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= Rv0849 Length=419 Score E Sequences producing significant alignments: (Bits) Value gi|15607989|ref|NP_215364.1| integral membrane transport protein... 816 0.0 gi|289442258|ref|ZP_06432002.1| conserved membrane transporter [... 814 0.0 gi|254231158|ref|ZP_04924485.1| hypothetical protein TBCG_00840 ... 814 0.0 gi|340625863|ref|YP_004744315.1| putative integral membrane tran... 814 0.0 gi|297730351|ref|ZP_06959469.1| membrane transporter [Mycobacter... 813 0.0 gi|167966973|ref|ZP_02549250.1| conserved integral membrane tran... 682 0.0 gi|183984735|ref|YP_001853026.1| integral membrane transport pro... 597 1e-168 gi|240170779|ref|ZP_04749438.1| integral membrane transport prot... 594 1e-167 gi|118616202|ref|YP_904534.1| integral membrane transport protei... 568 4e-160 gi|296164220|ref|ZP_06846814.1| major facilitator superfamily tr... 525 4e-147 gi|240171647|ref|ZP_04750306.1| integral membrane transport prot... 523 3e-146 gi|240171168|ref|ZP_04749827.1| integral membrane transport prot... 515 4e-144 gi|315441575|ref|YP_004074452.1| Major Facilitator Superfamily t... 510 2e-142 gi|315446725|ref|YP_004079604.1| Major Facilitator Superfamily t... 503 2e-140 gi|108801162|ref|YP_641359.1| major facilitator transporter [Myc... 503 2e-140 gi|120406797|ref|YP_956626.1| major facilitator superfamily tran... 501 8e-140 gi|126437126|ref|YP_001072817.1| major facilitator transporter [... 496 4e-138 gi|108798416|ref|YP_638613.1| major facilitator transporter [Myc... 496 4e-138 gi|54027729|ref|YP_121970.1| putative transporter [Nocardia farc... 493 2e-137 gi|145221494|ref|YP_001132172.1| major facilitator transporter [... 493 3e-137 gi|240168067|ref|ZP_04746726.1| integral membrane transport prot... 491 8e-137 gi|54027673|ref|YP_121914.1| putative transporter [Nocardia farc... 489 4e-136 gi|226349447|ref|YP_002776561.1| putative MFS transporter [Rhodo... 473 2e-131 gi|240170867|ref|ZP_04749526.1| integral membrane transport prot... 460 2e-127 gi|262202519|ref|YP_003273727.1| major facilitator superfamily p... 456 4e-126 gi|343924997|ref|ZP_08764532.1| putative major facilitator super... 454 1e-125 gi|262204069|ref|YP_003275277.1| major facilitator superfamily p... 449 3e-124 gi|54027708|ref|YP_121949.1| putative transporter [Nocardia farc... 437 1e-120 gi|169628367|ref|YP_001702016.1| ABC transporter permease [Mycob... 426 4e-117 gi|169627554|ref|YP_001701203.1| ABC transporter [Mycobacterium ... 424 2e-116 gi|297153540|gb|ADI03252.1| putative MFS transporter [Streptomyc... 408 1e-111 gi|290963255|ref|YP_003494437.1| membrane transporter [Streptomy... 392 5e-107 gi|345009912|ref|YP_004812266.1| major facilitator superfamily p... 383 3e-104 gi|302538252|ref|ZP_07290594.1| ABC transporter permease [Strept... 383 3e-104 gi|329940469|ref|ZP_08289750.1| membrane transport protein [Stre... 377 2e-102 gi|134098307|ref|YP_001103968.1| putative transporter [Saccharop... 370 2e-100 gi|302555829|ref|ZP_07308171.1| ABC transporter [Streptomyces vi... 369 4e-100 gi|325003149|ref|ZP_08124261.1| putative transporter [Pseudonoca... 369 6e-100 gi|145594838|ref|YP_001159135.1| major facilitator transporter [... 366 4e-99 gi|159040089|ref|YP_001539342.1| major facilitator transporter [... 363 3e-98 gi|302547628|ref|ZP_07299970.1| major facilitator superfamily tr... 359 5e-97 gi|297153712|gb|ADI03424.1| membrane transport protein [Streptom... 358 7e-97 gi|271966319|ref|YP_003340515.1| major facilitator transporter [... 356 3e-96 gi|302546894|ref|ZP_07299236.1| major facilitator superfamily tr... 355 1e-95 gi|294813547|ref|ZP_06772190.1| putative transporter [Streptomyc... 345 8e-93 gi|311893969|dbj|BAJ26377.1| putative major facilitator superfam... 329 5e-88 gi|291302173|ref|YP_003513451.1| major facilitator superfamily p... 329 5e-88 gi|296169266|ref|ZP_06850913.1| major facilitator superfamily tr... 306 5e-81 gi|323701019|gb|ADY00161.1| hypothetical protein [Streptomyces a... 265 2e-68 gi|134102761|ref|YP_001108422.1| putative transporter [Saccharop... 258 2e-66 >gi|15607989|ref|NP_215364.1| integral membrane transport protein [Mycobacterium tuberculosis H37Rv] gi|31792037|ref|NP_854530.1| integral membrane transport protein [Mycobacterium bovis AF2122/97] gi|121636772|ref|YP_976995.1| putative integral membrane transport protein [Mycobacterium bovis BCG str. Pasteur 1173P2] 63 more sequence titles Length=419 Score = 816 bits (2107), Expect = 0.0, Method: Compositional matrix adjust. Identities = 419/419 (100%), Positives = 419/419 (100%), Gaps = 0/419 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS Sbjct 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP Sbjct 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV Sbjct 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI Sbjct 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP Sbjct 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV Sbjct 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR Sbjct 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 >gi|289442258|ref|ZP_06432002.1| conserved membrane transporter [Mycobacterium tuberculosis T46] gi|289568811|ref|ZP_06449038.1| conserved membrane transporter [Mycobacterium tuberculosis T17] gi|289749368|ref|ZP_06508746.1| conserved membrane transporter [Mycobacterium tuberculosis T92] gi|289415177|gb|EFD12417.1| conserved membrane transporter [Mycobacterium tuberculosis T46] gi|289542565|gb|EFD46213.1| conserved membrane transporter [Mycobacterium tuberculosis T17] gi|289689955|gb|EFD57384.1| conserved membrane transporter [Mycobacterium tuberculosis T92] Length=419 Score = 814 bits (2103), Expect = 0.0, Method: Compositional matrix adjust. Identities = 418/419 (99%), Positives = 418/419 (99%), Gaps = 0/419 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS Sbjct 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP Sbjct 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV Sbjct 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI Sbjct 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP Sbjct 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV Sbjct 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 LVGNLAIGSLMSA RRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR Sbjct 361 LVGNLAIGSLMSAGRRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 >gi|254231158|ref|ZP_04924485.1| hypothetical protein TBCG_00840 [Mycobacterium tuberculosis C] gi|124600217|gb|EAY59227.1| hypothetical protein TBCG_00840 [Mycobacterium tuberculosis C] Length=419 Score = 814 bits (2103), Expect = 0.0, Method: Compositional matrix adjust. Identities = 418/419 (99%), Positives = 418/419 (99%), Gaps = 0/419 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS Sbjct 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP Sbjct 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVL AAGVFGLLTV Sbjct 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLTAAGVFGLLTV 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI Sbjct 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP Sbjct 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV Sbjct 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR Sbjct 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 >gi|340625863|ref|YP_004744315.1| putative integral membrane transport protein [Mycobacterium canettii CIPT 140010059] gi|340004053|emb|CCC43189.1| putative conserved integral membrane transport protein [Mycobacterium canettii CIPT 140010059] Length=419 Score = 814 bits (2102), Expect = 0.0, Method: Compositional matrix adjust. Identities = 418/419 (99%), Positives = 419/419 (100%), Gaps = 0/419 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS Sbjct 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP Sbjct 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFG+LTV Sbjct 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGVLTV 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI Sbjct 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP Sbjct 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV Sbjct 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR Sbjct 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 >gi|297730351|ref|ZP_06959469.1| membrane transporter [Mycobacterium tuberculosis KZN R506] Length=419 Score = 813 bits (2101), Expect = 0.0, Method: Compositional matrix adjust. Identities = 418/419 (99%), Positives = 418/419 (99%), Gaps = 0/419 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS Sbjct 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP Sbjct 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV Sbjct 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI Sbjct 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP Sbjct 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV Sbjct 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD FTSGSQNMTGRWAAPR Sbjct 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDIFTSGSQNMTGRWAAPR 419 >gi|167966973|ref|ZP_02549250.1| conserved integral membrane transport protein [Mycobacterium tuberculosis H37Ra] Length=353 Score = 682 bits (1759), Expect = 0.0, Method: Compositional matrix adjust. Identities = 352/353 (99%), Positives = 353/353 (100%), Gaps = 0/353 (0%) Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL Sbjct 1 MGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 60 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL Sbjct 61 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 120 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ Sbjct 121 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 180 Query 247 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG 306 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG Sbjct 181 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG 240 Query 307 VAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNLA 366 VAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNLA Sbjct 241 VAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNLA 300 Query 367 IGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 IGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR Sbjct 301 IGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 353 >gi|183984735|ref|YP_001853026.1| integral membrane transport protein [Mycobacterium marinum M] gi|183178061|gb|ACC43171.1| conserved integral membrane transport protein [Mycobacterium marinum M] Length=425 Score = 597 bits (1540), Expect = 1e-168, Method: Compositional matrix adjust. Identities = 313/414 (76%), Positives = 355/414 (86%), Gaps = 0/414 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 MG A FR FNRPSRVLMINQFGIN+GFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS Sbjct 1 MGFLAQFRSFNRPSRVLMINQFGINVGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMFFVGGTLADRFGYKPLI+AGCLIRTGGFALLVVAQSLPSVLIA+AATGFAGALFNP Sbjct 61 QQGMFFVGGTLADRFGYKPLIVAGCLIRTGGFALLVVAQSLPSVLIASAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVR Y+AA++G+RK+EAFAMFN+FYQ+GILLGPLVGL LL LDFR+TVL A+ VF +LT Sbjct 121 AVRAYVAADSGDRKLEAFAMFNIFYQAGILLGPLVGLALLTLDFRMTVLGASAVFAVLTA 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQL+ALPQH AD + SILQ W+ +VRNR FL AAAMTG Y LSFQ+YLALPMQAS+ Sbjct 181 AQLMALPQHLADPGTKNESILQGWKAIVRNRSFLGFAAAMTGAYVLSFQVYLALPMQASL 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 L P +Q +L+AAMFAVSGL+A+ GQLRITRWFA W RSLVVGA ILA +F+P+A++P Sbjct 241 LAPGHQSVLVAAMFAVSGLIAIAGQLRITRWFAAHWRVSRSLVVGAAILAIAFVPLAMVP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 N QRFG AV AL++SASLLAVASAALFPFEMR VV L+ D+LVATHYGFYSTIVGVG+ Sbjct 301 NAQRFGTGAAVAALLVSASLLAVASAALFPFEMRTVVVLAEDKLVATHYGFYSTIVGVGI 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGR 414 LVGNL +GSLMS A R DEIVWGGLIL+G+ VAGL +LD + + ++ R Sbjct 361 LVGNLVVGSLMSVAHRFGADEIVWGGLILIGLATVAGLYQLDRQATRADRLSRR 414 >gi|240170779|ref|ZP_04749438.1| integral membrane transport protein [Mycobacterium kansasii ATCC 12478] Length=524 Score = 594 bits (1531), Expect = 1e-167, Method: Compositional matrix adjust. Identities = 320/402 (80%), Positives = 350/402 (88%), Gaps = 1/402 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 MG FR FNRPSR+LMINQFGIN+GFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS Sbjct 1 MGFLTQFRSFNRPSRLLMINQFGINVGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMFFVGGTLADRFGYKP+I+AGCLIRTGGF LLV AQSLP+VLIA+AATGFAGALFNP Sbjct 61 QQGMFFVGGTLADRFGYKPMIVAGCLIRTGGFGLLVFAQSLPTVLIASAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVR YLA +AG+RKIEAFAMFN+FYQ+GILLGPLVGL LLALDFR+TVL AA VF LTV Sbjct 121 AVRAYLAVDAGDRKIEAFAMFNIFYQAGILLGPLVGLALLALDFRMTVLGAAAVFAALTV 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQL+ALP+ AD E EKTSI + W V RNR F AAAMTG Y LSFQIYLALPMQAS+ Sbjct 181 AQLLALPRPSADPEYEKTSIRRGWCTVARNRAFWCFAAAMTGAYLLSFQIYLALPMQASV 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 L PRNQ LL+AAMFAVSG+VAV GQLRITRWFA RW A RSLVVGA ILAASF+P+AV+P Sbjct 241 LAPRNQSLLVAAMFAVSGVVAVAGQLRITRWFAARWSAGRSLVVGAGILAASFVPLAVVP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 + +RFG A AVMAL+LSASLLA+ASAALFPFEMR VVALSGDRLVATHYGFYSTIVGVG+ Sbjct 301 DVERFGTAAAVMALLLSASLLAIASAALFPFEMRTVVALSGDRLVATHYGFYSTIVGVGI 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 L+GNL +GSL R+N+D VWGGLILVG+ VAGL LD Sbjct 361 LLGNLGVGSLWGTVHRVNSDA-VWGGLILVGLATVAGLYALD 401 >gi|118616202|ref|YP_904534.1| integral membrane transport protein [Mycobacterium ulcerans Agy99] gi|118568312|gb|ABL03063.1| conserved integral membrane transport protein [Mycobacterium ulcerans Agy99] Length=425 Score = 568 bits (1465), Expect = 4e-160, Method: Compositional matrix adjust. Identities = 310/414 (75%), Positives = 355/414 (86%), Gaps = 0/414 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 MG A FR FNRPSRVLMINQFGIN+GFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS Sbjct 1 MGFLAQFRSFNRPSRVLMINQFGINVGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMFFVGGTLADRFGYKPLI+AGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP Sbjct 61 QQGMFFVGGTLADRFGYKPLIVAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVR Y+AA++G+RK+EAFA FN+FYQ+GILLGPLVGL LL LDFR+TVL A+ VF +LT Sbjct 121 AVRAYVAADSGDRKLEAFATFNIFYQAGILLGPLVGLALLTLDFRMTVLGASAVFAVLTA 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQL+ALPQH AD + + SILQ W+ +V NR FL AAAMTG Y LSFQ+YLALP+QAS+ Sbjct 181 AQLMALPQHLADPDTKNESILQGWKAIVCNRSFLGFAAAMTGAYVLSFQVYLALPIQASL 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 L P +Q +L+AAMFAVSGL+A+ GQLRITRW A W RSLVVGA ILA +F+P+A++P Sbjct 241 LAPGHQSVLLAAMFAVSGLIAIAGQLRITRWVAAHWRVSRSLVVGAAILAMAFVPLAMVP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 N QRFG AV AL++SASLLAVASAALFPFEMR VV L+ D+LVAT+YGFYSTIVGVG+ Sbjct 301 NAQRFGTGAAVAALLVSASLLAVASAALFPFEMRTVVVLAEDKLVATNYGFYSTIVGVGI 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGR 414 LVGNLA+GSLMS A R DEIVWGGLIL+G+ VAGL +LD + ++ ++ R Sbjct 361 LVGNLAVGSLMSVAHRFGADEIVWGGLILIGLATVAGLYQLDRQATRAERLSRR 414 >gi|296164220|ref|ZP_06846814.1| major facilitator superfamily transporter MFS_1 [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295900426|gb|EFG79838.1| major facilitator superfamily transporter MFS_1 [Mycobacterium parascrofulaceum ATCC BAA-614] Length=417 Score = 525 bits (1353), Expect = 4e-147, Method: Compositional matrix adjust. Identities = 281/396 (71%), Positives = 332/396 (84%), Gaps = 1/396 (0%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FRGF++PSR+L+INQFGIN+GFYMLMPYLA YLAGPLGLAAWAVGLV+G R+FS+ GMF Sbjct 8 FRGFDKPSRILLINQFGINVGFYMLMPYLAGYLAGPLGLAAWAVGLVLGTRDFSELGMFI 67 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 VGGTLADR GYK LI++GCL+RT GFALLV AQSLP+VLIAAAATGFAGALFNPA+R YL Sbjct 68 VGGTLADRVGYKWLIVSGCLLRTAGFALLVAAQSLPTVLIAAAATGFAGALFNPAIRAYL 127 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA+ G R+++AFAMFN+F +GILLGPLVGL L+A+DFR+T AA VF +LTV QL+AL Sbjct 128 AADVGVRRVDAFAMFNIFNHAGILLGPLVGLALMAIDFRVTAAGAAVVFAVLTVVQLLAL 187 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 P+HRAD EKTSILQDWRVVV NR FL AAAMTG Y LSFQI LALP+QAS+L PR+ Sbjct 188 PRHRADPAPEKTSILQDWRVVVGNRSFLLFAAAMTGSYVLSFQINLALPLQASMLAPRSH 247 Query 247 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG 306 LL+AA+FAVSGL AVGGQLRITRWFA RWG RSL VG TI+AASF+P+ V+P+ + FG Sbjct 248 SLLVAALFAVSGLTAVGGQLRITRWFAERWGTRRSLAVGLTIMAASFLPLIVVPDREPFG 307 Query 307 VAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNLA 366 A+ AL++SA LLA+ SAA+FPFEM VV+L G RLVATHYG Y+TI+GVG+LVGNLA Sbjct 308 APPAIAALLMSAGLLAIGSAAIFPFEMDIVVSLGG-RLVATHYGLYNTIIGVGILVGNLA 366 Query 367 IGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 G++M +AR++ E+ W GLILVGIVA L RLD Sbjct 367 TGAVMGSARQMGLGELAWAGLILVGIVAAVALHRLD 402 >gi|240171647|ref|ZP_04750306.1| integral membrane transport protein [Mycobacterium kansasii ATCC 12478] Length=418 Score = 523 bits (1346), Expect = 3e-146, Method: Compositional matrix adjust. Identities = 285/404 (71%), Positives = 326/404 (81%), Gaps = 3/404 (0%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR FN PSR+LMINQ GIN+GF+MLMPYLADYL+GPLGLA WAVGLV+GVRNFSQQGMFF Sbjct 9 FRSFNYPSRLLMINQLGINMGFFMLMPYLADYLSGPLGLATWAVGLVIGVRNFSQQGMFF 68 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 VGGTLA+RFGYK I+AGCLI+TGGFALLVVAQSLPS+LIAAAATGFA ALF+PAVR YL Sbjct 69 VGGTLAERFGYKLPIVAGCLIQTGGFALLVVAQSLPSLLIAAAATGFAVALFSPAVRAYL 128 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA++G+RK+EAFAMFNVFYQ+GILLGPLVG LLALDFR+ L AAG F LTVAQL AL Sbjct 129 AADSGDRKVEAFAMFNVFYQAGILLGPLVGSALLALDFRVATLCAAGAFAALTVAQLNAL 188 Query 187 PQHRADSER---EKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMP 243 PQ AD E+ SILQDWR+VV NR FL AAAMTG Y LS Q YLALP+QA++L P Sbjct 189 PQRAADPNPVVGEQRSILQDWRMVVGNRHFLAFAAAMTGRYVLSSQFYLALPIQATVLAP 248 Query 244 RNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQ 303 +Q L+A MFA+S LV + QLRIT WFA RW RSLVVGA ++ AS P+AV PNG+ Sbjct 249 NHQSSLVAGMFALSSLVTITIQLRITDWFASRWRPGRSLVVGAMVMTASLFPLAVAPNGE 308 Query 304 RFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVG 363 RFG A A+ AL+ SA LLA ASA +FPFEMR V LS D+LVATH GFY TI+GVGVL+G Sbjct 309 RFGTAAAITALLFSAVLLAAASAVMFPFEMRTVSLLSDDQLVATHQGFYGTIMGVGVLIG 368 Query 364 NLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSG 407 N IGSLMSAA R + DE+VW L++VG++AVAGL RLD G Sbjct 369 NCGIGSLMSAAHRFHADELVWSALVVVGLLAVAGLYRLDNCVIG 412 >gi|240171168|ref|ZP_04749827.1| integral membrane transport protein [Mycobacterium kansasii ATCC 12478] Length=465 Score = 515 bits (1327), Expect = 4e-144, Method: Compositional matrix adjust. Identities = 274/416 (66%), Positives = 321/416 (78%), Gaps = 9/416 (2%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 MG FR FN PSRVLMINQFG+NIG +MLMPYL YL GPLGL WAVGL+MGVR S Sbjct 1 MGLLTQFRSFNYPSRVLMINQFGVNIGSFMLMPYLVGYLTGPLGLPTWAVGLLMGVRTLS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QGMF VGGT ADR GYKP I AGCL++T + +L VA SLP ++IAAA TG AGALF P Sbjct 61 NQGMFLVGGTWADRLGYKPPIAAGCLLQTVAYTMLAVAHSLPMLVIAAAGTGIAGALFTP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVR YLAA++G+R +EAFA+++VFYQSG LLGPLVG LL ++FRI VL AAGVF LTV Sbjct 121 AVRAYLAADSGDRGVEAFALYSVFYQSGALLGPLVGFALLTMNFRIVVLGAAGVFAALTV 180 Query 181 AQLVALPQHRADSERE--------KTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYL 232 AQL+ALP HRAD RE K SILQDWR++V NR F+ AA MTG Y L+FQIYL Sbjct 181 AQLLALPHHRAD-PRELGPQLGIVKRSILQDWRMIVSNRSFVWFAACMTGRYLLTFQIYL 239 Query 233 ALPMQASILMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAAS 292 ALP+QAS L P Q LL+AAMFAVSGL++V GQ ITRW A RWGA+RSL VGA ++AAS Sbjct 240 ALPIQASALAPHQQSLLVAAMFAVSGLLSVVGQQHITRWLASRWGAQRSLFVGAVVMAAS 299 Query 293 FIPVAVIPNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFY 352 F+P+A++P G A AV AL++S LL++AS +FPFEMRAVV LSG+RLVATHYGFY Sbjct 300 FVPLALVPTAHELGTAAAVAALLMSTLLLSIASTVMFPFEMRAVVVLSGERLVATHYGFY 359 Query 353 STIVGVGVLVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGS 408 STI+G+GVLVGNL IGSLMSAARR N E+ W ++LVG+VA GLRRL+ T GS Sbjct 360 STIIGLGVLVGNLGIGSLMSAARRFNAHELPWTVMVLVGMVAAFGLRRLNHRTRGS 415 >gi|315441575|ref|YP_004074452.1| Major Facilitator Superfamily transporter [Mycobacterium sp. Spyr1] gi|315265230|gb|ADU01971.1| Major Facilitator Superfamily transporter [Mycobacterium sp. Spyr1] Length=419 Score = 510 bits (1314), Expect = 2e-142, Method: Compositional matrix adjust. Identities = 279/402 (70%), Positives = 331/402 (83%), Gaps = 0/402 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 MG F F PSR+LM+NQFGIN+GFYMLMPYLA YLAGPLGLAAWAVGLV+GVRNFS Sbjct 1 MGVVRQFGSFGWPSRLLMVNQFGINLGFYMLMPYLAGYLAGPLGLAAWAVGLVLGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMF +GGTLADR GYKPLI+AGCL+RT GF LL+ A SLP+VLIA+AATGFAGALFNP Sbjct 61 QQGMFIIGGTLADRLGYKPLIVAGCLLRTAGFGLLIFAHSLPAVLIASAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVR YLAA++ ER++EAFAMFN+FYQ+GIL GPL GL L+ +DFRI AA VF +LTV Sbjct 121 AVRAYLAADSQERRVEAFAMFNMFYQAGILAGPLAGLALMVVDFRIAAAVAAAVFAVLTV 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQL ALPQH A EKT+IL DWR+VV NR FL AAAM G Y LSFQ+YLALP+ A+ Sbjct 181 AQLFALPQHSASPVAEKTAILDDWRIVVANRSFLWFAAAMIGSYVLSFQVYLALPLHAAA 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 L P+++ LL+AA+F VSGLVAVGGQLRITRWFA RWGA RSL++G IL+ASF+P+ V+P Sbjct 241 LAPQHESLLVAAVFVVSGLVAVGGQLRITRWFAARWGAGRSLMIGMLILSASFVPLLVVP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 +G RFG A++AL+++A LLAV SAA+FPFEM VV+L+G+RLVATHYGFY+TIVGVG+ Sbjct 301 HGGRFGAIAAIVALLMAAGLLAVGSAAVFPFEMDTVVSLAGNRLVATHYGFYNTIVGVGI 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 L GNLA G+L+ AAR DE++WGGL LVG+VA L RLD Sbjct 361 LAGNLATGALLQAARDAGADELLWGGLALVGLVAALALHRLD 402 >gi|315446725|ref|YP_004079604.1| Major Facilitator Superfamily transporter [Mycobacterium sp. Spyr1] gi|315265028|gb|ADU01770.1| Major Facilitator Superfamily transporter [Mycobacterium sp. Spyr1] Length=419 Score = 503 bits (1296), Expect = 2e-140, Method: Compositional matrix adjust. Identities = 275/402 (69%), Positives = 324/402 (81%), Gaps = 0/402 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 M A FR F PSR+LMINQFGIN+GFYMLMPYLA YLAGPLGLAAWAVGLV+GVRNFS Sbjct 1 MSFMAQFRTFGWPSRLLMINQFGINLGFYMLMPYLAGYLAGPLGLAAWAVGLVLGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMF VGGTLADR GYKPLI+AGC++RTGGF LLV A SLP+VLIA+AATGFAGALFNP Sbjct 61 QQGMFIVGGTLADRLGYKPLIVAGCVLRTGGFGLLVFADSLPAVLIASAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVR YLAA++G R++EAFA FN+FYQ+GIL GPLVGL LLALDFRI +AA VF +LTV Sbjct 121 AVRAYLAADSGPRRVEAFATFNIFYQAGILAGPLVGLALLALDFRIVAASAAAVFAILTV 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQL ALPQHR + E+T++LQDWR V+RNR FL + AM G Y LSFQ+YLALP+ A Sbjct 181 AQLFALPQHRVTPQGERTTVLQDWRTVIRNRSFLLFSTAMIGSYVLSFQVYLALPLHAKA 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 L P ++ L++A +F VSGLVAV GQLRITRWF RWG+ SLV+G ILAA+F P+ IP Sbjct 241 LFPAHESLIVAMVFVVSGLVAVAGQLRITRWFTQRWGSGHSLVIGMLILAAAFTPMIAIP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 N +R+G AV ALV++A++LAV SAA+FPFEM VV+L+ +RLV THYGFY+TIVGVG+ Sbjct 301 NVERWGGVAAVTALVVAAAVLAVGSAAVFPFEMDTVVSLAENRLVGTHYGFYNTIVGVGI 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 L GNLA G+LM AAR DEIVW L +G++A A L RLD Sbjct 361 LAGNLATGALMQAARDAGRDEIVWIVLTAIGLIAAAALYRLD 402 >gi|108801162|ref|YP_641359.1| major facilitator transporter [Mycobacterium sp. MCS] gi|119870294|ref|YP_940246.1| major facilitator superfamily transporter [Mycobacterium sp. KMS] gi|126436996|ref|YP_001072687.1| major facilitator transporter [Mycobacterium sp. JLS] gi|108771581|gb|ABG10303.1| major facilitator superfamily MFS_1 [Mycobacterium sp. MCS] gi|119696383|gb|ABL93456.1| major facilitator superfamily MFS_1 [Mycobacterium sp. KMS] gi|126236796|gb|ABO00197.1| major facilitator superfamily MFS_1 [Mycobacterium sp. JLS] Length=418 Score = 503 bits (1296), Expect = 2e-140, Method: Compositional matrix adjust. Identities = 265/378 (71%), Positives = 311/378 (83%), Gaps = 0/378 (0%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR F PSR+LMINQFGIN+GFYMLMPYLA YLAGPLGLAAWAVGLV+GVRNFSQQGMF Sbjct 8 FRSFGWPSRLLMINQFGINLGFYMLMPYLAGYLAGPLGLAAWAVGLVLGVRNFSQQGMFI 67 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 VGGTLADR GYKPLI+AGCL+RT GF LL+ A+SLP+VLIA+AATGFAGALFNPAVR YL Sbjct 68 VGGTLADRLGYKPLIVAGCLLRTAGFGLLIFAESLPAVLIASAATGFAGALFNPAVRAYL 127 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA++G R++EAFA+FN+FYQ+GIL GPLVGL LL LDFR+ AA VF +LTVAQL AL Sbjct 128 AADSGARRVEAFALFNIFYQAGILAGPLVGLALLVLDFRVAAAAATAVFAVLTVAQLFAL 187 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 PQH A + EK+S+L DWRVVV NR FL AAAM G Y LSFQ+YLALP+QA +L P ++ Sbjct 188 PQHSASAPTEKSSVLADWRVVVANRSFLLFAAAMIGSYVLSFQVYLALPLQAGMLAPNDE 247 Query 247 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG 306 L++A +F VSGLVAV GQ+RITRWF+ RWGA SLVVG ILAA+F+P+ +P+G RFG Sbjct 248 TLIVAGVFVVSGLVAVFGQMRITRWFSARWGAGHSLVVGLVILAAAFVPLMAVPDGGRFG 307 Query 307 VAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNLA 366 AV AL+++A +LAV SAA+FPFEM VV+L+ DRLV THYGFY+TIVGVG+LVGNLA Sbjct 308 GGAAVAALLVAAGVLAVGSAAVFPFEMDTVVSLANDRLVGTHYGFYNTIVGVGILVGNLA 367 Query 367 IGSLMSAARRLNTDEIVW 384 GSLM AAR + W Sbjct 368 TGSLMQAARDAGMAGLTW 385 >gi|120406797|ref|YP_956626.1| major facilitator superfamily transporter [Mycobacterium vanbaalenii PYR-1] gi|119959615|gb|ABM16620.1| major facilitator superfamily MFS_1 [Mycobacterium vanbaalenii PYR-1] Length=420 Score = 501 bits (1290), Expect = 8e-140, Method: Compositional matrix adjust. Identities = 264/396 (67%), Positives = 312/396 (79%), Gaps = 0/396 (0%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR F PSR+LMINQFGIN+GFYMLMPYLA YLAGPLGLAAWA+GLV+GVRNFSQQGMF Sbjct 7 FRSFGWPSRMLMINQFGINLGFYMLMPYLAGYLAGPLGLAAWAIGLVLGVRNFSQQGMFI 66 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADR GYKPLI+AGC++RT GF LLV+A SLP+VLIA+AATGFAGALFNPAVR YL Sbjct 67 IGGTLADRLGYKPLIVAGCVLRTVGFGLLVLADSLPAVLIASAATGFAGALFNPAVRAYL 126 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 A +AG R++EAFA+FNVFYQ GIL GPLVGL L+ +DFR T AAA VF +LTVAQL AL Sbjct 127 AVDAGPRRLEAFALFNVFYQGGILAGPLVGLALMFVDFRATAAAAAMVFAVLTVAQLFAL 186 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 PQ A KTS+L DWRVV NR FL AAAM G Y LSFQ+YLALP+QA L P + Sbjct 187 PQRTAAPAEAKTSVLDDWRVVAANRSFLLFAAAMIGSYVLSFQVYLALPLQARDLFPGSD 246 Query 247 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG 306 ++ A +F VSGLVAV GQ+RITRWFA RWGA RSL++G ILA SF+P+ +P+ R G Sbjct 247 SVVTAMIFVVSGLVAVMGQMRITRWFAKRWGAGRSLMIGMLILAVSFVPLMALPDDTRAG 306 Query 307 VAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNLA 366 A AL+ + ++LAV SAA+FPFEM VV+L+G+RLV THYGFY+TIVGVG+LVGNLA Sbjct 307 RVAAATALLGATAVLAVGSAAVFPFEMDTVVSLAGNRLVGTHYGFYNTIVGVGILVGNLA 366 Query 367 IGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 G LM AA+R+ E++W L +G V+ L RLD Sbjct 367 TGYLMQAAKRVGAPELLWVLLCAIGAVSALALYRLD 402 >gi|126437126|ref|YP_001072817.1| major facilitator transporter [Mycobacterium sp. JLS] gi|126236926|gb|ABO00327.1| major facilitator superfamily MFS_1 [Mycobacterium sp. JLS] Length=421 Score = 496 bits (1276), Expect = 4e-138, Method: Compositional matrix adjust. Identities = 268/396 (68%), Positives = 318/396 (81%), Gaps = 0/396 (0%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR F PSR+LMINQFGIN+GFYMLMPYLA YLAGPLGLAAWA+GLV+GVRNFSQQGMF Sbjct 7 FRSFGWPSRMLMINQFGINLGFYMLMPYLAGYLAGPLGLAAWAIGLVLGVRNFSQQGMFL 66 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADR GYKPLI+ GC++RT GF LLV A+SLP+VLIA+AATGFAGALFNPAVR YL Sbjct 67 IGGTLADRLGYKPLIVCGCVLRTAGFGLLVFAESLPAVLIASAATGFAGALFNPAVRAYL 126 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA+AG R++EAFA+FNVFYQ+GIL GPLVGL L+ +DFR+T AAA VF LTVAQL+AL Sbjct 127 AADAGPRRVEAFAVFNVFYQAGILAGPLVGLALMFVDFRMTAAAAAVVFAALTVAQLLAL 186 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 P A + EKTS+LQDWR V NR FL AAAM G Y LSFQ+YLALP+QA L PRN Sbjct 187 PHRAAGTPDEKTSVLQDWRTVAANRSFLLFAAAMIGSYVLSFQVYLALPLQARDLFPRND 246 Query 247 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG 306 ++ A +F VSGLVAV GQ+RITRWFA RWGA RSLV+G ILAASF+P+ V+P+ R G Sbjct 247 SVVTAMIFVVSGLVAVLGQMRITRWFAHRWGAGRSLVIGMLILAASFLPLIVLPDDTRAG 306 Query 307 VAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNLA 366 A AL+++ ++LAV SAA+FPFEM VV+L+ +RL+ THYGFY+TIVGVG+LVGNLA Sbjct 307 RVAAATALLVATAVLAVGSAAVFPFEMDTVVSLANNRLIGTHYGFYNTIVGVGILVGNLA 366 Query 367 IGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 GSLM AAR L ++W L +G+ + A L RLD Sbjct 367 TGSLMQAARDLGQPWLLWVLLSAIGLASAAALFRLD 402 >gi|108798416|ref|YP_638613.1| major facilitator transporter [Mycobacterium sp. MCS] gi|119867513|ref|YP_937465.1| major facilitator superfamily transporter [Mycobacterium sp. KMS] gi|108768835|gb|ABG07557.1| major facilitator superfamily MFS_1 [Mycobacterium sp. MCS] gi|119693602|gb|ABL90675.1| major facilitator superfamily MFS_1 [Mycobacterium sp. KMS] Length=419 Score = 496 bits (1276), Expect = 4e-138, Method: Compositional matrix adjust. Identities = 261/396 (66%), Positives = 313/396 (80%), Gaps = 0/396 (0%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 F F PSR+LMINQFGIN+GFYMLMPYLA YLAGPLGLAAWA+GLV+GVRNFSQQGMF Sbjct 7 FTSFGWPSRLLMINQFGINLGFYMLMPYLAGYLAGPLGLAAWAIGLVLGVRNFSQQGMFI 66 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADR+GYKPLI++GC++RT GF LL A +LP+VLIA+AATGFAGALFNPAVR YL Sbjct 67 IGGTLADRWGYKPLIVSGCVLRTAGFGLLAFADTLPAVLIASAATGFAGALFNPAVRAYL 126 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA+AG R++EAFA+FNVFYQ+GIL GPLVGL L+ LDFR T AAA VF LTVAQL AL Sbjct 127 AADAGPRRLEAFALFNVFYQAGILAGPLVGLALMLLDFRTTAAAAAVVFAGLTVAQLFAL 186 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 PQ DS REKTS+ QDWR V NR FL AAAM G Y LSFQ+YLALP+QA L P++ Sbjct 187 PQRVGDSPREKTSVWQDWRRVAANRSFLLFAAAMIGSYVLSFQVYLALPLQARDLFPQHD 246 Query 247 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG 306 ++ A +F VSGLVAV GQLRITRWFA RWG+ RSLV+G ILA SF+P+ +P+ R G Sbjct 247 AVVTAMIFVVSGLVAVIGQLRITRWFARRWGSGRSLVIGMLILAVSFLPLVALPDDTRAG 306 Query 307 VAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNLA 366 A AL+++ ++LAV SAA+FPFEM VV+L+ ++LV THYGFY+TIVG+G+L GNLA Sbjct 307 RVAAATALLIATAVLAVGSAAVFPFEMDTVVSLADNKLVGTHYGFYNTIVGIGILGGNLA 366 Query 367 IGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 GS+M R L E+VW L +G+++ A L RLD Sbjct 367 TGSVMQITRELGYPELVWVLLASIGLLSAAALYRLD 402 >gi|54027729|ref|YP_121970.1| putative transporter [Nocardia farcinica IFM 10152] gi|54019237|dbj|BAD60606.1| putative transporter [Nocardia farcinica IFM 10152] Length=454 Score = 493 bits (1270), Expect = 2e-137, Method: Compositional matrix adjust. Identities = 271/410 (67%), Positives = 322/410 (79%), Gaps = 0/410 (0%) Query 1 MGARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFS 60 M A FR F+ P+R+LMINQFGIN+GFYMLMPYLA YLAGPLGLAAWAVGLV+GVRNFS Sbjct 1 MSVLAKFRSFDLPARLLMINQFGINLGFYMLMPYLAGYLAGPLGLAAWAVGLVLGVRNFS 60 Query 61 QQGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNP 120 QQGMF +GGTLADR GYKPLI+AGCL+RTGGFALLV A SLP +L+A+AATGFAGALFNP Sbjct 61 QQGMFLIGGTLADRLGYKPLIVAGCLLRTGGFALLVFATSLPGLLVASAATGFAGALFNP 120 Query 121 AVRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTV 180 AVR YLAA+ G+R++EAFA+FN+FYQ+GIL GPLVGL L+ALDFR+T AAA VF +LTV Sbjct 121 AVRAYLAADTGDRRVEAFAVFNIFYQAGILAGPLVGLALMALDFRMTAAAAAVVFAILTV 180 Query 181 AQLVALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 AQL AL RA+ E+TS+L DWR VV NR F+ A AM G Y LSFQIYLALP+QA Sbjct 181 AQLFALSTRRAEIRAERTSVLDDWRTVVANRRFVWFAVAMIGSYVLSFQIYLALPLQAEF 240 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 + L++A+FA+SGLVAV GQLRIT WF RWG SLVVG ILAASF+P+A+IP Sbjct 241 VAGAQAQTLVSALFAISGLVAVAGQLRITAWFRDRWGTGASLVVGLGILAASFLPLALIP 300 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 + RFGV A AL+L A LLAV +AA+FPFEM VV+LSG RLVATHYGFY+T+VGVG+ Sbjct 301 DPDRFGVPAAAAALLLCAMLLAVGTAAVFPFEMDTVVSLSGGRLVATHYGFYNTVVGVGI 360 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQN 410 L GNLA G+++ AAR D +W GL ++G+VA L RLD ++ Sbjct 361 LTGNLATGAVVGAARAAGMDWALWVGLSVIGVVAALALHRLDRPQHAEED 410 >gi|145221494|ref|YP_001132172.1| major facilitator transporter [Mycobacterium gilvum PYR-GCK] gi|145213980|gb|ABP43384.1| major facilitator superfamily MFS_1 [Mycobacterium gilvum PYR-GCK] Length=420 Score = 493 bits (1268), Expect = 3e-137, Method: Compositional matrix adjust. Identities = 258/396 (66%), Positives = 314/396 (80%), Gaps = 0/396 (0%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 F F PSR+LMINQFGIN+GFYMLMPYLA YLAGPLGLAAWA+GLV+GVRNFSQQGMF Sbjct 7 FGSFGWPSRMLMINQFGINLGFYMLMPYLAGYLAGPLGLAAWAIGLVLGVRNFSQQGMFI 66 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADR G+KPLI++GC++RT GF LLV A SLP+VL+A+AATGFAGALFNPAVR YL Sbjct 67 IGGTLADRLGFKPLIVSGCVLRTAGFGLLVFADSLPAVLVASAATGFAGALFNPAVRAYL 126 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA+AG R++EAFA+FNVFYQ+GIL GPLVGL L+ +DF+IT AAA VF +LTVAQL AL Sbjct 127 AADAGPRRLEAFALFNVFYQAGILAGPLVGLALMFVDFKITAAAAALVFAVLTVAQLFAL 186 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 PQ EKTS+LQDWR V NR FL AAAM G Y LSFQ+YLA+P+QA L P+N Sbjct 187 PQRAVAPTPEKTSVLQDWRAVAANRSFLLFAAAMIGSYVLSFQVYLAMPLQARYLFPQND 246 Query 247 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG 306 ++ A +F VSG+VAV GQ+RITRWF RWG+ RSL +G ILA SF+P+ +P+ +R G Sbjct 247 SVVTAMIFVVSGVVAVLGQMRITRWFGRRWGSGRSLAIGMLILALSFLPLIALPDDERAG 306 Query 307 VAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNLA 366 A AL+++ ++LAV SAA+FPFEM VV+L+ +RLV THYGFY+TIVGVG+LVGNLA Sbjct 307 RVAAATALLIATAVLAVGSAAVFPFEMDTVVSLADNRLVGTHYGFYNTIVGVGILVGNLA 366 Query 367 IGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 GSLM AR L E +W L ++G+++ A L RLD Sbjct 367 TGSLMQLARELGRPEFLWVLLTVIGMLSAAALYRLD 402 >gi|240168067|ref|ZP_04746726.1| integral membrane transport protein [Mycobacterium kansasii ATCC 12478] Length=424 Score = 491 bits (1264), Expect = 8e-137, Method: Compositional matrix adjust. Identities = 279/408 (69%), Positives = 332/408 (82%), Gaps = 6/408 (1%) Query 5 AIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGM 64 A FR FNRPSRVLM+NQF IN+GFYMLMPYLA YLAGPLGLAAWAVGLV+GVRNF+QQGM Sbjct 3 AQFRSFNRPSRVLMVNQFAINVGFYMLMPYLAGYLAGPLGLAAWAVGLVLGVRNFAQQGM 62 Query 65 FFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRG 124 FFVGGTLADRFGYKP+I+AGCL+RTGGF LLV+AQSLP V+IA+AA GFAGALFNPA R Sbjct 63 FFVGGTLADRFGYKPMIVAGCLVRTGGFVLLVLAQSLPIVVIASAAMGFAGALFNPAARA 122 Query 125 YLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLV 184 YLAA+A R+IEAFAMFNVFYQSGILLGPLVGL L+A+DFRI+V+AAA VF L+VAQL+ Sbjct 123 YLAADAENRRIEAFAMFNVFYQSGILLGPLVGLALVAMDFRISVMAAAVVFAALSVAQLL 182 Query 185 ALPQHRAD------SEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQA 238 ALP +A EK+S+++DWRVV+ NR L AAAM G Y L FQI LALP+ A Sbjct 183 ALPPDKAGRAAGNARNSEKSSVIEDWRVVLGNRSVLWFAAAMIGAYVLEFQINLALPLHA 242 Query 239 SILMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAV 298 S L P++Q L+A +F +S LV V GQ +TRWF RW RSL VG +L ASF+P+AV Sbjct 243 SRLAPQSQTSLVAVLFLISSLVTVAGQRHLTRWFGARWEPGRSLPVGVMLLTASFVPLAV 302 Query 299 IPNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGV 358 +PN QRFG+A AV+AL+LSAS+LA+A+A +FPFE+ VV+LSG+RLVATHYGFY T+VG+ Sbjct 303 VPNEQRFGIAAAVLALLLSASMLALAAAVVFPFELDRVVSLSGNRLVATHYGFYKTVVGI 362 Query 359 GVLVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTS 406 G+L+GNLA G+L+SAA R N DE WG LILVG+VAVAGL R T+ Sbjct 363 GLLIGNLATGALLSAAHRFNVDEFAWGALILVGLVAVAGLSRHGRHTA 410 >gi|54027673|ref|YP_121914.1| putative transporter [Nocardia farcinica IFM 10152] gi|54019181|dbj|BAD60550.1| putative transporter [Nocardia farcinica IFM 10152] Length=454 Score = 489 bits (1259), Expect = 4e-136, Method: Compositional matrix adjust. Identities = 267/398 (68%), Positives = 319/398 (81%), Gaps = 0/398 (0%) Query 5 AIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGM 64 A FR F+ +R+LMINQFGIN+GFYMLMPYLA YLAGPLGLAAWAVGLV+GVRNFSQQGM Sbjct 5 AKFRSFDMAARLLMINQFGINLGFYMLMPYLAGYLAGPLGLAAWAVGLVLGVRNFSQQGM 64 Query 65 FFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRG 124 F +GGTLADR GYKPLI+AGCL+RTGGFALLV A SLP +LIA+AATGFAGALFNPAVR Sbjct 65 FLIGGTLADRLGYKPLIVAGCLLRTGGFALLVFATSLPGLLIASAATGFAGALFNPAVRA 124 Query 125 YLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLV 184 YLAA+ G+R++EAFA+FN+FYQ+GIL GPLVGL L+ALDFR+T AAA VF +LT AQL Sbjct 125 YLAADTGDRRVEAFAVFNIFYQAGILAGPLVGLALMALDFRVTAAAAAVVFAILTAAQLF 184 Query 185 ALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPR 244 ALP RA++ E TS+L DWR VV NR F+ A AMTG Y LSFQ+YLALP+QA + Sbjct 185 ALPTRRAETPAEHTSVLDDWRTVVANRRFVGFAVAMTGSYVLSFQVYLALPLQAEFVAGA 244 Query 245 NQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQR 304 L++A+F +SG+VAV GQLRIT WF RWG RSLVVG ILAASF+P+ V+P+ R Sbjct 245 QAQALVSALFVISGVVAVAGQLRITAWFRNRWGTGRSLVVGLGILAASFVPLVVVPDPDR 304 Query 305 FGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGN 364 FGV A AL++SA LLAV +AA+FPFEM VV+LSG +LVATHYGFY+T+VGVG+L GN Sbjct 305 FGVPPAAAALLVSAVLLAVGTAAVFPFEMDTVVSLSGGKLVATHYGFYNTVVGVGILTGN 364 Query 365 LAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 LA G+++ AAR D VW GL ++G++A L RLD Sbjct 365 LATGAVVGAARAAGMDWAVWAGLSMIGVLAAFALHRLD 402 >gi|226349447|ref|YP_002776561.1| putative MFS transporter [Rhodococcus opacus B4] gi|226245362|dbj|BAH55709.1| putative MFS transporter [Rhodococcus opacus B4] Length=429 Score = 473 bits (1218), Expect = 2e-131, Method: Compositional matrix adjust. Identities = 251/398 (64%), Positives = 314/398 (79%), Gaps = 2/398 (0%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR F+RPS+VLM+NQF IN+GFYMLMPYLA YLAGPLGLAAWAVGLV+G+RNFSQQGMF Sbjct 8 FRSFDRPSQVLMVNQFSINVGFYMLMPYLAGYLAGPLGLAAWAVGLVLGMRNFSQQGMFL 67 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADR GYKPLI+AGCL+R GF LL +SLP++L+A+ ATGFAGALFNPAVR YL Sbjct 68 LGGTLADRLGYKPLIVAGCLLRVAGFVLLAAVESLPAILLASVATGFAGALFNPAVRAYL 127 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA+AG R++EAFA FNVFYQ+GILLGPL+GL L LDFR+T LAAA VF +LT+ Q+ AL Sbjct 128 AADAGPRRVEAFATFNVFYQAGILLGPLIGLALTTLDFRVTSLAAAAVFAVLTIVQIWAL 187 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILM--PR 244 P HRA++ KTS+L+DWRVVV NRPF+ A AM G Y LSFQIYLALP+QA+++ R Sbjct 188 PAHRAETAAAKTSVLEDWRVVVANRPFVLFAVAMIGSYVLSFQIYLALPLQAAVVAGDER 247 Query 245 NQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQR 304 + L+ ++F VSG+VA+ GQLRIT WF+ RWG+ RSLVVG I+A +F+P+ ++P+ Sbjct 248 SDTALVTSLFVVSGVVAIAGQLRITSWFSRRWGSGRSLVVGMAIMALAFLPLILLPSPAA 307 Query 305 FGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGN 364 G A ALVL+A+LLAV +AA+FPFEM VVALSG +LVATHYGFY+T+VG+G+L+GN Sbjct 308 LGGWAAAGALVLTAALLAVGTAAVFPFEMDTVVALSGGKLVATHYGFYNTVVGIGILLGN 367 Query 365 LAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 L G++ R + ++W L +VG V V L LD Sbjct 368 LGTGAVFGILRDADLGALIWVALTVVGAVCVGALYLLD 405 >gi|240170867|ref|ZP_04749526.1| integral membrane transport protein [Mycobacterium kansasii ATCC 12478] Length=419 Score = 460 bits (1184), Expect = 2e-127, Method: Compositional matrix adjust. Identities = 264/402 (66%), Positives = 317/402 (79%), Gaps = 4/402 (0%) Query 5 AIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGM 64 A FR F+RPSRVLMINQFG +IGFYMLMPYL+ YLAG LGLAAWAVGLV+GVRNFSQQGM Sbjct 6 AQFRSFSRPSRVLMINQFGASIGFYMLMPYLSSYLAGTLGLAAWAVGLVLGVRNFSQQGM 65 Query 65 FFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRG 124 FFVGGTLADR GYKPLI+AGCL+R G F LL +AQSL ++LIAAAATGFAGALFNPA+R Sbjct 66 FFVGGTLADRLGYKPLIVAGCLLRIGAFGLLAIAQSLSTLLIAAAATGFAGALFNPALRA 125 Query 125 YLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLV 184 YLA EA +R+IEAFA N+F ++GI LGPL+GL + +FR++VLAA +F +L +AQL+ Sbjct 126 YLATEADDRRIEAFATLNMFNRAGIFLGPLIGLAFVTSNFRMSVLAATVIFAVLALAQLL 185 Query 185 ALPQHR-AD---SEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 ALP HR AD + KTSI+ DWR V NR FL AA MTG Y LS QIYL LP QAS+ Sbjct 186 ALPGHRFADPGPAAPAKTSIISDWRAVAGNRSFLRFAATMTGSYLLSSQIYLMLPAQASV 245 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIP 300 + P +Q L+AA+F SGLVAV GQLRITRWF+ RW RS+ +G ++AASF P+A IP Sbjct 246 VAPHSQAQLVAAVFGTSGLVAVAGQLRITRWFSARWRPGRSVYIGVALMAASFAPLAAIP 305 Query 301 NGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGV 360 + QR G AV AL+ +A+LLAVASAA+FPFEM VV+LS +RLVATHYGFY+TI+GVG+ Sbjct 306 DSQRLGTPAAVAALLAAAALLAVASAAVFPFEMHIVVSLSSERLVATHYGFYNTIIGVGI 365 Query 361 LVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 L GN AIG+L+ RL+TDE+VW LILVG++A GL R D Sbjct 366 LAGNFAIGALLGTEHRLDTDELVWAALILVGLIAATGLYRHD 407 >gi|262202519|ref|YP_003273727.1| major facilitator superfamily protein [Gordonia bronchialis DSM 43247] gi|262085866|gb|ACY21834.1| major facilitator superfamily MFS_1 [Gordonia bronchialis DSM 43247] Length=422 Score = 456 bits (1172), Expect = 4e-126, Method: Compositional matrix adjust. Identities = 250/398 (63%), Positives = 303/398 (77%), Gaps = 4/398 (1%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR F+RPS+VLM+NQF IN+GFYMLMPYLA YLAGPL LAAWAVGLV+G+RNFSQQGMF Sbjct 8 FRSFDRPSQVLMVNQFTINLGFYMLMPYLAAYLAGPLALAAWAVGLVLGIRNFSQQGMFL 67 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADR+GYKPLIIAGCL+R GF LL +A SLP++LIA+AATGFAGALFNPAVR YL Sbjct 68 IGGTLADRWGYKPLIIAGCLMRVIGFVLLALASSLPAILIASAATGFAGALFNPAVRAYL 127 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA+AGER+IEAFA+FNVFYQ+GILLGPLVGL L ALDFR+T L AA VF +LT+ Q+ AL Sbjct 128 AADAGERRIEAFAVFNVFYQAGILLGPLVGLALTALDFRLTSLCAAAVFAVLTLVQIKAL 187 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILM--PR 244 P TSI+QDWR VVRNR FL AAAM Y LSFQ+YLALP+ A + P Sbjct 188 PA--TTPAPSNTSIIQDWRSVVRNRRFLLFAAAMASSYVLSFQVYLALPLHADRIADNPT 245 Query 245 NQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQR 304 ++ AMF V+GLVA+ GQLRIT WF RWG+ SL VG T++AA+F+P+ + Sbjct 246 LATSVVTAMFVVTGLVAIAGQLRITTWFGNRWGSTGSLSVGMTLMAAAFLPLVAGTATHQ 305 Query 305 FGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGN 364 +A+ + AL+L+A+LLA A+AA+FPFEM VV L+ LVATHYG Y+TIVG+G+L+GN Sbjct 306 RNIALNIAALLLTAALLAAATAAVFPFEMDTVVGLARGTLVATHYGLYNTIVGIGILLGN 365 Query 365 LAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 A G L SAA + E+VW L+L GI A + L L Sbjct 366 AATGWLFSAATTRDMPELVWIALVLTGIAAASALLMLH 403 >gi|343924997|ref|ZP_08764532.1| putative major facilitator superfamily transporter [Gordonia alkanivorans NBRC 16433] gi|343765137|dbj|GAA11458.1| putative major facilitator superfamily transporter [Gordonia alkanivorans NBRC 16433] Length=422 Score = 454 bits (1168), Expect = 1e-125, Method: Compositional matrix adjust. Identities = 249/398 (63%), Positives = 302/398 (76%), Gaps = 4/398 (1%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR F+RPS+VLM+NQF IN+GFYMLMPYLA YLAGPL LAAWAVGLV+G+RNFSQQGMF Sbjct 8 FRSFDRPSQVLMVNQFTINLGFYMLMPYLAAYLAGPLALAAWAVGLVLGIRNFSQQGMFL 67 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADR+GYKPLIIAGCL+R GF LL +A SLP++LIA+AATGFAGALFNPAVR YL Sbjct 68 IGGTLADRWGYKPLIIAGCLMRVIGFILLALASSLPAILIASAATGFAGALFNPAVRAYL 127 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA+AGER+IEAFA+FNVFYQ+GILLGPLVGL L ALDFR+T L AA VF +LT+ Q+ AL Sbjct 128 AADAGERRIEAFAVFNVFYQAGILLGPLVGLALTALDFRLTSLCAAAVFAVLTLVQIKAL 187 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILM--PR 244 P TSI+QDWR VVRNR FL A AM Y LSFQ+YLALP+ A + P Sbjct 188 PA--TTPAPSNTSIIQDWRSVVRNRRFLLFAVAMASSYVLSFQVYLALPLHADRIADNPT 245 Query 245 NQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQR 304 ++ AMF V+GLVA+ GQLRIT WF RWG+ SL VG T++AA+F+P+ + Sbjct 246 LATSIVTAMFVVTGLVAIAGQLRITAWFGNRWGSTGSLSVGMTLMAAAFLPLVASAATHQ 305 Query 305 FGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGN 364 +A+ + AL+L+A+LLA A+AA+FPFEM VV L+ LVATHYG Y+TIVG+G+L+GN Sbjct 306 RNIALNIAALLLTAALLAAATAAVFPFEMDTVVGLARGTLVATHYGLYNTIVGIGILLGN 365 Query 365 LAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 A G L SAA + E+VW L+L GI A + L L Sbjct 366 AATGWLFSAATTRDMPELVWIALVLTGIAAASALLMLH 403 >gi|262204069|ref|YP_003275277.1| major facilitator superfamily protein [Gordonia bronchialis DSM 43247] gi|262087416|gb|ACY23384.1| major facilitator superfamily MFS_1 [Gordonia bronchialis DSM 43247] Length=422 Score = 449 bits (1156), Expect = 3e-124, Method: Compositional matrix adjust. Identities = 245/388 (64%), Positives = 297/388 (77%), Gaps = 4/388 (1%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR F+RPS+VLM+NQF IN+GFYMLMPYLA YLAGPL LAAWAVGLV+G+RNFSQQGMF Sbjct 8 FRSFDRPSQVLMVNQFTINLGFYMLMPYLAAYLAGPLALAAWAVGLVLGIRNFSQQGMFL 67 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADR+GYKPLIIAGCL+R GF LL + SLP++LIA+AATGFAGALFNPAVR YL Sbjct 68 IGGTLADRWGYKPLIIAGCLMRVIGFVLLALVSSLPAILIASAATGFAGALFNPAVRAYL 127 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 A +AGER+IEAFA+FNVFYQ+GILLGPLVGL L ALDFR+T L AA VF +LT+ Q+ AL Sbjct 128 AGDAGERRIEAFAVFNVFYQAGILLGPLVGLALTALDFRLTSLCAAAVFAVLTLVQIKAL 187 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILM--PR 244 P TSI+QDWR VVRNR FL AAAM Y LSFQIYLALP+ A + P Sbjct 188 PA--TTPAPSSTSIIQDWRSVVRNRRFLLFAAAMASSYVLSFQIYLALPLHADRIADNPT 245 Query 245 NQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQR 304 ++ AMF V+GLVA+ GQLRIT WF RWG+ SL VG T++AA+F+P+ + Sbjct 246 LATSVVTAMFVVTGLVAIAGQLRITTWFGNRWGSTGSLSVGMTLMAAAFLPLVASTATHQ 305 Query 305 FGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGN 364 +A+ + AL+L+A+LLA A+AA+FPFEM VV L+ LVATHYG Y+TIVG+G+L+GN Sbjct 306 RNIALNIAALLLTAALLAAATAAVFPFEMDTVVGLARGTLVATHYGLYNTIVGIGILLGN 365 Query 365 LAIGSLMSAARRLNTDEIVWGGLILVGI 392 A G L SAA + E+VW L+L G+ Sbjct 366 AATGWLFSAATTRDMPELVWIALVLTGM 393 >gi|54027708|ref|YP_121949.1| putative transporter [Nocardia farcinica IFM 10152] gi|54019216|dbj|BAD60585.1| putative transporter [Nocardia farcinica IFM 10152] Length=419 Score = 437 bits (1125), Expect = 1e-120, Method: Compositional matrix adjust. Identities = 235/393 (60%), Positives = 300/393 (77%), Gaps = 4/393 (1%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 +R NRPS++LMINQF IN+GFYMLMPYLA YL+G LGLAAW VGLV+GVRNFSQQGMF Sbjct 8 WRELNRPSQLLMINQFAINLGFYMLMPYLAGYLSGALGLAAWTVGLVLGVRNFSQQGMFL 67 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADR G+KPLI+AGCL+RT GF LL V +LP+++IA+AATGFAGALFNPAVRGYL Sbjct 68 IGGTLADRLGFKPLIVAGCLLRTAGFGLLAVVDTLPALVIASAATGFAGALFNPAVRGYL 127 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA+AG++++E FAMFN+FYQ+GIL GPLVGL L+ LDF++T AA VF +LTV QL AL Sbjct 128 AADAGKQRVETFAMFNLFYQAGILAGPLVGLGLMTLDFQVTAACAAAVFAILTVGQLAAL 187 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 P H + EKTS+ QDWR VV NR F+ + AM G Y LSFQ+YLA+P+ A+IL ++ Sbjct 188 PSHPVCAGGEKTSVGQDWRTVVTNRTFVGFSIAMIGAYVLSFQVYLAMPLHAAILSGQHP 247 Query 247 YL-LIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRF 305 L+ A+F V G V+V GQ+RITRW +VR+G L +G L +F P+ + P Sbjct 248 GTGLVTAVFVVFGTVSVLGQMRITRWLSVRYGRRGGLAIGVGTLGVAFTPMLLFPGP--- 304 Query 306 GVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNL 365 G + AV AL++SA+LLA+ SAA+FPFEM +VA+SG+RLVATHYGFY+T+VG GVLVGNL Sbjct 305 GGSAAVAALLISAALLAIGSAAVFPFEMDTIVAVSGNRLVATHYGFYNTVVGTGVLVGNL 364 Query 366 AIGSLMSAARRLNTDEIVWGGLILVGIVAVAGL 398 +L+ ARR + + W L+ +G+VA G+ Sbjct 365 GTATLLDLARRSGSGALAWSVLVAIGVVAAIGV 397 >gi|169628367|ref|YP_001702016.1| ABC transporter permease [Mycobacterium abscessus ATCC 19977] gi|169240334|emb|CAM61362.1| Putative ABC transporter, permease protein [Mycobacterium abscessus] Length=439 Score = 426 bits (1095), Expect = 4e-117, Method: Compositional matrix adjust. Identities = 232/392 (60%), Positives = 301/392 (77%), Gaps = 4/392 (1%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR F+RPS++LM+NQF IN+GFYMLMPYLA YLAGPLGLAAW VGLV+GVRNFSQQGMF Sbjct 23 FRSFDRPSQILMVNQFAINVGFYMLMPYLAGYLAGPLGLAAWMVGLVLGVRNFSQQGMFL 82 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 VGGTLADRFGYKPLI+AGC +RT GFA+L +LP++LIA+AATGFAGALFNPAVR YL Sbjct 83 VGGTLADRFGYKPLIVAGCFLRTAGFAMLAFVGTLPAILIASAATGFAGALFNPAVRAYL 142 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA++GER++EAFA+FNVFYQ+GIL GP+VGL L A DFRIT AA VF LTV QL+AL Sbjct 143 AADSGERRVEAFAVFNVFYQAGILFGPIVGLALTAWDFRITCAVAAAVFAFLTVIQLMAL 202 Query 187 PQHRADSER--EKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILM-- 242 P +RA+SER ++ +L WR VV N+ FL + AM G Y L+FQ+YLALP+QA++L Sbjct 203 PPNRAESERNADRAPVLTSWRSVVSNKAFLLFSGAMIGSYVLTFQVYLALPLQAALLTDD 262 Query 243 PRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNG 302 +++ L+ ++F VSGLVA+ GQ+R+T W + R+G RSLV+G ++ +F+P+ ++P Sbjct 263 KKSETALVTSIFVVSGLVAIAGQVRLTGWLSARFGPSRSLVLGMLVIGTAFVPLVLLPTA 322 Query 303 QRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLV 362 G A+ AL+ SA+LLAV + A FPFEM VV L+ +RLVAT YG Y+TIVG+G+L Sbjct 323 ASAGQLAAIAALLFSAALLAVGTIATFPFEMDTVVRLADNRLVATQYGLYNTIVGIGILA 382 Query 363 GNLAIGSLMSAARRLNTDEIVWGGLILVGIVA 394 GNL GS+ ++R ++W L++VG+V Sbjct 383 GNLLTGSVFGYSQRRGVPSLLWVSLVVVGLVC 414 >gi|169627554|ref|YP_001701203.1| ABC transporter [Mycobacterium abscessus ATCC 19977] gi|169239521|emb|CAM60549.1| Putative ABC transport system membrane protein [Mycobacterium abscessus] Length=435 Score = 424 bits (1089), Expect = 2e-116, Method: Compositional matrix adjust. Identities = 229/382 (60%), Positives = 296/382 (78%), Gaps = 4/382 (1%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR F+RPS++LM+NQF IN+GFYMLMPYLA YLAGPLGLAAW VGLV+GVRNFSQQGMF Sbjct 19 FRSFDRPSQILMVNQFAINVGFYMLMPYLAGYLAGPLGLAAWMVGLVLGVRNFSQQGMFL 78 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 VGGTLADRFGYKPLI+AGC +RT GFA+L +LP++LIA+AATGFAGALFNPAVR YL Sbjct 79 VGGTLADRFGYKPLIVAGCFLRTAGFAMLAFVGTLPAILIASAATGFAGALFNPAVRAYL 138 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA++GER++EAFA+FNVFYQ+GIL GP+VGL L A DFRIT AA VF LTV QL+AL Sbjct 139 AADSGERRVEAFAVFNVFYQAGILFGPIVGLALTAWDFRITCAVAAAVFAFLTVIQLMAL 198 Query 187 PQHRADSER--EKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILM-- 242 P +RA+SER ++ +L WR VV N+ FL + AM G Y L+FQ+YLALP+QA++L Sbjct 199 PPNRAESERNADRAPVLTSWRSVVSNKAFLLFSGAMIGSYVLTFQVYLALPLQAALLTDD 258 Query 243 PRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNG 302 +++ L+ ++F VSGLVA+ GQ+R+T W + R+G RSLV+G ++ +F+P+A++P Sbjct 259 KKSETALVTSIFVVSGLVAIAGQVRLTGWLSARFGPSRSLVLGMLVIGTAFVPLALLPTA 318 Query 303 QRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLV 362 G A+ AL+ SA+LLAV + A FPFEM VV L+ +RLVATHYG Y+TIVG+G+L Sbjct 319 ASAGQLAAIAALLFSAALLAVGTIATFPFEMDTVVRLADNRLVATHYGLYNTIVGIGILA 378 Query 363 GNLAIGSLMSAARRLNTDEIVW 384 GNL GS+ +++ ++W Sbjct 379 GNLLTGSVFGYSQQHGVPSLLW 400 >gi|297153540|gb|ADI03252.1| putative MFS transporter [Streptomyces bingchenggensis BCW-1] Length=418 Score = 408 bits (1048), Expect = 1e-111, Method: Compositional matrix adjust. Identities = 214/397 (54%), Positives = 275/397 (70%), Gaps = 6/397 (1%) Query 8 RGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFFV 67 R F R+LM+NQF IN+ FYMLMPYLA +L+G LGLAAWAVGLV+GVRNFSQQGMF + Sbjct 9 RSFPPAVRLLMVNQFAINLAFYMLMPYLAAHLSGELGLAAWAVGLVLGVRNFSQQGMFLI 68 Query 68 GGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYLA 127 GGT+ADR GYK I+AGCL+RT GF LL +LP+++ A+AATGFAGALFNPAVR YLA Sbjct 69 GGTIADRLGYKAPIMAGCLLRTIGFGLLGWVDNLPALIAASAATGFAGALFNPAVRAYLA 128 Query 128 AEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVALP 187 EAGER+++AFA FNV+YQ+G+LLGPLVGL LLA DFR+ AAA +F +LT Q ALP Sbjct 129 TEAGERRVDAFATFNVYYQTGMLLGPLVGLALLAADFRLVCTAAAAIFAVLTALQWRALP 188 Query 188 QHRADSERE---KTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPR 244 DS K S+L WR VV NRPFL + AM G Y L+FQ+YLALP+ AS + Sbjct 189 PRHGDSADAATGKESVLAQWRTVVANRPFLFFSTAMIGSYVLTFQVYLALPLAASDALGS 248 Query 245 NQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQR 304 + + + +F +S AV GQLR+T W RW ++L G + +F+P+A+ P G Sbjct 249 SGTAITSGLFVISAATAVAGQLRLTDWAKDRWHPSQALARGLAAMGLAFLPLALTPRGSS 308 Query 305 FGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGN 364 AV +++LV++ LLA SA ++PFEM VV LSGD LVATHYGFY+T+ G+G+ +GN Sbjct 309 ---AVVLVSLVIAVVLLAAGSAVVYPFEMDTVVTLSGDSLVATHYGFYNTVSGLGITLGN 365 Query 365 LAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRL 401 LA G+L A R + + W L + G+ A A + L Sbjct 366 LATGALWDFALRHDALWLTWCVLTVTGLGAAASVSAL 402 >gi|290963255|ref|YP_003494437.1| membrane transporter [Streptomyces scabiei 87.22] gi|260652781|emb|CBG75914.1| PROBABLE CONSERVED INTEGRAL MEMBRANE TRANSPORT PROTEIN [Streptomyces scabiei 87.22] Length=436 Score = 392 bits (1008), Expect = 5e-107, Method: Compositional matrix adjust. Identities = 214/425 (51%), Positives = 282/425 (67%), Gaps = 22/425 (5%) Query 8 RGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFFV 67 R + R ++LM+NQF IN+GFYMLMPYLA +LAGP+GLA W VGL++GVRNFSQQGMF + Sbjct 9 RSYERSVQLLMVNQFTINLGFYMLMPYLAAHLAGPVGLAGWLVGLILGVRNFSQQGMFLL 68 Query 68 GGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYLA 127 GGTLADR GYKP+IIAG ++R GFA L + +S+P++L A+AATG AGALFNPAVR YLA Sbjct 69 GGTLADRLGYKPMIIAGLMLRIVGFATLGLVESVPALLAASAATGLAGALFNPAVRAYLA 128 Query 128 AEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVALP 187 A+AGER+IEAFA+FN+FYQ+GILLGPLVG+VL + FR+T L AAG+F LL+V Q+ ALP Sbjct 129 ADAGERRIEAFALFNIFYQAGILLGPLVGMVLTGVSFRVTCLVAAGIFALLSVVQIRALP 188 Query 188 QHR-------ADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASI 240 R AD + +L+ WR + NRPFL + AM G Y +SFQ+YLALP++ Sbjct 189 DRRGDDAEAEADRNDQGEGVLKQWRGIFANRPFLLFSMAMIGSYVMSFQVYLALPLEVRR 248 Query 241 LMPRNQY--LLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAV 298 L + + +A +FAVSGL + GQ ++T W R R+L G + +F+P+ V Sbjct 249 LGGQGTFGTAAVALLFAVSGLSTILGQTKVTAWCKARMEPGRALTWGLLTMGLAFLPLLV 308 Query 299 -----IPNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYS 353 IP+G +A + LSA LLAV + +PFEM +V LSG+RLVATHYG Y+ Sbjct 309 AAAAPIPDGGPGLWLLAAVPPALSALLLAVGTMIAYPFEMDTIVRLSGNRLVATHYGLYN 368 Query 354 TIVGVGVLVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTG 413 TI G+G+ +GNL G + AAR + W L+ +G+ A L L + TG Sbjct 369 TICGIGITLGNLLTGVALDAARGAGMSALPWVALLALGLACTAALHGL--------HRTG 420 Query 414 RWAAP 418 R P Sbjct 421 RLVPP 425 >gi|345009912|ref|YP_004812266.1| major facilitator superfamily protein [Streptomyces violaceusniger Tu 4113] gi|344036261|gb|AEM81986.1| major facilitator superfamily MFS_1 [Streptomyces violaceusniger Tu 4113] Length=416 Score = 383 bits (984), Expect = 3e-104, Method: Compositional matrix adjust. Identities = 208/395 (53%), Positives = 272/395 (69%), Gaps = 4/395 (1%) Query 8 RGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFFV 67 R F R +++LM NQF IN+ FYMLMPYLA +LA LGLAAWAVGLV+GVRNFSQQGMF + Sbjct 9 RSFPRTAQLLMANQFAINLAFYMLMPYLAAHLADGLGLAAWAVGLVLGVRNFSQQGMFLI 68 Query 68 GGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYLA 127 GGT+ADRFGYK I+AGCL+RT GF LL +LP+++ A+AATG AGALFNPAVR YLA Sbjct 69 GGTIADRFGYKAPIMAGCLLRTVGFGLLGWIDNLPALIAASAATGLAGALFNPAVRAYLA 128 Query 128 AEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVALP 187 +E GER+++AFA FNV+YQSG+LLGP+VGL LLA DFR+ AA +F +LTV Q +LP Sbjct 129 SEVGERRVDAFATFNVYYQSGMLLGPVVGLALLAADFRLVCTVAAAIFAVLTVLQARSLP 188 Query 188 -QHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 + A ++ ++L WR VV NRPFL A AM G Y L+FQ+YLALP+ AS + Sbjct 189 ARGSATTDSAPDNVLAQWRTVVANRPFLLFATAMIGSYVLTFQVYLALPLAASNALGTRG 248 Query 247 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG 306 + + +F VS VA+ GQLR+T W RW ++LV G T + +F+P+ + +G G Sbjct 249 TWVTSGLFVVSAAVAIVGQLRLTGWAKKRWTPAQALVRGLTAMGLAFLPLTLSSSG---G 305 Query 307 VAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNLA 366 + +LV + +LLA SA ++PFEM VV LSG+RLVATHYG Y+T+ G+G+ +GNLA Sbjct 306 TVAVLTSLVAAVALLAAGSAVVYPFEMDTVVTLSGNRLVATHYGLYNTVSGLGITLGNLA 365 Query 367 IGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRL 401 G+L A +VW L G+ A + L Sbjct 366 TGALWDFAEDHAALWVVWCVLTATGLTCAASVTAL 400 >gi|302538252|ref|ZP_07290594.1| ABC transporter permease [Streptomyces sp. C] gi|302447147|gb|EFL18963.1| ABC transporter permease [Streptomyces sp. C] Length=434 Score = 383 bits (983), Expect = 3e-104, Method: Compositional matrix adjust. Identities = 212/429 (50%), Positives = 281/429 (66%), Gaps = 20/429 (4%) Query 2 GARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQ 61 G A R + R ++LM+NQF IN+GFYMLMPYLA +LAGPLGLA W VGL++GVRNFSQ Sbjct 3 GTLAQVRTYERSVQLLMVNQFTINLGFYMLMPYLATHLAGPLGLAGWTVGLILGVRNFSQ 62 Query 62 QGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPA 121 QGMF +GGTLADR GYKP+IIAG +R GFA L + S+P+++ A+AATG AGALFNPA Sbjct 63 QGMFLIGGTLADRLGYKPMIIAGLALRIAGFATLGLVDSVPALIAASAATGLAGALFNPA 122 Query 122 VRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVA 181 R YLAA+AGER++EAFA+FNVFYQ+GILLGPLVG+VL +DFR+T L AAG+F +L++ Sbjct 123 TRAYLAADAGERRVEAFALFNVFYQAGILLGPLVGMVLTGVDFRVTCLTAAGIFAVLSIV 182 Query 182 QLVALPQHRADSEREKTS-----ILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPM 236 Q+ ALP R + E+ +L WR ++ NRPFL + AM G Y ++FQ+Y+ALP+ Sbjct 183 QIRALPARRGNDAAERADGPREGVLVQWRGILANRPFLLFSVAMIGSYVMTFQVYMALPL 242 Query 237 QASILMPRNQY--LLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFI 294 + + + +A +FAVSGL + Q R+T W R R+L G + A+F+ Sbjct 243 EVRRVGGEGGFGTAAVAVLFAVSGLSTILFQTRVTAWCRARLEPGRALAWGLLAMGAAFL 302 Query 295 PVAV-----IPNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHY 349 P+ +P Q +A + VL+A LLAV + +PFEM +V L GDRLVATHY Sbjct 303 PLLAATALPVPGSQLGTRLLAAVPPVLAALLLAVGTMIAYPFEMDTIVRLCGDRLVATHY 362 Query 350 GFYSTIVGVGVLVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQ 409 G Y+T+ GVG+ VGNL G+ + AAR + W L ++G+ A L LD Sbjct 363 GLYNTVCGVGIAVGNLLTGAALDAARAAGMSALPWLALFVLGLGCTAALYGLDR------ 416 Query 410 NMTGRWAAP 418 TGR A P Sbjct 417 --TGRLAPP 423 >gi|329940469|ref|ZP_08289750.1| membrane transport protein [Streptomyces griseoaurantiacus M045] gi|329300530|gb|EGG44427.1| membrane transport protein [Streptomyces griseoaurantiacus M045] Length=427 Score = 377 bits (968), Expect = 2e-102, Method: Compositional matrix adjust. Identities = 220/406 (55%), Positives = 286/406 (71%), Gaps = 9/406 (2%) Query 4 RAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQG 63 RA R F+ R+LM NQFGIN+GFYMLMPYLAD+LA LGLAAWAVGLV+GVRN SQQG Sbjct 5 RAQLRSFDPSLRLLMANQFGINLGFYMLMPYLADHLAHGLGLAAWAVGLVLGVRNLSQQG 64 Query 64 MFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVR 123 MF++GGTLADR GYKP+I+ GC +RT F LL VA +LP+++IA+AATG AGALFNPAVR Sbjct 65 MFWLGGTLADRIGYKPMILTGCALRTAAFVLLAVADTLPALIIASAATGLAGALFNPAVR 124 Query 124 GYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQL 183 Y+A AG+R++EAF+ FNVFYQ+GILLGPL GL LLA DFR+ +A FG+L + Q Sbjct 125 AYIADGAGQRRVEAFSCFNVFYQAGILLGPLAGLALLAFDFRLVCAVSAAAFGVLAIIQA 184 Query 184 VALPQHRADSEREKTS----ILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQAS 239 ALP R ++ ++T+ I DWR + RN PF+ +AAM G Y L+FQ YLALP+QA Sbjct 185 RALPARRPAADPQRTNGWRGIAADWRAIGRNHPFVLFSAAMAGSYLLAFQTYLALPLQAR 244 Query 240 ILMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVI 299 +L+ + +FAVS LVAV GQLR+T W R A +++ +G ++ A+F+P+ Sbjct 245 LLVGDASGTAMGVVFAVSALVAVAGQLRLTDWARKRLDAPKAIAIGLAVMGAAFLPLLFG 304 Query 300 PNGQRFGVAV--AVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVG 357 P+ G A + ALV+ A+LLA SA L+PFEM +V LSG+RLVAT+YG YST+ G Sbjct 305 PHRPAQGPAAFRGLAALVVCAALLAAGSALLYPFEMDTLVRLSGERLVATYYGAYSTVAG 364 Query 358 VGVLVGNLAIGSLMSAARRLNTDEIVWGGLILVGI---VAVAGLRR 400 V V GNLA+G+L A R++T + W L +G+ A+ GLRR Sbjct 365 VAVAGGNLAVGALFDFAARIHTPWLPWAALTALGLGCATALTGLRR 410 >gi|134098307|ref|YP_001103968.1| putative transporter [Saccharopolyspora erythraea NRRL 2338] gi|291004273|ref|ZP_06562246.1| putative transporter [Saccharopolyspora erythraea NRRL 2338] gi|133910930|emb|CAM01043.1| putative transporter [Saccharopolyspora erythraea NRRL 2338] Length=416 Score = 370 bits (950), Expect = 2e-100, Method: Compositional matrix adjust. Identities = 212/398 (54%), Positives = 280/398 (71%), Gaps = 2/398 (0%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR F P R+LM+NQ IN+GFYML+PYLA YLAG LGLA W VGLV+GVRNF+QQGMF Sbjct 7 FRSFPAPVRMLMLNQLTINLGFYMLIPYLAAYLAGDLGLAVWVVGLVLGVRNFAQQGMFL 66 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GGTLADRFGYKPLI+AGC +RTGGFAL+ + SLP++L+A+AATGFAGALFNPAVR YL Sbjct 67 IGGTLADRFGYKPLIVAGCALRTGGFALIGLVDSLPALLVASAATGFAGALFNPAVRAYL 126 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 +AEAG+R++EAFA+FNVFYQ+GILLGPL GL L + F IT LAAAG+F +LTV Q+ +L Sbjct 127 SAEAGDRRVEAFALFNVFYQTGILLGPLAGLALTGVAFEITCLAAAGIFLVLTVLQIRSL 186 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILM--PR 244 PQ R +TS+L +WR ++ N PF+ + MTG Y L++QIYLALP++A L R Sbjct 187 PQRTGAPARGRTSVLAEWRTMLGNGPFVLFSLVMTGSYVLNYQIYLALPLEARRLAGDER 246 Query 245 NQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQR 304 +A +FAVSG++A+ GQ+RIT W ++ L G ++ SF+P+ Sbjct 247 TATAAVAVLFAVSGVLAIAGQVRITAWCQEKFSPGTCLAGGLALMGLSFLPLLAGAAQPG 306 Query 305 FGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGN 364 LVLSA++L++ + +FPFEM +V LSG+RLVA++YG Y+T+ GVG+++GN Sbjct 307 QSTVATFGPLVLSAAMLSLGTLVVFPFEMDTIVRLSGERLVASYYGLYNTVCGVGIMLGN 366 Query 365 LAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 L GS + AR + W L +G+V L RL Sbjct 367 LLTGSALDVARGAGLPWLPWSALCALGLVCGGLLWRLH 404 >gi|302555829|ref|ZP_07308171.1| ABC transporter [Streptomyces viridochromogenes DSM 40736] gi|302473447|gb|EFL36540.1| ABC transporter [Streptomyces viridochromogenes DSM 40736] Length=430 Score = 369 bits (948), Expect = 4e-100, Method: Compositional matrix adjust. Identities = 222/424 (53%), Positives = 292/424 (69%), Gaps = 22/424 (5%) Query 8 RGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFFV 67 R + ++LM+NQF IN+GFYMLMPYLA +L+G LGLA W VGLV+GVRNFSQQGMF V Sbjct 6 RSYEGSVQLLMVNQFTINLGFYMLMPYLAAHLSGTLGLAGWIVGLVLGVRNFSQQGMFLV 65 Query 68 GGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYLA 127 GGTLADR GYKPLI+AGC++RT GFA L + SLP++L A+AATG AGALFNPAVR YLA Sbjct 66 GGTLADRLGYKPLIVAGCVLRTLGFATLGLVDSLPALLAASAATGLAGALFNPAVRAYLA 125 Query 128 AEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVALP 187 A+AGER++EAFA+FNVFYQ+GILLGPL G+VL +DFRIT L +AG+F LL+V Q+ ALP Sbjct 126 ADAGERRVEAFALFNVFYQAGILLGPLAGMVLTGVDFRITCLVSAGIFALLSVVQIRALP 185 Query 188 QHRA-DSEREKTS----ILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILM 242 R+ D++R+ +L WR ++ NRPFL + AM G Y LSFQ+YLALP++ L Sbjct 186 ARRSQDAKRQDAHAGQGVLTQWRGILANRPFLLFSIAMIGSYVLSFQVYLALPLEVRRLG 245 Query 243 PRNQY--LLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPV---A 297 ++ +A +FAVSGL + GQ R+T W R+ ++LV G + +F+P+ A Sbjct 246 GDGEFGTAAVAMLFAVSGLTTILGQTRVTAWCKARYEPGQALVRGLAAMGLAFVPLLVAA 305 Query 298 VIPNGQRFGVAVAVMALV---LSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYST 354 +P + G+ + ++A V L+A LLA+ + +PFEM +V LSGDRLVATHYG Y+T Sbjct 306 AVPVPES-GIGLWLLAAVPPTLAALLLAIGTMIAYPFEMDTIVRLSGDRLVATHYGLYNT 364 Query 355 IVGVGVLVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGR 414 I G+G+ VGNL G+ + AAR + W L +G+V A L L + TGR Sbjct 365 ICGIGITVGNLGTGAALDAARAAGMPALPWITLCTLGLVCAAALYGL--------HRTGR 416 Query 415 WAAP 418 AAP Sbjct 417 LAAP 420 >gi|325003149|ref|ZP_08124261.1| putative transporter [Pseudonocardia sp. P1] Length=489 Score = 369 bits (947), Expect = 6e-100, Method: Compositional matrix adjust. Identities = 202/421 (48%), Positives = 288/421 (69%), Gaps = 17/421 (4%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 +R F+RP ++L++NQ IN+GFYML+PYLAD+L+ LGL+ VG+++GVRNFSQQGMF Sbjct 7 YRSFDRPVQLLLLNQLTINLGFYMLIPYLADHLSQGLGLSVLLVGVILGVRNFSQQGMFL 66 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 VGG+LADRFGYKP+I+AGC +RTGGFALL + ++ ++++A+AATGFAGALFNPAVR Y+ Sbjct 67 VGGSLADRFGYKPMIVAGCALRTGGFALLGLVDNVATLVVASAATGFAGALFNPAVRAYI 126 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 A +AGER++EAFA+F+VFYQ+GI++GP+VGL+L +DF +T L AA VF +LTV Q+ AL Sbjct 127 ARDAGERRVEAFALFSVFYQAGIVVGPVVGLLLTGIDFTVTCLVAAAVFAVLTVLQIRAL 186 Query 187 PQHRADSER----EKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILM 242 P R D++R ++ +L WR V R FL + AM G Y LS+Q+YLALP+ A L Sbjct 187 PARRGDADRGTDADRRPVLTQWRDVAATRGFLPFSVAMIGTYVLSYQVYLALPLHARTLA 246 Query 243 PRNQ--YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIP----- 295 + L+ A++ VSG V + Q+++T W RWG SL G +L A+F+P Sbjct 247 GDGELGTALVTALYVVSGGVTIAAQMKVTAWCRARWGPAASLSRGLFVLGAAFVPLLAAD 306 Query 296 ---VAVIPNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFY 352 VA V + AL+ +A+LLA+ +A + PFEM +V L+ +RLVATHYGFY Sbjct 307 AVLVAFPDVAAVAATVVGIAALLATAALLAIGTAVVLPFEMDTIVGLARNRLVATHYGFY 366 Query 353 STIVGVGVLVGNLAIGSLMSAARRLNTDEIVWGGLILVGIV---AVAGLRRLDTFTSGSQ 409 +T+ GVG+L+GN G + AR L W L+++G++ A+A L R T+ ++ Sbjct 367 NTVCGVGILLGNAGTGWAIDLARSLGAPYAPWLVLLVIGLLCGFALALLYRRGLLTAPAE 426 Query 410 N 410 + Sbjct 427 D 427 >gi|145594838|ref|YP_001159135.1| major facilitator transporter [Salinispora tropica CNB-440] gi|145304175|gb|ABP54757.1| major facilitator superfamily MFS_1 [Salinispora tropica CNB-440] Length=426 Score = 366 bits (940), Expect = 4e-99, Method: Compositional matrix adjust. Identities = 212/377 (57%), Positives = 265/377 (71%), Gaps = 12/377 (3%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 F F RP R+L+INQFGIN+GFYMLMPYLA+YL+ L LA W VGLV+GVRNFSQQGMF Sbjct 8 FGSFGRPVRLLLINQFGINLGFYMLMPYLANYLSAQLLLAGWIVGLVLGVRNFSQQGMFA 67 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 VGG+LADRFGYKPLI+AGC +RT GFALL + S+ +++AAAATG AGALFNPAVR YL Sbjct 68 VGGSLADRFGYKPLIVAGCTLRTVGFALLGLVDSVAVLVVAAAATGLAGALFNPAVRAYL 127 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 A +AGER++EAFA+FNVFYQ+GIL+GPLVGL L A DFR+T L AA VF +LTVAQ AL Sbjct 128 AEDAGERRVEAFAVFNVFYQAGILVGPLVGLALTAADFRLTCLVAATVFAILTVAQARAL 187 Query 187 PQHRADSEREK------TSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPM--QA 238 P R E + +L WR V+RNRPF+ AM G Y LSFQ+YL LP+ +A Sbjct 188 PA-RGGRRGEPGDGGLVSGMLTSWRQVLRNRPFMLFTVAMAGSYVLSFQVYLTLPLTIEA 246 Query 239 SILMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAV 298 + P + L +AAMFA SGL+AV Q+R+T W RW SL G +L A+F+PVA Sbjct 247 NAPSPAVEKLAVAAMFAASGLLAVLAQIRVTAWCRRRWSPHSSLTWGVALLGAAFLPVAA 306 Query 299 IPNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGV 358 G + V + VL+ +++AVA+ +PFEM VV L+G+ +ATHYG YST+ GV Sbjct 307 ASTGPPM---LVVASAVLAGAIIAVATMVAYPFEMDMVVTLAGEGRIATHYGVYSTVSGV 363 Query 359 GVLVGNLAIGSLMSAAR 375 V +GN+ G + AR Sbjct 364 AVAIGNMLAGGAVDWAR 380 >gi|159040089|ref|YP_001539342.1| major facilitator transporter [Salinispora arenicola CNS-205] gi|157918924|gb|ABW00352.1| major facilitator superfamily MFS_1 [Salinispora arenicola CNS-205] Length=426 Score = 363 bits (931), Expect = 3e-98, Method: Compositional matrix adjust. Identities = 209/376 (56%), Positives = 262/376 (70%), Gaps = 10/376 (2%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 F F RP R+L+INQFGIN+GFYMLMPYLA+YL+ L LA W VGLV+GVRNFSQQGMF Sbjct 8 FGSFGRPVRLLLINQFGINLGFYMLMPYLANYLSAQLLLAGWIVGLVLGVRNFSQQGMFA 67 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 VGG+LADRFGYKPLI+AGC +RT GFALL + S+ +++AAAATG AGALFNPAVR YL Sbjct 68 VGGSLADRFGYKPLIVAGCTLRTVGFALLGLVDSVAVLVVAAAATGLAGALFNPAVRAYL 127 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 A +AGER++EAFA+FNVFYQ+GIL+GPLVGL L A DFR+T L AA VF +LTVAQ AL Sbjct 128 AEDAGERRVEAFAVFNVFYQAGILVGPLVGLALTAADFRLTCLVAATVFAILTVAQARAL 187 Query 187 PQHRADSEREK-----TSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPM--QAS 239 P + +L WR V+ NRPF+ AM G Y LSFQ+YL LP+ +A+ Sbjct 188 PARGGRRGEPGGGGLVSGMLTSWRQVLHNRPFMLFTVAMAGSYVLSFQVYLTLPLTIEAN 247 Query 240 ILMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVI 299 P + L +AAMFA SGL+AV Q+R+T W RW SL G +L A+F+PVA Sbjct 248 APSPAVEKLAVAAMFAASGLLAVLAQIRVTAWCRRRWSPHSSLTWGVALLGAAFLPVAAA 307 Query 300 PNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVG 359 G + V + VL+ +++AVA+ +PFEM VV L+G+ +ATHYG YST+ GV Sbjct 308 STGPPM---LVVASAVLAGAIIAVATMVAYPFEMDMVVTLAGEGRIATHYGIYSTVSGVA 364 Query 360 VLVGNLAIGSLMSAAR 375 V +GN+ G + AR Sbjct 365 VAIGNMLAGGAVDWAR 380 >gi|302547628|ref|ZP_07299970.1| major facilitator superfamily transporter MFS_1 [Streptomyces hygroscopicus ATCC 53653] gi|302465246|gb|EFL28339.1| major facilitator superfamily transporter MFS_1 [Streptomyces himastatinicus ATCC 53653] Length=432 Score = 359 bits (921), Expect = 5e-97, Method: Compositional matrix adjust. Identities = 207/389 (54%), Positives = 274/389 (71%), Gaps = 12/389 (3%) Query 8 RGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFFV 67 R + R ++LM+NQF IN+GFYMLMPYLA +L+G LGLA W VGLV+GVRNFSQQGMF V Sbjct 9 RSYERSVQLLMVNQFTINLGFYMLMPYLAAHLSGTLGLAGWLVGLVLGVRNFSQQGMFLV 68 Query 68 GGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYLA 127 GG LADRFGYKPLI+AGC++RT GFA L + +SLP++L A+AATG AGALFNPAVR YLA Sbjct 69 GGALADRFGYKPLIVAGCVLRTAGFATLGLVESLPALLAASAATGLAGALFNPAVRAYLA 128 Query 128 AEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVALP 187 A+AGER++EAFA+FN+FYQ+GILLGPLVG+VL +DF+IT L +AG+F +L+V Q+ +LP Sbjct 129 ADAGERRVEAFALFNIFYQAGILLGPLVGMVLTGVDFQITCLVSAGIFAVLSVVQIRSLP 188 Query 188 QHRADSERE-----KTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILM 242 RAD E + +L WR ++ NRPFL + AM G Y LSFQ+YLALP++ L Sbjct 189 ARRADDGPEPGRESRERVLTRWRGILANRPFLLFSVAMIGSYVLSFQVYLALPLEVRRLG 248 Query 243 PRNQY--LLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAV-- 298 ++ +A +FAVSGL + GQ R+T W R R+L G ++ +F+P+ V Sbjct 249 GEGEFGTAAVALLFAVSGLSTIVGQTRVTAWCKARLAPGRALGWGLALMGVAFLPLLVAT 308 Query 299 ---IPNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTI 355 +P+G +A + L+A LLA+ + +PFEM +V LSG+RLVATHYG Y+TI Sbjct 309 ALPVPDGGPGRWFLAAVPPALAAFLLALGTMIAYPFEMDTIVRLSGERLVATHYGLYNTI 368 Query 356 VGVGVLVGNLAIGSLMSAARRLNTDEIVW 384 GVG+ +GNL G+ + AAR + W Sbjct 369 CGVGITLGNLLTGASLDAAREAGMPAVPW 397 >gi|297153712|gb|ADI03424.1| membrane transport protein [Streptomyces bingchenggensis BCW-1] Length=433 Score = 358 bits (920), Expect = 7e-97, Method: Compositional matrix adjust. Identities = 219/403 (55%), Positives = 278/403 (69%), Gaps = 12/403 (2%) Query 8 RGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFFV 67 R + R R+LM+NQF IN+GFYMLMPYLA +L+G LGLA W VGL++GVRNFSQQGMF V Sbjct 9 RSYERSVRLLMVNQFTINLGFYMLMPYLAAHLSGTLGLAGWLVGLILGVRNFSQQGMFLV 68 Query 68 GGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYLA 127 GGTLADRFGYKPLIIAGC++RT GFA L SLP++L A+AATG AGALFNPAVR YLA Sbjct 69 GGTLADRFGYKPLIIAGCVLRTAGFAALGFVDSLPALLAASAATGLAGALFNPAVRAYLA 128 Query 128 AEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVALP 187 A+AGER++EAFA+FNVFYQ+GILLGPLVG+VL +DFR+T L AA VF +L+V Q+ ALP Sbjct 129 ADAGERRVEAFALFNVFYQAGILLGPLVGMVLTGIDFRVTCLTAAAVFAVLSVVQIRALP 188 Query 188 QHRADSERE-----KTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQA--SI 240 RAD R+ + S+L WR VV NRPFL +AAM G Y LSFQ+YLALP++ Sbjct 189 PRRADDARDGRDAARGSVLSQWRDVVANRPFLLFSAAMIGSYVLSFQVYLALPLEVRRLG 248 Query 241 LMPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVI- 299 +A +FAVSGL + GQ ++T W R ++L G + +F+P+ + Sbjct 249 GQGEAGAAAVALLFAVSGLSTILGQTKVTAWCKARMAPGQALAWGLFTMGVAFLPLLLAT 308 Query 300 ----PNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTI 355 P G +A + LSA LLA+ + +PFEM +V LSGDRLVATHYG Y+TI Sbjct 309 AVPEPEGGAGRWLLAAVPPALSALLLALGTMIAYPFEMDTIVRLSGDRLVATHYGLYNTI 368 Query 356 VGVGVLVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGL 398 GVG+ +GNL G+ + AAR + W L+++G+V A L Sbjct 369 CGVGITLGNLLTGAALDAARAAGMSALPWCALLMLGMVCAAAL 411 >gi|271966319|ref|YP_003340515.1| major facilitator transporter [Streptosporangium roseum DSM 43021] gi|270509494|gb|ACZ87772.1| major facilitator transporter [Streptosporangium roseum DSM 43021] Length=425 Score = 356 bits (914), Expect = 3e-96, Method: Compositional matrix adjust. Identities = 193/401 (49%), Positives = 265/401 (67%), Gaps = 10/401 (2%) Query 10 FNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFFVGG 69 F+RP ++L+INQ IN GFYMLMPYLA +L+G L L A VGL++G+RN SQQGMF VGG Sbjct 11 FDRPVKLLLINQLTINTGFYMLMPYLAGHLSGTLALPAALVGLILGIRNLSQQGMFLVGG 70 Query 70 TLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYLAAE 129 TLADR G+KP+I+AGC +RT F LL VA S+P++++A+A TGFAGALFNPAVR YLA E Sbjct 71 TLADRLGHKPMIVAGCGLRTVAFLLLAVADSIPALVVASALTGFAGALFNPAVRAYLAQE 130 Query 130 AGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVALPQH 189 AGERK+EAFA FN FYQ GIL+GPL+GLVL + F++ L A +F LT+AQ+ ALP Sbjct 131 AGERKVEAFAAFNAFYQLGILIGPLIGLVLNGMAFKLVCLTAGLMFAALTIAQIRALPAQ 190 Query 190 RADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQYLL 249 E+EK +L DWR + NRPFL + AM G Y L+FQ+YL LP++ + L Sbjct 191 AKQQEQEKRGVLLDWREAITNRPFLLFSLAMIGSYVLNFQVYLGLPLEVRRVTAGE--LG 248 Query 250 IAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRF---- 305 + +F VSGL+ + GQ R+T W A RW +++ G ++ +F P+A+ Sbjct 249 VTLIFVVSGLMTIAGQARVTAWAARRWRPAQAITWGLVLMGLAFTPLALAAPLASAATAP 308 Query 306 --GVAVAVMALVL--SASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVL 361 G+A A++ L + +A LL++A+ ++PFEM +V + G R+VAT+YG YST+ G+G+ Sbjct 309 VDGIAHALVLLPVLGTAMLLSLATMIIYPFEMATIVTVGGRRMVATYYGLYSTLAGIGIA 368 Query 362 VGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLD 402 GNL G + + + W L L+GI A +R LD Sbjct 369 AGNLLSGWALDLGGAVGLPSLPWLALALIGIGCAAAVRALD 409 >gi|302546894|ref|ZP_07299236.1| major facilitator superfamily transporter MFS_1 [Streptomyces hygroscopicus ATCC 53653] gi|302464512|gb|EFL27605.1| major facilitator superfamily transporter MFS_1 [Streptomyces himastatinicus ATCC 53653] Length=441 Score = 355 bits (910), Expect = 1e-95, Method: Compositional matrix adjust. Identities = 210/399 (53%), Positives = 272/399 (69%), Gaps = 19/399 (4%) Query 2 GARAIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQ 61 G A R + R ++LM+NQF IN+GFYMLMPYLA +L+G +GLA WAVGLV+G+RNFSQ Sbjct 9 GTLAQMRSYPRSVQLLMVNQFSINLGFYMLMPYLAAHLSGTVGLAGWAVGLVLGIRNFSQ 68 Query 62 QGMFFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPA 121 QGMF VGGTLADR GYKPLIIAG ++R GFA L + +LP++L A+AATG AGALFNPA Sbjct 69 QGMFLVGGTLADRLGYKPLIIAGLMLRIVGFATLGLVDALPALLAASAATGLAGALFNPA 128 Query 122 VRGYLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVA 181 VR YLAA+AGER++EAF +FN+FYQ+GILLGPLVG+VL +DFR+ L +AG+F LL++ Sbjct 129 VRAYLAADAGERRVEAFGLFNIFYQAGILLGPLVGMVLTGVDFRVACLVSAGIFALLSIV 188 Query 182 QLVALPQHRA-DSEREKTSILQD-----WRVVVRNRPFLTLAAAMTGCYALSFQIYLALP 235 QL +LP RA D+ K S QD WR +V NRPFL + AM G Y + FQ+YLALP Sbjct 189 QLRSLPARRANDAPTTKGSGRQDGVLSQWRTIVANRPFLLFSVAMIGFYVMQFQVYLALP 248 Query 236 MQASIL--MPRNQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASF 293 ++ L + +A +FAVSGL + Q ++T W R R+L G + +F Sbjct 249 LEVRRLGGDGTSGTAAVAMLFAVSGLSTILFQTKVTAWCKARMEPGRALAWGLFTMGVAF 308 Query 294 IPVAV-----IPNGQRFGVAVAVMALV---LSASLLAVASAALFPFEMRAVVALSGDRLV 345 +P+ V +P G GV + ++A V LSA LLAV + +PFEM +V LSGDRLV Sbjct 309 LPLLVPTAVPVPEG---GVGLWLLAAVPPALSALLLAVGTMIAYPFEMDTIVRLSGDRLV 365 Query 346 ATHYGFYSTIVGVGVLVGNLAIGSLMSAARRLNTDEIVW 384 ATHYG Y+TI GVG+ +GNL G+ + AAR + W Sbjct 366 ATHYGLYNTICGVGITLGNLLTGASLDAARAAGVSALPW 404 >gi|294813547|ref|ZP_06772190.1| putative transporter [Streptomyces clavuligerus ATCC 27064] gi|326442045|ref|ZP_08216779.1| membrane transport protein [Streptomyces clavuligerus ATCC 27064] gi|294326146|gb|EFG07789.1| putative transporter [Streptomyces clavuligerus ATCC 27064] Length=428 Score = 345 bits (885), Expect = 8e-93, Method: Compositional matrix adjust. Identities = 210/423 (50%), Positives = 275/423 (66%), Gaps = 19/423 (4%) Query 8 RGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFFV 67 R + R ++LM+NQF IN+GFYMLMPYLA +L+G L LA W VGL++GVRNFSQQGMF V Sbjct 9 RSYERSVQLLMVNQFTINLGFYMLMPYLAAHLSGSLALAGWTVGLILGVRNFSQQGMFLV 68 Query 68 GGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYLA 127 GG LADRFGYKPLI+AGC++RT GFA L + S ++L A+AATG AGALFNPAVR YLA Sbjct 69 GGALADRFGYKPLIVAGCVLRTVGFAALGLVDSPAALLAASAATGLAGALFNPAVRAYLA 128 Query 128 AEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVALP 187 +AGER++EAFA+FNVFYQ+GILLGPLVG+ L + F +T L AAGVF +L++ Q+ +LP Sbjct 129 LDAGERRVEAFALFNVFYQAGILLGPLVGMALTGVSFTVTCLVAAGVFAVLSLVQIRSLP 188 Query 188 QHRADSEREKTSILQD-WRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 R+++ R + L+ WR ++ NRPFL A AM G Y L+FQ+YLALP++ L Sbjct 189 ARRSEAPRGDGATLRSTWRGILGNRPFLLFAGAMIGSYVLTFQVYLALPLEVRRLGGDGD 248 Query 247 Y--LLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATIL--------AASFIPV 296 + +A +FAVSGL + Q R+T W R R+LV G ++ AA+ +P Sbjct 249 FGTAAVAVLFAVSGLTTILFQTRVTAWCRARAEPGRALVWGLLVMAAAFLPLLAATAVPA 308 Query 297 AVIPNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIV 356 A +P G +A L+A LLAV + +PFEM +V LSGDRLVATHYG Y+TI Sbjct 309 ADVPAGGAGRWLLAAGPPALAALLLAVGTMIAYPFEMDTIVRLSGDRLVATHYGLYNTIC 368 Query 357 GVGVLVGNLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWA 416 G+G+ VGNL G+ + AAR + W +A+ GL L + TGR Sbjct 369 GIGITVGNLLTGAALDAAREAEVAALPW--------LALTGLGALCALALHGLHRTGRLV 420 Query 417 APR 419 P Sbjct 421 RPE 423 >gi|311893969|dbj|BAJ26377.1| putative major facilitator superfamily transporter [Kitasatospora setae KM-6054] Length=424 Score = 329 bits (844), Expect = 5e-88, Method: Compositional matrix adjust. Identities = 212/383 (56%), Positives = 259/383 (68%), Gaps = 9/383 (2%) Query 8 RGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFFV 67 R F +R+LM NQF IN+ FYMLMPYLA +LAG LGLAAW VGLV+GVRN SQQGMF V Sbjct 9 RSFGPTARLLMANQFAINLAFYMLMPYLAAHLAGDLGLAAWTVGLVLGVRNLSQQGMFLV 68 Query 68 GGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYLA 127 GGTLADRFGY+ IIAGCL+RT GFALL SLP++L A+AATGFAGALFNPAVR YLA Sbjct 69 GGTLADRFGYRAPIIAGCLLRTAGFALLGWVDSLPALLAASAATGFAGALFNPAVRAYLA 128 Query 128 AEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVALP 187 AEAGER+++AFA F+V+YQ+G+LLGPLVGL LLA DF AAA VF LT Q ALP Sbjct 129 AEAGERRVDAFAAFHVYYQAGMLLGPLVGLALLAADFTAVCTAAAAVFAALTALQWRALP 188 Query 188 QHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPR--- 244 R E + +L WR VV NRPFL + AM G Y L+FQ+YLALP+ A + + R Sbjct 189 PRRERPEPARAGVLGQWRTVVANRPFLLFSGAMIGSYVLTFQVYLALPLAAGLALDRNGG 248 Query 245 ---NQYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPN 301 + +F VS VAV GQLR+T W W +LV G + A+F+P+ P Sbjct 249 NGGAGAAATSGLFTVSAAVAVTGQLRLTAWAKRVWTPSGALVRGLAAMGAAFLPLLAFPW 308 Query 302 GQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVL 361 G A + AL L+ ++LA A A ++PFEM VVALSG RLVATHYG Y+T+ G+G+ Sbjct 309 A---GTAARLAALGLAVAVLAAAGAVVYPFEMDTVVALSGGRLVATHYGLYNTVSGLGIT 365 Query 362 VGNLAIGSLMSAARRLNTDEIVW 384 GNLA+G+L R + + W Sbjct 366 AGNLAVGALWDYGARHDALLLPW 388 >gi|291302173|ref|YP_003513451.1| major facilitator superfamily protein [Stackebrandtia nassauensis DSM 44728] gi|290571393|gb|ADD44358.1| major facilitator superfamily MFS_1 [Stackebrandtia nassauensis DSM 44728] Length=413 Score = 329 bits (844), Expect = 5e-88, Method: Compositional matrix adjust. Identities = 183/394 (47%), Positives = 257/394 (66%), Gaps = 3/394 (0%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 FR + R+L +NQFGIN GF+MLMP+LA YL+G +GL A VGL++GVRNFSQQG+FF Sbjct 6 FRELDATVRLLCLNQFGINAGFFMLMPFLAAYLSGGIGLVAGLVGLLLGVRNFSQQGLFF 65 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 GG LADRFGYKP+I+AGC +RT GF +L SLP +++ ATG AGALFNPAVR Y+ Sbjct 66 AGGALADRFGYKPMILAGCALRTVGFGVLGFTDSLPGLVLGMVATGAAGALFNPAVRAYI 125 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 AA+AG++++EAFA+FNVFYQ+GIL GPL+GL L +DF +T AA +F LT+AQ L Sbjct 126 AAQAGDKRVEAFAVFNVFYQAGILAGPLIGLALSGVDFSVTCFTAAAIFAALTLAQARLL 185 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQAS-ILMPRN 245 P+ ++ ++ S++ WR V RNR FL + M Y L+FQ YLALP+ + P Sbjct 186 PKRHGENS-DRPSMVDSWRTVARNRGFLLFSVVMAATYVLNFQTYLALPLLLNQHTTPAA 244 Query 246 QYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRF 305 L +FA++G++ + Q+R+T W RWG SL +G ++ A+F+PVA + R Sbjct 245 ASLTTTVVFAIAGILTITAQVRVTAWCKNRWGPSGSLCLGVIVMGAAFLPVAAVL-AWRP 303 Query 306 GVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVGNL 365 V + A+V+ ++LA + +PFEM +V L+ ++ VA+HYG + T+ G+ V GNL Sbjct 304 DAGVVIAAVVVCGTILATGTMITYPFEMDTIVTLAREQHVASHYGVFQTVAGIAVAAGNL 363 Query 366 AIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLR 399 A+G+ + A + W GL L G GLR Sbjct 364 AVGAGLDATGVGPWSTLPWAGLALAGFGCALGLR 397 >gi|296169266|ref|ZP_06850913.1| major facilitator superfamily transporter MFS_1 [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295896066|gb|EFG75738.1| major facilitator superfamily transporter MFS_1 [Mycobacterium parascrofulaceum ATCC BAA-614] Length=241 Score = 306 bits (783), Expect = 5e-81, Method: Compositional matrix adjust. Identities = 185/233 (80%), Positives = 208/233 (90%), Gaps = 0/233 (0%) Query 5 AIFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGM 64 A FRGF+ PSRVLMINQFGIN+GFYMLMPYLA YLAGPLGLAAWAVGLV+GVRNFSQQGM Sbjct 6 ARFRGFDGPSRVLMINQFGINMGFYMLMPYLAGYLAGPLGLAAWAVGLVLGVRNFSQQGM 65 Query 65 FFVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRG 124 F VGGTLADR GYKPLI+AGCL+RTGGFALLVVAQSLP+VLIAAAATGFAGALFNPAVR Sbjct 66 FIVGGTLADRLGYKPLIVAGCLLRTGGFALLVVAQSLPAVLIAAAATGFAGALFNPAVRA 125 Query 125 YLAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLV 184 YLAA+AG+R++EAFAMFN+FYQ+GILLGPLVGLVL+A+DF++T AAA VF +LTVAQL+ Sbjct 126 YLAADAGDRRVEAFAMFNLFYQAGILLGPLVGLVLVAVDFQVTAAAAAAVFAVLTVAQLL 185 Query 185 ALPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQ 237 ALPQ D ++ S LQDWRVV NRPFL AAAM G Y L+FQ+YLALP+Q Sbjct 186 ALPQRGVDPAPQQKSFLQDWRVVAGNRPFLRFAAAMIGSYVLTFQVYLALPLQ 238 >gi|323701019|gb|ADY00161.1| hypothetical protein [Streptomyces autolyticus] Length=417 Score = 265 bits (676), Expect = 2e-68, Method: Compositional matrix adjust. Identities = 170/416 (41%), Positives = 228/416 (55%), Gaps = 15/416 (3%) Query 7 FRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMFF 66 RGF R+L+INQ G+N GFY+L+PYLA +L+ LG++A VG V+GVRN SQQG+F Sbjct 7 LRGFPLAIRLLLINQLGVNTGFYLLIPYLATHLSEDLGMSAAVVGTVLGVRNLSQQGLFI 66 Query 67 VGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGYL 126 +GG+ +DR G + +II GC +RT GFAL + LP +L A+ +G AGALFNPAVR YL Sbjct 67 IGGSASDRLGARGVIITGCAVRTLGFALFALGDGLPVLLAASVLSGLAGALFNPAVRAYL 126 Query 127 AAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVAL 186 A EAG R+ EAFA+FNVF +G L+GPL+G LL +DFR + L AA +F LLTVAQ + L Sbjct 127 AQEAGGRQAEAFALFNVFATTGALIGPLLGSALLLVDFRASALTAAAIFALLTVAQALVL 186 Query 187 PQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRNQ 246 P +L DWR VV NR FL A AM G + L Q+YL LP A + Sbjct 187 PARTVTP--PPGGVLADWREVVGNRAFLAFALAMVGMFTLENQLYLLLPAGARQATGWDG 244 Query 247 YLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAASFIPVAVIPNGQRFG 306 +F V L + QLRITR R R + VG ++ +F+P V+ G Sbjct 245 A--AGLVFLVGTLTNLALQLRITRALKARGSRARWICVGLALMGLAFLPPMVVAGASPGG 302 Query 307 VAV-AVMALVLSASLLAVASAALF--PFEMRAVVALSGDRLVATHYGFYSTIVGVGVLVG 363 A+ AL + A L + + PF M + L T++G + + GV VG Sbjct 303 PGTKALYALPVLAGALLLYLGVMVAQPFVMELIPGFGRTELTGTYFGLFYVVSGVAAAVG 362 Query 364 NLAIGSLMSAARRLNTDEIVWGGLILVGIVAVAGLRRLDTFTSGSQNMTGRWAAPR 419 N A+G M A + W + G+ + G+ RL + TG APR Sbjct 363 NTAVGWAMDAGAHGGAAWLPWACCLAFGLASAGGVARL--------HRTGTLPAPR 410 >gi|134102761|ref|YP_001108422.1| putative transporter [Saccharopolyspora erythraea NRRL 2338] gi|133915384|emb|CAM05497.1| putative transporter [Saccharopolyspora erythraea NRRL 2338] Length=444 Score = 258 bits (658), Expect = 2e-66, Method: Compositional matrix adjust. Identities = 159/391 (41%), Positives = 235/391 (61%), Gaps = 14/391 (3%) Query 6 IFRGFNRPSRVLMINQFGINIGFYMLMPYLADYLAGPLGLAAWAVGLVMGVRNFSQQGMF 65 + R F +VL++NQ G+N GFY+L+PYL+ YL LG++A VG+V+GVRN SQQG+F Sbjct 6 LIRSFPVAVQVLLVNQLGVNTGFYLLIPYLSGYLGHDLGMSAAVVGIVLGVRNLSQQGLF 65 Query 66 FVGGTLADRFGYKPLIIAGCLIRTGGFALLVVAQSLPSVLIAAAATGFAGALFNPAVRGY 125 +GG+ ADR G + +I+AGC +R GF L S+P +++A+ +G AGALFNPAVR Y Sbjct 66 LLGGSAADRLGARGVIVAGCALRAVGFGLFAFGPSVPVLVLASVLSGLAGALFNPAVRAY 125 Query 126 LAAEAGERKIEAFAMFNVFYQSGILLGPLVGLVLLALDFRITVLAAAGVFGLLTVAQLVA 185 LA EAG+R+ EAF++FN+F +G LLGPL+G L+A+ F+++ + AA +F LTVAQ+V Sbjct 126 LAQEAGDRRAEAFSLFNIFANTGALLGPLLGSALVAVGFQLSAVVAALIFAGLTVAQVVV 185 Query 186 LPQHRADSEREKTSILQDWRVVVRNRPFLTLAAAMTGCYALSFQIYLALPMQASILMPRN 245 LP R ER TS+L DWR V+ +R F AA+TG +AL Q+YL LPM+A+ L + Sbjct 186 LPVRRV--ERPATSVLGDWRAVLGDRRFFAFTAALTGMFALQNQLYLVLPMEAARLTGSS 243 Query 246 QYLLIAAMFAVSGLVAVGGQLRITRWFAVRWGAERSLVVGATILAAS---------FIPV 296 +A +F VS + Q+RIT+ + RW RS+ VG ++ A+ +P Sbjct 244 AP--VAVIFLVSTAATLALQVRITQRYQRRWSRGRSIAVGMAVMGAAFAVTALAAVLVPA 301 Query 297 AVIPNGQRFGVAVAVMALVLSASLLAVASAALFPFEMRAVVALSGDRLVATHYGFYSTIV 356 +G A+ ++ ++++A LAV PF + + + L T++G + Sbjct 302 PNAGDGAG-ATALRLLPVLVTAFGLAVGLMLAQPFVNELIPSFGRETLSGTYFGVFYLAS 360 Query 357 GVGVLVGNLAIGSLMSAARRLNTDEIVWGGL 387 G+ GN IG M AA L + V GL Sbjct 361 GLVAAGGNALIGWAMDAAPWLPSALCVLIGL 391 Lambda K H 0.329 0.141 0.419 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 846862746264 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