLRPFLMQGSAGMNTLMIFFSLLGGIQLFGLIGLIYGPLIFAITMVLF 344 Query 343 DVYLAVYKGVELEQ 356 ++Y ++ +Q Sbjct 345 NIYEEEFRSFLDQQ 358 >gi|258623083|ref|ZP_05718096.1| putative lipoprotein [Vibrio mimicus VM573] gi|258584696|gb|EEW09432.1| putative lipoprotein [Vibrio mimicus VM573] gi|342323086|gb|EGU18872.1| hypothetical protein SX4_3572 [Vibrio mimicus SX-4] Length=361 Score = 102 bits (253), Expect = 1e-19, Method: Compositional matrix adjust. Identities = 91/371 (25%), Positives = 179/371 (49%), Gaps = 28/371 (7%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFL-RNYFVLIVVAAVGAYLFTPLFKWFTKRF--- 56 ++ + L + ++ L+A Y+L Y IV+A + + L P+ +WF K+ Sbjct 1 MSEKIKLASSHRVLVVALLASALACYWLVEPYINSIVMAFIISLLMFPIHEWFEKKLPSH 60 Query 57 -NTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDK--ILQ 113 N +C +L+ + +V+P+ + G + Q ++ ++ WV + L I++ Sbjct 61 DNFAAFLSCVVLTVI--IVIPLLFIFGAIVQQGSKFSQNLYAWVTHGGIQELFSHPWIVK 118 Query 114 FVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFV-- 171 ++ +PF I+ +AQ +G++ F + A ++ A FV Sbjct 119 GLSLANHYLPFEEISPQ---------QIAQRIGQFATTFGSNLVSISAKILGDATSFVMN 169 Query 172 -----YVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGV 226 +V LL + +K+ + I + PL D L ++ ++ + V G F+ A QG+ Sbjct 170 FFLMLFVLFFLLRDHDKIISAIRHILPLSRSQEDRLLNEIENVSKSAVMGSFLTAIAQGL 229 Query 227 AGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVLLWH 285 AG +++AGF G F + ++ S IP+ G ++ IP + + G+ IF+ +W Sbjct 230 AGGIGMWLAGFP-GLF-WGTMMGFASFIPVVGTALIWIPATLYLFLTGDTTWAIFLAIWS 287 Query 286 LLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVY 345 + VV +IDN+LRP L+ A +N+ ++ S+ GI +FG G+I GP++ + + ++Y Sbjct 288 IAVVGSIDNLLRPFLMQGSAGMNTLMIFFSLLGGIQLFGLIGLIYGPLIFAITMVLFNIY 347 Query 346 LAVYKGVELEQ 356 ++G +Q Sbjct 348 EEEFRGFLDQQ 358 >gi|343494398|ref|ZP_08732660.1| permease [Vibrio nigripulchritudo ATCC 27043] gi|342825303|gb|EGU59802.1| permease [Vibrio nigripulchritudo ATCC 27043] Length=361 Score = 102 bits (253), Expect = 2e-19, Method: Compositional matrix adjust. Identities = 91/358 (26%), Positives = 172/358 (49%), Gaps = 20/358 (5%) Query 4 EFTLTQKRALAILTLIALLFGAYFL-RNYFVLIVVAAVGAYLFTPLFKWFTKRF----NT 58 + L+ + I+ L+ + Y L + Y I++A + + L P+ +W + NT Sbjct 4 KLKLSSSHWVLIMALLVAGYACYLLVQPYINSIILAFIISLLMFPVHEWLENKMPNYKNT 63 Query 59 GLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWV-----RTTDLSTLGDKILQ 113 +C LL+ + +V+P+ A+ + Q + + W+ + L K L Sbjct 64 ASVLSCILLTVI--IVLPLLAVFAAIVQQGSGFSQNAYKWITQGGIQEATTHPLVVKGLS 121 Query 114 FVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFVYV 173 FVN + +PF +I A + A G L+ F G + ++ ++V Sbjct 122 FVN---EYLPFDNIDPQHIAQKVA--EFVSQFGSQLVTFSAKVLGDATNFLMDFLLMLFV 176 Query 174 FVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGVAGAASIY 233 LL + +K+ T + + PL D L+++ + + V G F+ A QG+AG ++ Sbjct 177 LFFLLRDHDKIITAVRHILPLSRSQEDRLLEEIEKVSKSAVLGSFLTAIAQGLAGGIGMW 236 Query 234 IAGFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVLLWHLLVVTNI 292 +AGF G F + ++ S IP+ G ++ IP I + F G+ IF+ +W +++V +I Sbjct 237 LAGFP-GLF-WGTMMGFASFIPIVGTALIWIPAVIYLFFTGDTGWAIFLTIWSVVIVGSI 294 Query 293 DNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVYLAVYK 350 DNVLRP+L+ A +N+ ++ S+ GI +FG G+I GP++ + + +Y ++ Sbjct 295 DNVLRPLLMQGSAGMNTLMIFFSLLGGIHLFGLIGLIYGPLIFAITMVLFKIYEEEFQ 352 >gi|262163961|ref|ZP_06031700.1| predicted permease [Vibrio mimicus VM223] gi|262027489|gb|EEY46155.1| predicted permease [Vibrio mimicus VM223] Length=361 Score = 102 bits (253), Expect = 2e-19, Method: Compositional matrix adjust. Identities = 91/371 (25%), Positives = 179/371 (49%), Gaps = 28/371 (7%) Query 1 LNTEFTLTQKRALAILTLIALLFGAYFL-RNYFVLIVVAAVGAYLFTPLFKWFTKRF--- 56 ++ + L + ++ L+A Y+L Y IV+A + + L P+ +WF K+ Sbjct 1 MSEKIKLASSHRVLVVALLASALACYWLVEPYINSIVMAFIISLLMFPIHEWFEKKLPSH 60 Query 57 -NTGLSAACTLLSALAAVVVPVGALVGLAIVQIARMVDSVADWVRTTDLSTLGDK--ILQ 113 N +C +L+ + +V+P+ + G + Q ++ ++ WV + L I++ Sbjct 61 DNFAAFLSCVVLTVI--IVIPLLFIFGAIVQQGSKFSQNLYAWVTHGGIQELFSHPWIVK 118 Query 114 FVNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAAGSLAGVITSAIIFV-- 171 ++ +PF I+ +AQ +G++ F + A ++ A FV Sbjct 119 GLSLANHYLPFEEISPQ---------QIAQRIGQFATTFGSNLVSISAKILGDATSFVMN 169 Query 172 -----YVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQFVIAACQGV 226 +V LL + +K+ + I + PL D L ++ ++ + V G F+ A QG+ Sbjct 170 FFLMLFVLFFLLRDHDKIISAIRHILPLSRSQEDRLLSEIENVSKSAVMGSFLTAIAQGL 229 Query 227 AGAASIYIAGFHHGFFIFAIVLTALSIIPL-GGGIVTIPFGIGMIFYGNIAGGIFVLLWH 285 AG +++AGF G F + ++ S IP+ G ++ IP + + G+ IF+ +W Sbjct 230 AGGIGMWLAGFP-GLF-WGTMMGFASFIPVVGTALIWIPATLYLFLTGDTTWAIFLAIWS 287 Query 286 LLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMILIVTTIDVY 345 + VV +IDN+LRP L+ A +N+ ++ S+ GI +FG G+I GP++ + + ++Y Sbjct 288 IAVVGSIDNLLRPFLMQGSAGMNTLMIFFSLLGGIQLFGLIGLIYGPLIFAITMVLFNIY 347 Query 346 LAVYKGVELEQ 356 ++G +Q Sbjct 348 EEEFRGFLDQQ 358 >gi|134096432|ref|YP_001101507.1| hypothetical protein HEAR3279 [Herminiimonas arsenicoxydans] gi|133740335|emb|CAL63386.1| Conserved hypothetical protein, putative permease [Herminiimonas arsenicoxydans] Length=369 Score = 101 bits (252), Expect = 2e-19, Method: Compositional matrix adjust. Identities = 92/384 (24%), Positives = 181/384 (48%), Gaps = 61/384 (15%) Query 7 LTQKRALAILTLIALLFGAYFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFN--TGLSAAC 64 + QK L +L + +L F L ++ + AAV A LF+P ++ + N + L+A Sbjct 16 IQQKTFLGLLIIFSLAFIGILLP-FYGAVFWAAVLAILFSPFYRKLLIKMNQHSNLAALA 74 Query 65 TLLSALAAVVVPVGALVGLAIVQIA-------------------RMVDSVADWVRT---- 101 TL L V++P+ L+ +++V A +++ ++ WV + Sbjct 75 TLGMCLVVVIIPL-VLISISLVHEASALYANIRSGQIDFGVFFQKVISALPSWVVSQLER 133 Query 102 ---TDLSTLGDKILQF-VNGLFDRVPFLHITVTADALRKAMISVAQNVGEWLLHFLRDAA 157 TD+++L K+ V G ++ + K IS+ QN +L+ F Sbjct 134 FGLTDMTSLQAKLSNAAVQG-------------SEFITKQAISIGQNTFNFLVSF----- 175 Query 158 GSLAGVITSAIIFVYVFVALLVNREKLRTLIGQLNPLGEDVTDLYLQKMGSMVRGTVNGQ 217 I +Y+ LL + +++ T I Q PL + L + + +R TV G Sbjct 176 ----------TIMLYILFFLLRDGDRIATRIKQAAPLNAEHKRLLFNNLTTAIRATVKGN 225 Query 218 FVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIP-LGGGIVTIPFGIGMIFYGNIA 276 ++AA QG G + + G G ++ +++ LS++P +G ++ +P I + G + Sbjct 226 IIVAAVQGALGGIAFWFLGVQ-GALLWGVLMAFLSLLPAVGAALIWVPVAIYFLLTGAVW 284 Query 277 GGIFVLLWHLLVVTNIDNVLRPILVPRDARLNSALMLLSVFAGITMFGPWGIIIGPVLMI 336 G+ ++ + +LV+ +DN+LRP+LV +D +L ++L+S G+ G G +IGPV+ Sbjct 285 QGVTLIAFGVLVIGLVDNILRPMLVGKDTQLPDFVVLISTVGGMAWLGLNGFVIGPVIAA 344 Query 337 LIVTTIDVYLAVYKGVELEQFEAP 360 L ++ +++ + + E ++ P Sbjct 345 LFISLWEIFSSGKQKQEADKLHRP 368 >gi|145219109|ref|YP_001129818.1| hypothetical protein Cvib_0294 [Chlorobium phaeovibrioides DSM 265] gi|145205273|gb|ABP36316.1| protein of unknown function UPF0118 [Chlorobium phaeovibrioides DSM 265] Length=360 Score = 101 bits (252), Expect = 2e-19, Method: Compositional matrix adjust. Identities = 86/287 (30%), Positives = 135/287 (48%), Gaps = 14/287 (4%) Query 26 YFLRNYFVLIVVAAVGAYLFTPLFKWFTKRFNTGLSAACTLLSALAAVVVPVGALVGLAI 85 YFL F+ + +A+ L+ + W R L AA T++ V+P+ AL+G+ Sbjct 28 YFLMAIFLAAIFSALAMPLYNRILGWVGGR--KSLGAAVTMMIIFIMGVLPLVALLGIVA 85 Query 86 VQIARMVDSVADWVRTTDLSTLGDKILQFVNGLFDRVPFL-HITVTADALRKAMISVAQN 144 +Q + A WVR D+ LQ +PF + + + + + + VA Sbjct 86 IQAVEISRQAAPWVRQMIEPAFLDQQLQ-------SLPFYPEMVIYREDIMQRVTEVASK 138 Query 145 VGEWLLHFLRDAAGSLAGVITSAIIFVY-VFVALLVNREKLRTLIGQLNPLGEDVTDLYL 203 G L + L S + IF+Y VF L R L T++ L PL + L Sbjct 139 TGTVLFNTLFSFTYSAVNELFLFFIFLYTVFFFLRDGRSLLETILYYL-PLSDADQHRLL 197 Query 204 QKMGSMVRGTVNGQFVIAACQGVAGAASIYIAGFHHGFFIFAIVLTALSIIP-LGGGIVT 262 K S+ R T+ G ++ QG +++IAG F + ++T LS++P LG +V Sbjct 198 DKFLSVTRATIKGTMIVGTVQGTLAGLALHIAGIESALF-WGTMMTVLSVVPVLGPPLVW 256 Query 263 IPFGIGMIFYGNIAGGIFVLLWHLLVVTNIDNVLRPILVPRDARLNS 309 +P I + F G+ + VLL+ +VV IDN+LRPILV RD RL+ Sbjct 257 VPAAISLAFVGHYPQALGVLLFCSIVVGQIDNILRPILVGRDTRLHE 303 Lambda K H 0.329 0.144 0.433 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 749688914200 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