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= Rv2994 Length=445 Score E Sequences producing significant alignments: (Bits) Value gi|15610131|ref|NP_217510.1| integral membrane protein [Mycobact... 875 0.0 gi|15842550|ref|NP_337587.1| sugar transporter family protein [M... 873 0.0 gi|253797913|ref|YP_003030914.1| hypothetical protein TBMG_04008... 873 0.0 gi|308378157|ref|ZP_07481729.2| conserved membrane protein [Myco... 858 0.0 gi|254233077|ref|ZP_04926404.1| hypothetical protein TBCG_02932 ... 681 0.0 gi|289444559|ref|ZP_06434303.1| LOW QUALITY PROTEIN: integral me... 653 0.0 gi|240168944|ref|ZP_04747603.1| integral membrane transport prot... 648 0.0 gi|289571194|ref|ZP_06451421.1| conserved membrane protein [Myco... 647 0.0 gi|183981730|ref|YP_001850021.1| integral membrane transport pro... 630 1e-178 gi|296171279|ref|ZP_06852683.1| sugar transporter [Mycobacterium... 592 4e-167 gi|342858180|ref|ZP_08714835.1| sugar transporter family protein... 588 6e-166 gi|118465421|ref|YP_883009.1| sugar transporter family protein [... 585 4e-165 gi|41409129|ref|NP_961965.1| hypothetical protein MAP3031 [Mycob... 582 4e-164 gi|254776266|ref|ZP_05217782.1| sugar transporter family protein... 582 5e-164 gi|254819117|ref|ZP_05224118.1| sugar transporter family protein... 565 4e-159 gi|296170763|ref|ZP_06852335.1| sugar transporter [Mycobacterium... 541 7e-152 gi|240168946|ref|ZP_04747605.1| integral membrane transport prot... 468 1e-129 gi|333991336|ref|YP_004523950.1| integral membrane transport pro... 448 1e-123 gi|240168943|ref|ZP_04747602.1| integral membrane transport prot... 441 1e-121 gi|254819118|ref|ZP_05224119.1| integral membrane transport prot... 432 6e-119 gi|118473624|ref|YP_886722.1| sugar transporter family protein [... 382 6e-104 gi|145224810|ref|YP_001135488.1| major facilitator transporter [... 374 2e-101 gi|120403123|ref|YP_952952.1| major facilitator superfamily tran... 372 8e-101 gi|108798884|ref|YP_639081.1| major facilitator transporter [Myc... 352 1e-94 gi|126434484|ref|YP_001070175.1| major facilitator transporter [... 352 1e-94 gi|169630383|ref|YP_001704032.1| major facilitator transporter [... 343 3e-92 gi|163840420|ref|YP_001624825.1| sugar transporter [Renibacteriu... 307 3e-81 gi|262203111|ref|YP_003274319.1| major facilitator superfamily p... 300 4e-79 gi|325675893|ref|ZP_08155577.1| sugar transporter [Rhodococcus e... 298 1e-78 gi|312140489|ref|YP_004007825.1| mfs transporter [Rhodococcus eq... 297 3e-78 gi|54026189|ref|YP_120431.1| putative transporter [Nocardia farc... 295 1e-77 gi|111023452|ref|YP_706424.1| major facilitator transporter [Rho... 293 6e-77 gi|226365953|ref|YP_002783736.1| MFS transporter [Rhodococcus op... 291 2e-76 gi|343926846|ref|ZP_08766339.1| putative major facilitator super... 288 2e-75 gi|311744428|ref|ZP_07718229.1| sugar transporter [Aeromicrobium... 281 1e-73 gi|289755112|ref|ZP_06514490.1| conserved integral membrane prot... 281 2e-73 gi|296394465|ref|YP_003659349.1| major facilitator superfamily p... 276 4e-72 gi|229489368|ref|ZP_04383231.1| major facilitator superfamily MF... 272 9e-71 gi|258653528|ref|YP_003202684.1| major facilitator superfamily p... 269 6e-70 gi|302524169|ref|ZP_07276511.1| predicted protein [Streptomyces ... 267 2e-69 gi|50955111|ref|YP_062399.1| sugar transporter [Leifsonia xyli s... 266 7e-69 gi|269125582|ref|YP_003298952.1| major facilitator superfamily p... 264 2e-68 gi|226305433|ref|YP_002765391.1| MFS transporter [Rhodococcus er... 262 8e-68 gi|326381548|ref|ZP_08203242.1| major facilitator superfamily pr... 261 2e-67 gi|317508259|ref|ZP_07965939.1| major facilitator superfamily tr... 256 5e-66 gi|119718619|ref|YP_925584.1| major facilitator transporter [Noc... 249 5e-64 gi|213964748|ref|ZP_03392948.1| transporter, MFS superfamily [Co... 248 1e-63 gi|300782794|ref|YP_003763085.1| major facilitator transporter [... 248 1e-63 gi|340524168|gb|AEK39373.1| major facilitator transporter [Amyco... 248 2e-63 gi|296140548|ref|YP_003647791.1| major facilitator superfamily p... 240 3e-61 >gi|15610131|ref|NP_217510.1| integral membrane protein [Mycobacterium tuberculosis H37Rv] gi|31794170|ref|NP_856663.1| integral membrane protein [Mycobacterium bovis AF2122/97] gi|121638875|ref|YP_979099.1| putative integral membrane protein [Mycobacterium bovis BCG str. Pasteur 1173P2] 55 more sequence titles Length=445 Score = 875 bits (2262), Expect = 0.0, Method: Compositional matrix adjust. Identities = 445/445 (100%), Positives = 445/445 (100%), Gaps = 0/445 (0%) Query 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG Sbjct 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 Query 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS Sbjct 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 Query 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA 180 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA Sbjct 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA 180 Query 181 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLIN 240 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLIN Sbjct 181 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLIN 240 Query 241 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN 300 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN Sbjct 241 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN 300 Query 301 EGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG 360 EGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG Sbjct 301 EGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG 360 Query 361 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPN 420 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPN Sbjct 361 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPN 420 Query 421 GPRRPGPPGQPRRVRQGGTAITPPT 445 GPRRPGPPGQPRRVRQGGTAITPPT Sbjct 421 GPRRPGPPGQPRRVRQGGTAITPPT 445 >gi|15842550|ref|NP_337587.1| sugar transporter family protein [Mycobacterium tuberculosis CDC1551] gi|13882861|gb|AAK47401.1| sugar transporter family protein [Mycobacterium tuberculosis CDC1551] gi|323718373|gb|EGB27547.1| membrane protein [Mycobacterium tuberculosis CDC1551A] Length=445 Score = 873 bits (2256), Expect = 0.0, Method: Compositional matrix adjust. Identities = 444/445 (99%), Positives = 444/445 (99%), Gaps = 0/445 (0%) Query 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG Sbjct 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 Query 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS Sbjct 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 Query 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA 180 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA Sbjct 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA 180 Query 181 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLIN 240 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLIN Sbjct 181 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLIN 240 Query 241 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN 300 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN Sbjct 241 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN 300 Query 301 EGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG 360 EGSRYDVLLMIAISVIAVLDNGLEA AITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG Sbjct 301 EGSRYDVLLMIAISVIAVLDNGLEAAAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG 360 Query 361 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPN 420 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPN Sbjct 361 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPN 420 Query 421 GPRRPGPPGQPRRVRQGGTAITPPT 445 GPRRPGPPGQPRRVRQGGTAITPPT Sbjct 421 GPRRPGPPGQPRRVRQGGTAITPPT 445 >gi|253797913|ref|YP_003030914.1| hypothetical protein TBMG_04008 [Mycobacterium tuberculosis KZN 1435] gi|289553216|ref|ZP_06442426.1| conserved membrane protein [Mycobacterium tuberculosis KZN 605] gi|297635619|ref|ZP_06953399.1| hypothetical protein MtubK4_15927 [Mycobacterium tuberculosis KZN 4207] 6 more sequence titles Length=445 Score = 873 bits (2256), Expect = 0.0, Method: Compositional matrix adjust. Identities = 444/445 (99%), Positives = 444/445 (99%), Gaps = 0/445 (0%) Query 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG Sbjct 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 Query 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS Sbjct 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 Query 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA 180 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA Sbjct 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA 180 Query 181 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLIN 240 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAA ALLMMPQTVTVTFMLVWLIN Sbjct 181 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAAPALLMMPQTVTVTFMLVWLIN 240 Query 241 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN 300 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN Sbjct 241 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN 300 Query 301 EGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG 360 EGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG Sbjct 301 EGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG 360 Query 361 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPN 420 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPN Sbjct 361 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPN 420 Query 421 GPRRPGPPGQPRRVRQGGTAITPPT 445 GPRRPGPPGQPRRVRQGGTAITPPT Sbjct 421 GPRRPGPPGQPRRVRQGGTAITPPT 445 >gi|308378157|ref|ZP_07481729.2| conserved membrane protein [Mycobacterium tuberculosis SUMu009] gi|308353361|gb|EFP42212.1| conserved membrane protein [Mycobacterium tuberculosis SUMu009] Length=438 Score = 858 bits (2216), Expect = 0.0, Method: Compositional matrix adjust. Identities = 437/438 (99%), Positives = 438/438 (100%), Gaps = 0/438 (0%) Query 8 VGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFA 67 +GARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFA Sbjct 1 MGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFA 60 Query 68 WGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVS 127 WGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVS Sbjct 61 WGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVS 120 Query 128 GWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGI 187 GWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGI Sbjct 121 GWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGI 180 Query 188 VDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVA 247 VDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVA Sbjct 181 VDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVA 240 Query 248 QAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDV 307 QAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDV Sbjct 241 QAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDV 300 Query 308 LLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAA 367 LLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAA Sbjct 301 LLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAA 360 Query 368 YPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPGP 427 YPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPGP Sbjct 361 YPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPGP 420 Query 428 PGQPRRVRQGGTAITPPT 445 PGQPRRVRQGGTAITPPT Sbjct 421 PGQPRRVRQGGTAITPPT 438 >gi|254233077|ref|ZP_04926404.1| hypothetical protein TBCG_02932 [Mycobacterium tuberculosis C] gi|124602136|gb|EAY61146.1| hypothetical protein TBCG_02932 [Mycobacterium tuberculosis C] Length=452 Score = 681 bits (1757), Expect = 0.0, Method: Compositional matrix adjust. Identities = 393/401 (99%), Positives = 394/401 (99%), Gaps = 0/401 (0%) Query 45 TPLSHAGLLASMPSWGLVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWI 104 P G +ASMPSWGLVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWI Sbjct 52 NPAISRGSVASMPSWGLVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWI 111 Query 105 GVFLFLGGMAAGGCNSAGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERG 164 GVFLFLGGMAAGGCNSAGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERG Sbjct 112 GVFLFLGGMAAGGCNSAGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERG 171 Query 165 VHAGLMFPAVVCTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLM 224 VHAGLMFPAVVCTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLM Sbjct 172 VHAGLMFPAVVCTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLM 231 Query 225 MPQTVTVTFMLVWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLI 284 MPQTVTVTFMLVWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLI Sbjct 232 MPQTVTVTFMLVWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLI 291 Query 285 AAAAAATLFLLAAVDNEGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQ 344 AAAAAATLFLLAAVDNEGSRYDVLLMIAISVIAVLDNGLEA AITEYAGPYWSGRALGIQ Sbjct 292 AAAAAATLFLLAAVDNEGSRYDVLLMIAISVIAVLDNGLEAAAITEYAGPYWSGRALGIQ 351 Query 345 NTTQRLMAAAGPPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSV 404 NTTQRLMAAAGPPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSV Sbjct 352 NTTQRLMAAAGPPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSV 411 Query 405 RRHRWWQAVRCHAWPNGPRRPGPPGQPRRVRQGGTAITPPT 445 RRHRWWQAVRCHAWPNGPRRPGPPGQPRRVRQGGTAITPPT Sbjct 412 RRHRWWQAVRCHAWPNGPRRPGPPGQPRRVRQGGTAITPPT 452 >gi|289444559|ref|ZP_06434303.1| LOW QUALITY PROTEIN: integral membrane protein [Mycobacterium tuberculosis T46] gi|289417478|gb|EFD14718.1| LOW QUALITY PROTEIN: integral membrane protein [Mycobacterium tuberculosis T46] Length=377 Score = 653 bits (1685), Expect = 0.0, Method: Compositional matrix adjust. Identities = 377/377 (100%), Positives = 377/377 (100%), Gaps = 0/377 (0%) Query 69 GYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSG 128 GYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSG Sbjct 1 GYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSG 60 Query 129 WFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGIV 188 WFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGIV Sbjct 61 WFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGIV 120 Query 189 DPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQ 248 DPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQ Sbjct 121 DPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQ 180 Query 249 AGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVL 308 AGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVL Sbjct 181 AGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVL 240 Query 309 LMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAY 368 LMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAY Sbjct 241 LMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAY 300 Query 369 PTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPGPP 428 PTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPGPP Sbjct 301 PTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPGPP 360 Query 429 GQPRRVRQGGTAITPPT 445 GQPRRVRQGGTAITPPT Sbjct 361 GQPRRVRQGGTAITPPT 377 >gi|240168944|ref|ZP_04747603.1| integral membrane transport protein [Mycobacterium kansasii ATCC 12478] Length=449 Score = 648 bits (1672), Expect = 0.0, Method: Compositional matrix adjust. Identities = 365/450 (82%), Positives = 396/450 (88%), Gaps = 6/450 (1%) Query 1 MSRDPTGVG-----ARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLAS 55 M R P+ G ARW+I++VSL VTASSFLFINGVAFLIPRLE ARGTPL+ AGLLAS Sbjct 1 MPRQPSDPGELSLFARWSIVVVSLLVTASSFLFINGVAFLIPRLEAARGTPLTQAGLLAS 60 Query 56 MPSWGLVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAA 115 MPSWG+VVT+ AWGY+LD VGER+VM VGSALTAAAAYAAASVHSL +GV+LFLGGMAA Sbjct 61 MPSWGMVVTLVAWGYVLDRVGERLVMTVGSALTAAAAYAAASVHSLTLMGVYLFLGGMAA 120 Query 116 GGCNSAGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVV 175 CNSAGGRLVSGWFPP QRGLAMGIRQTAQPLGIA GALVIPELAE+G HAGLMFPAV Sbjct 121 ASCNSAGGRLVSGWFPPHQRGLAMGIRQTAQPLGIALGALVIPELAEQGAHAGLMFPAVA 180 Query 176 CTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFML 235 CT+AAVAS++G+ D PRKSR A+++ELASPYRGSS+LWRIHA SALLMMPQTVTVTFML Sbjct 181 CTVAAVASLIGVADAPRKSRKVATDEELASPYRGSSVLWRIHAVSALLMMPQTVTVTFML 240 Query 236 VWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLL 295 VWL+NHHGWSVA AG LVT+SQLLGALGR+AVGRWSD+VGSRMRPVR+IA AAA+ LFLL Sbjct 241 VWLMNHHGWSVAAAGGLVTVSQLLGALGRIAVGRWSDYVGSRMRPVRIIAIAAASALFLL 300 Query 296 AAVDNEGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAG 355 A DN GSRYDVLLMIAI+VIAVLDNGLEATAITE+AGPYWSGRALG QNTTQRLMAAAG Sbjct 301 ALTDNIGSRYDVLLMIAIAVIAVLDNGLEATAITEFAGPYWSGRALGTQNTTQRLMAAAG 360 Query 356 PPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRC 415 PPLFG+LITTAAYP AWALCG+FPLAAVPLVP RLLPPGLETRARRQSVRRHRW QAVR Sbjct 361 PPLFGALITTAAYPLAWALCGLFPLAAVPLVPTRLLPPGLETRARRQSVRRHRWRQAVRA 420 Query 416 HAWPNGPRRPGPPGQPRRVRQGGTAITPPT 445 P PR GPPG R R+ G A TPPT Sbjct 421 RELPTRPRLAGPPGSSRPGRR-GRAPTPPT 449 >gi|289571194|ref|ZP_06451421.1| conserved membrane protein [Mycobacterium tuberculosis T17] gi|289751671|ref|ZP_06511049.1| conserved membrane protein [Mycobacterium tuberculosis T92] gi|289544948|gb|EFD48596.1| conserved membrane protein [Mycobacterium tuberculosis T17] gi|289692258|gb|EFD59687.1| conserved membrane protein [Mycobacterium tuberculosis T92] Length=375 Score = 647 bits (1670), Expect = 0.0, Method: Compositional matrix adjust. Identities = 374/375 (99%), Positives = 375/375 (100%), Gaps = 0/375 (0%) Query 71 LLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWF 130 +LDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWF Sbjct 1 MLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWF 60 Query 131 PPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGIVDP 190 PPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGIVDP Sbjct 61 PPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGIVDP 120 Query 191 PRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQAG 250 PRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQAG Sbjct 121 PRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQAG 180 Query 251 VLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLLM 310 VLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLLM Sbjct 181 VLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLLM 240 Query 311 IAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYPT 370 IAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYPT Sbjct 241 IAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYPT 300 Query 371 AWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPGPPGQ 430 AWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPGPPGQ Sbjct 301 AWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPGPPGQ 360 Query 431 PRRVRQGGTAITPPT 445 PRRVRQGGTAITPPT Sbjct 361 PRRVRQGGTAITPPT 375 >gi|183981730|ref|YP_001850021.1| integral membrane transport protein [Mycobacterium marinum M] gi|183175056|gb|ACC40166.1| conserved integral membrane transport protein [Mycobacterium marinum M] Length=434 Score = 630 bits (1625), Expect = 1e-178, Method: Compositional matrix adjust. Identities = 333/409 (82%), Positives = 368/409 (90%), Gaps = 0/409 (0%) Query 8 VGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFA 67 + ARW I+IVSL VTASSFLFINGVAFLIPRLENAR TPL+ AGLLASMPSWG+VVT+ A Sbjct 13 LSARWWIVIVSLIVTASSFLFINGVAFLIPRLENARDTPLAEAGLLASMPSWGMVVTLVA 72 Query 68 WGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVS 127 WGY+LDHVGE++VM VGSALTA AAYAAASV SLL +G++LFLGGMAA CNSAGGRLVS Sbjct 73 WGYVLDHVGEQIVMTVGSALTAIAAYAAASVDSLLLMGIYLFLGGMAAASCNSAGGRLVS 132 Query 128 GWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGI 187 GWFPP QRGLAMGIRQTAQPLGIA GALVIPELAE +H LMFPA CT+AAVAS++G+ Sbjct 133 GWFPPHQRGLAMGIRQTAQPLGIALGALVIPELAEHSIHNALMFPAAFCTIAAVASLVGV 192 Query 188 VDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVA 247 VDPPRKSR AS++ELASPYRGS++LWRIHA+SALLMMPQTVTVTFMLVWL+NHHGW VA Sbjct 193 VDPPRKSRKVASKEELASPYRGSAVLWRIHASSALLMMPQTVTVTFMLVWLMNHHGWPVA 252 Query 248 QAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDV 307 AG+LVT+SQLLGALGR+AVGRWSD VGSRMRPVR+IA A+AA LFLLA VD+EGSRYDV Sbjct 253 TAGILVTVSQLLGALGRIAVGRWSDRVGSRMRPVRVIAIASAAALFLLALVDDEGSRYDV 312 Query 308 LLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAA 367 LLMI I+VIAVLDNGL+ATAITEYAGPYWSGRALG+QNTTQRLMAAAGPP+FG+LITTAA Sbjct 313 LLMITITVIAVLDNGLQATAITEYAGPYWSGRALGVQNTTQRLMAAAGPPIFGALITTAA 372 Query 368 YPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCH 416 YP AW LCG+FPLAA+PLVP RL PPGLE R R QS RR R WQAVR Sbjct 373 YPLAWGLCGLFPLAAIPLVPTRLRPPGLEPRERPQSARRLRRWQAVRSR 421 >gi|296171279|ref|ZP_06852683.1| sugar transporter [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295894247|gb|EFG74004.1| sugar transporter [Mycobacterium parascrofulaceum ATCC BAA-614] Length=439 Score = 592 bits (1526), Expect = 4e-167, Method: Compositional matrix adjust. Identities = 315/423 (75%), Positives = 349/423 (83%), Gaps = 0/423 (0%) Query 7 GVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMF 66 G GARW+I++VSL TASSFLFINGVAFLIP L+ ARG PL AGLL+SMPSWG+VVT+ Sbjct 17 GAGARWSILVVSLVATASSFLFINGVAFLIPSLQTARGIPLDEAGLLSSMPSWGMVVTLV 76 Query 67 AWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLV 126 WGY+LD VGERMVMA GS LTA AAYAAAS HS++ + V+LFLGGMAA CN+AGGRLV Sbjct 77 LWGYVLDRVGERMVMAAGSGLTAVAAYAAASTHSMVLMAVYLFLGGMAAASCNTAGGRLV 136 Query 127 SGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLG 186 S WFPP QRGLAMG RQTAQPLGIA GALVIPELAE G AGL F A+ C L A AS +G Sbjct 137 SAWFPPHQRGLAMGFRQTAQPLGIALGALVIPELAEHGPSAGLRFTALACALGAAASAVG 196 Query 187 IVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSV 246 I+DPPRK R KAS+ EL+SPYRGS LWRIH+ + L+M+PQTVTVTFMLVWLI + WSV Sbjct 197 IIDPPRKPRAKASDAELSSPYRGSLTLWRIHSVAGLMMVPQTVTVTFMLVWLIRNLHWSV 256 Query 247 AQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYD 306 A AG LVT+SQLLGALGRV VGRWSD VGSRMRPVR+IA AA TLFLLA D S Y Sbjct 257 AAAGSLVTLSQLLGALGRVMVGRWSDRVGSRMRPVRIIAVGAAVTLFLLAWADLLNSVYQ 316 Query 307 VLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTA 366 LM+A+SVIAVLDNGLEATAITE+AGP+WSGRALGIQNTTQR+MAAA PPLFG+LIT A Sbjct 317 APLMVAVSVIAVLDNGLEATAITEFAGPFWSGRALGIQNTTQRVMAAAAPPLFGALITAA 376 Query 367 AYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPG 426 YP AW LCG+FP+ AVPLVP RLLPPGLE ARRQSVRR RWW+AVR HA P PRR G Sbjct 377 KYPNAWILCGLFPVFAVPLVPARLLPPGLEPTARRQSVRRLRWWRAVRSHALPGKPRRHG 436 Query 427 PPG 429 PPG Sbjct 437 PPG 439 >gi|342858180|ref|ZP_08714835.1| sugar transporter family protein [Mycobacterium colombiense CECT 3035] gi|342133884|gb|EGT87064.1| sugar transporter family protein [Mycobacterium colombiense CECT 3035] Length=434 Score = 588 bits (1516), Expect = 6e-166, Method: Compositional matrix adjust. Identities = 321/433 (75%), Positives = 353/433 (82%), Gaps = 5/433 (1%) Query 1 MSRDP-----TGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLAS 55 M DP G GARW+IMIVSL TASSFLFINGVAFLIP L+ ARG L AGLLAS Sbjct 1 MQSDPAATPEVGAGARWSIMIVSLLATASSFLFINGVAFLIPSLQGARGIRLDEAGLLAS 60 Query 56 MPSWGLVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAA 115 MPSWG+VVT+ WGY+LD VGER+VM GSALTA AAYAAA+ HS++ I V+LFLGGMAA Sbjct 61 MPSWGMVVTLVLWGYVLDRVGERVVMTTGSALTAIAAYAAATAHSMVMIAVYLFLGGMAA 120 Query 116 GGCNSAGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVV 175 CN+AGGRLVS WFPP QRGLAMGIRQTAQPLGIA GA++IPELAE G AGL F A+ Sbjct 121 ASCNTAGGRLVSAWFPPHQRGLAMGIRQTAQPLGIALGAMIIPELAEHGPRAGLRFTALA 180 Query 176 CTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFML 235 C AV SV+GIVDPPRK R AS QELASPYRGS LWRIHA + L+MMPQTVTVTFML Sbjct 181 CVFGAVVSVIGIVDPPRKPRASASNQELASPYRGSLTLWRIHAVAGLMMMPQTVTVTFML 240 Query 236 VWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLL 295 VWLI + WSVA AG LVT+SQLLGA+GRVAVGRWSD +GSRMRPVR IAAAA L LL Sbjct 241 VWLIKNLHWSVAAAGALVTLSQLLGAVGRVAVGRWSDRLGSRMRPVRYIAAAAVLVLVLL 300 Query 296 AAVDNEGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAG 355 A D SR+ LM+A+SVIAVLDNGLEATAITE+AGPYWSGRALGIQNTTQR+MAAAG Sbjct 301 AWADYMNSRWQAGLMVAVSVIAVLDNGLEATAITEFAGPYWSGRALGIQNTTQRMMAAAG 360 Query 356 PPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRC 415 PPLFG+LI+ A YP AW LC +FPLAAVPLVP RL+PPGLETRAR+QSVRR RWW+AVR Sbjct 361 PPLFGALISAAKYPPAWMLCALFPLAAVPLVPTRLVPPGLETRARQQSVRRLRWWRAVRP 420 Query 416 HAWPNGPRRPGPP 428 HA P RRPGPP Sbjct 421 HALPGTVRRPGPP 433 >gi|118465421|ref|YP_883009.1| sugar transporter family protein [Mycobacterium avium 104] gi|118166708|gb|ABK67605.1| sugar transporter family protein [Mycobacterium avium 104] Length=463 Score = 585 bits (1509), Expect = 4e-165, Method: Compositional matrix adjust. Identities = 325/434 (75%), Positives = 356/434 (83%), Gaps = 5/434 (1%) Query 1 MSRDPT-----GVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLAS 55 M DP G G RW+IM+VSL TASSFLFINGVAFLIP L+ ARG L AGLLAS Sbjct 30 MQTDPVATPDVGAGTRWSIMVVSLLATASSFLFINGVAFLIPSLQGARGIRLDEAGLLAS 89 Query 56 MPSWGLVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAA 115 MPSWG+VVT+ AWGY+LD VGER+VM GSALTA AAYAA+S HS++ I V+LFLGGMAA Sbjct 90 MPSWGMVVTLVAWGYVLDRVGERVVMTTGSALTALAAYAASSAHSMVLIAVYLFLGGMAA 149 Query 116 GGCNSAGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVV 175 CN+AGGRLVS WFPP QRGLAMGIRQTAQPLGIA GA+VIPELAE G AGL F A+ Sbjct 150 ASCNTAGGRLVSAWFPPHQRGLAMGIRQTAQPLGIALGAMVIPELAEHGPQAGLRFTALA 209 Query 176 CTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFML 235 C AVASV+GIVDPPRK R AS+QELASPYRGS LWRIHA + L+MMPQTVTVTFML Sbjct 210 CVFGAVASVIGIVDPPRKPRASASDQELASPYRGSLTLWRIHAVAGLMMMPQTVTVTFML 269 Query 236 VWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLL 295 VWLI + WSVA AG LVT+SQLLGALGRVAVGRWSD +GSRMRPVR IAAAA L LL Sbjct 270 VWLIRNLHWSVAAAGALVTLSQLLGALGRVAVGRWSDRLGSRMRPVRYIAAAAVLVLLLL 329 Query 296 AAVDNEGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAG 355 A D SR+ LM+AISVIAVLDNGLEATAITE+AGPYWSGRALGIQNTTQR+MAAAG Sbjct 330 AWADYLNSRWQAGLMVAISVIAVLDNGLEATAITEFAGPYWSGRALGIQNTTQRMMAAAG 389 Query 356 PPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRC 415 PPLFG+LI+ A YP AW LC +FPLAA+PLVP RLLPPGLETRARRQSVRR RWW+AVR Sbjct 390 PPLFGALISAAKYPPAWLLCALFPLAAMPLVPTRLLPPGLETRARRQSVRRLRWWRAVRS 449 Query 416 HAWPNGPRRPGPPG 429 HA P+ RRPG PG Sbjct 450 HALPDIVRRPGQPG 463 >gi|41409129|ref|NP_961965.1| hypothetical protein MAP3031 [Mycobacterium avium subsp. paratuberculosis K-10] gi|41397949|gb|AAS05579.1| hypothetical protein MAP_3031 [Mycobacterium avium subsp. paratuberculosis K-10] gi|336459111|gb|EGO38059.1| sugar phosphate permease [Mycobacterium avium subsp. paratuberculosis S397] Length=434 Score = 582 bits (1501), Expect = 4e-164, Method: Compositional matrix adjust. Identities = 323/434 (75%), Positives = 355/434 (82%), Gaps = 5/434 (1%) Query 1 MSRDPT-----GVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLAS 55 M DP G G RW+IM+VSL TASSFLFINGVAFLIP L+ ARG L AGLLAS Sbjct 1 MQTDPVATPDVGAGTRWSIMVVSLLATASSFLFINGVAFLIPSLQGARGIRLDEAGLLAS 60 Query 56 MPSWGLVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAA 115 MPSWG+VVT+ AWGY+LD VGER+VM GSALTA AAYAA+S HS++ I +LFLGGMAA Sbjct 61 MPSWGMVVTLVAWGYVLDRVGERVVMTTGSALTALAAYAASSAHSMVLIAAYLFLGGMAA 120 Query 116 GGCNSAGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVV 175 CN+AGGRLVS WFPP QRGLAMGIRQTAQPLGIA GA+VIPELAE G AGL F A+ Sbjct 121 ASCNTAGGRLVSAWFPPHQRGLAMGIRQTAQPLGIALGAMVIPELAEHGPQAGLRFTALA 180 Query 176 CTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFML 235 C AVASV+GIVDPPRK R AS+QELASPYRGS LWRIHA + L+MMPQTVTVTFML Sbjct 181 CVFGAVASVIGIVDPPRKPRASASDQELASPYRGSLTLWRIHAVAGLMMMPQTVTVTFML 240 Query 236 VWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLL 295 VWLI + WSVA AG LVT+SQLLGALGRVAVGRWSD +GSRMRPVR IAAAA L LL Sbjct 241 VWLIRNLHWSVAAAGALVTLSQLLGALGRVAVGRWSDRLGSRMRPVRYIAAAAVLVLLLL 300 Query 296 AAVDNEGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAG 355 A D SR+ LM+AISVIAVLDNGLEATAITE+AGPYWSGRALGIQNTTQR+MAAAG Sbjct 301 AWADYLNSRWQAGLMVAISVIAVLDNGLEATAITEFAGPYWSGRALGIQNTTQRMMAAAG 360 Query 356 PPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRC 415 PPLFG+LI+ A YP AW LC +FPLAA+PLVP +LLPPGLETRARRQSVRR RWW+AVR Sbjct 361 PPLFGALISAAKYPPAWLLCALFPLAAMPLVPTQLLPPGLETRARRQSVRRLRWWRAVRS 420 Query 416 HAWPNGPRRPGPPG 429 HA P+ RRPG PG Sbjct 421 HALPDIVRRPGQPG 434 >gi|254776266|ref|ZP_05217782.1| sugar transporter family protein [Mycobacterium avium subsp. avium ATCC 25291] Length=434 Score = 582 bits (1499), Expect = 5e-164, Method: Compositional matrix adjust. Identities = 324/434 (75%), Positives = 355/434 (82%), Gaps = 5/434 (1%) Query 1 MSRDPT-----GVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLAS 55 M DP G G RW+IM+VSL TASSFLFINGVAFLIP L+ ARG L AGLLAS Sbjct 1 MQTDPVATPDVGAGTRWSIMVVSLLATASSFLFINGVAFLIPSLQGARGIRLDEAGLLAS 60 Query 56 MPSWGLVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAA 115 MPSWG+VVT+ AWGY+LD VGER+VM GSALTA AAYAA+S HS++ I V+LFLGGMAA Sbjct 61 MPSWGMVVTLVAWGYVLDRVGERVVMTTGSALTALAAYAASSAHSMVLIAVYLFLGGMAA 120 Query 116 GGCNSAGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVV 175 CN+AGGRLVS WFPP QRGLAMGIRQTAQPLGIA GA+VIPELAE G AGL F A+ Sbjct 121 ASCNTAGGRLVSAWFPPHQRGLAMGIRQTAQPLGIALGAMVIPELAEHGPQAGLRFTALA 180 Query 176 CTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFML 235 C AVASV+GIVDPPRK R AS+QELASPYRGS LWRIHA + L+MMPQTVTVTFML Sbjct 181 CVFGAVASVIGIVDPPRKPRASASDQELASPYRGSLTLWRIHAVAGLMMMPQTVTVTFML 240 Query 236 VWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLL 295 VWLI + WSVA AG LVT+SQLLGALGRVAVGRWSD +GSRMRPVR IAAAA L LL Sbjct 241 VWLIRNLHWSVAAAGALVTLSQLLGALGRVAVGRWSDRLGSRMRPVRYIAAAAVLVLLLL 300 Query 296 AAVDNEGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAG 355 A D SR+ LM+AISVIAVLDNGLEATAITE+AGPYWSGRALGIQNTTQR+MAAAG Sbjct 301 AWADYLNSRWQAGLMVAISVIAVLDNGLEATAITEFAGPYWSGRALGIQNTTQRMMAAAG 360 Query 356 PPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRC 415 PPLFG+LI+ A YP AW L +FPLAA+PLVP RLLPPGLETRARRQSVRR RWW+AVR Sbjct 361 PPLFGALISAAKYPPAWLLRALFPLAAMPLVPTRLLPPGLETRARRQSVRRLRWWRAVRS 420 Query 416 HAWPNGPRRPGPPG 429 HA P+ RRPG PG Sbjct 421 HALPDIVRRPGQPG 434 >gi|254819117|ref|ZP_05224118.1| sugar transporter family protein [Mycobacterium intracellulare ATCC 13950] Length=438 Score = 565 bits (1457), Expect = 4e-159, Method: Compositional matrix adjust. Identities = 312/421 (75%), Positives = 342/421 (82%), Gaps = 1/421 (0%) Query 7 GVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMF 66 G G RW+IM+VSL TASSFLFINGVAFLIP L RG L A LLASMPSWG+VVT+ Sbjct 12 GAGVRWSIMVVSLLATASSFLFINGVAFLIPSLR-VRGVRLDEAALLASMPSWGMVVTLV 70 Query 67 AWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLV 126 WGY+LD VGER+VMA GSALTAAAAYAAAS HSL+ + V+LFLGGMAA CN+AGGRLV Sbjct 71 LWGYVLDRVGERVVMATGSALTAAAAYAAASAHSLVLMSVYLFLGGMAAASCNTAGGRLV 130 Query 127 SGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLG 186 S WFPPQQRGLAMGIRQTAQPLGIA GA+VIPELAE G GL F A+ C + A+ASV+G Sbjct 131 SAWFPPQQRGLAMGIRQTAQPLGIALGAMVIPELAEHGPQHGLRFAALACAVGAIASVIG 190 Query 187 IVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSV 246 IVDPPRK R AS QELASPYR S LWRIHA + L+MMPQTVTVTFMLVWLI + WSV Sbjct 191 IVDPPRKPRASASHQELASPYRKSLTLWRIHAVAGLMMMPQTVTVTFMLVWLIRNLHWSV 250 Query 247 AQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYD 306 AG LVT+SQLLGALGRVAVGR SD VGSRMRPVR IAA A L LLA D SR+ Sbjct 251 TAAGGLVTLSQLLGALGRVAVGRLSDRVGSRMRPVRYIAAVAVLALLLLAWADYMNSRWQ 310 Query 307 VLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTA 366 LM+ I+VI+VLDNGLEATAITE+AGPYWSGRALGIQNTTQR+MAAAGPPLFG+LI A Sbjct 311 AGLMVVIAVISVLDNGLEATAITEFAGPYWSGRALGIQNTTQRMMAAAGPPLFGALIAAA 370 Query 367 AYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHRWWQAVRCHAWPNGPRRPG 426 YP AW LC +FPLAAVPLVP RLLPPGLETRARRQ+VRR RWW+A+R HA PN P R Sbjct 371 KYPPAWLLCALFPLAAVPLVPTRLLPPGLETRARRQTVRRVRWWRAIRSHAMPNRPERRL 430 Query 427 P 427 P Sbjct 431 P 431 >gi|296170763|ref|ZP_06852335.1| sugar transporter [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295894578|gb|EFG74315.1| sugar transporter [Mycobacterium parascrofulaceum ATCC BAA-614] Length=420 Score = 541 bits (1395), Expect = 7e-152, Method: Compositional matrix adjust. Identities = 291/386 (76%), Positives = 329/386 (86%), Gaps = 0/386 (0%) Query 2 SRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGL 61 S D G G RW++M+VSLGVTA+SFLFINGVAFLIP L+ RG PL+ AGLL+SMPSWG+ Sbjct 7 SADELGAGTRWSLMVVSLGVTATSFLFINGVAFLIPSLQARRGIPLAEAGLLSSMPSWGM 66 Query 62 VVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSA 121 V T+ WG++LD VGER+V+ GSALTAA AY AAS HS+L +G FLFLGGMAA CN+A Sbjct 67 VATLVLWGWVLDRVGERIVLTAGSALTAAGAYGAASSHSMLAMGAFLFLGGMAAASCNTA 126 Query 122 GGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAV 181 GGRLVS WFP QRGLAMGIRQTAQPLGIA GA+VIPEL+ERG +GLMF A++CT+AAV Sbjct 127 GGRLVSAWFPSHQRGLAMGIRQTAQPLGIALGAMVIPELSERGPRSGLMFLALMCTVAAV 186 Query 182 ASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINH 241 AS LGIVDPPRKSR A++ ELASPYRGSS+LWRIHA ALLM+PQTVTVTFMLVWLI+ Sbjct 187 ASALGIVDPPRKSRKIATDAELASPYRGSSVLWRIHAVGALLMVPQTVTVTFMLVWLIDR 246 Query 242 HGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNE 301 GWSVA AG LV + QLLGA+GR+AVGRWSD VGSRMRPVR+IAAA AA L LLA DN Sbjct 247 RGWSVAGAGGLVMVCQLLGAVGRIAVGRWSDRVGSRMRPVRVIAAAGAAALVLLALTDNG 306 Query 302 GSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGS 361 GS YDVLLM+A++VIAVLDNGLEATAITE+AG +WSGRALG+QNTTQRLMAAAGPPLFG Sbjct 307 GSGYDVLLMVAVAVIAVLDNGLEATAITEFAGQFWSGRALGVQNTTQRLMAAAGPPLFGG 366 Query 362 LITTAAYPTAWALCGVFPLAAVPLVP 387 LI A YP AWALC +FPLAAVPLVP Sbjct 367 LIVAAGYPPAWALCALFPLAAVPLVP 392 >gi|240168946|ref|ZP_04747605.1| integral membrane transport protein [Mycobacterium kansasii ATCC 12478] Length=416 Score = 468 bits (1203), Expect = 1e-129, Method: Compositional matrix adjust. Identities = 250/406 (62%), Positives = 308/406 (76%), Gaps = 0/406 (0%) Query 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 M+ +P RW+++ ++L VTAS+F FIN V F+IP LE ARGT L+ AGLL++MPS G Sbjct 1 MATEPVSAALRWSMVAIALTVTASAFSFINAVPFMIPALEAARGTALAEAGLLSAMPSLG 60 Query 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 +VVT+ AWGY+ D +GER V+A GSALTA +A+AAASV+SL+ +G LFLGGMAA CN Sbjct 61 MVVTLIAWGYVADRIGERTVLATGSALTAVSAFAAASVNSLVAMGALLFLGGMAAASCNP 120 Query 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA 180 A GRLV+GWFP QRGLAMG+RQTAQPLGIA GALVIP LAE GL+FPA C ++A Sbjct 121 ACGRLVAGWFPAHQRGLAMGVRQTAQPLGIAMGALVIPRLAEHRPSLGLLFPASACAVSA 180 Query 181 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLIN 240 V L DPPR++ AS EL +PYRG+++LWRIH SAL++MPQ++TVTFMLVWL Sbjct 181 VVGALIAHDPPRRTPPTASGTELVNPYRGNAVLWRIHMVSALMVMPQSMTVTFMLVWLTG 240 Query 241 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN 300 +HGWSV AG LVTI+QLLGAL R+A GRWSD VGSRMRPVR++A A + TL +L+ + Sbjct 241 NHGWSVRAAGALVTITQLLGALSRIAAGRWSDGVGSRMRPVRIVALATSVTLLMLSLANQ 300 Query 301 EGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG 360 S V M+ +SV+ V+DNGLEATAITE+AG +WSGRALG+QNTTQRLM AGPP FG Sbjct 301 LDSPLAVAFMVMVSVVTVMDNGLEATAITEFAGQFWSGRALGVQNTTQRLMTLAGPPAFG 360 Query 361 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRR 406 ++IT YP A+ALCG+FPLAA PLVPV L PP E R S+ R Sbjct 361 AMITVGGYPLAFALCGLFPLAAAPLVPVGLRPPDAEDREAEHSLGR 406 >gi|333991336|ref|YP_004523950.1| integral membrane transport protein [Mycobacterium sp. JDM601] gi|333487304|gb|AEF36696.1| integral membrane transport protein [Mycobacterium sp. JDM601] Length=420 Score = 448 bits (1152), Expect = 1e-123, Method: Compositional matrix adjust. Identities = 246/408 (61%), Positives = 302/408 (75%), Gaps = 3/408 (0%) Query 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 M+ + ARW+++IV+L T SF+FING+AF+IP LE R T L+ AGLLASMPS+G Sbjct 1 MTTESMSSAARWSVVIVALVATLCSFVFINGIAFVIPMLETKRETNLAMAGLLASMPSFG 60 Query 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 +V+T+FAWG LLD +GER+V+ VGSALTA A + AAS+ SL+ +G FLFLGGMAA N+ Sbjct 61 MVLTLFAWGALLDRIGERIVLTVGSALTALATFGAASMSSLVGVGAFLFLGGMAAASANT 120 Query 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAA 180 A GRLV+GWFPP QRGL MGIRQTAQPLGIA GA VIPELAE G+ LMFPA +C +AA Sbjct 121 ASGRLVTGWFPPHQRGLVMGIRQTAQPLGIALGAEVIPELAEHGLARALMFPATLCAVAA 180 Query 181 VASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLIN 240 VA +G+VDPPR+ R+ A+ ELA+PY GS +LWRIH +SALLM+ Q+V TFMLVWLI Sbjct 181 VACAVGVVDPPRRPRSAATGTELANPYAGSKVLWRIHLSSALLMVHQSVLATFMLVWLIV 240 Query 241 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN 300 WS+A AG LVT+SQLLGA GRV GRWSD V SR+RP+R +A A A + +L D+ Sbjct 241 DTDWSIAAAGSLVTVSQLLGAAGRVLAGRWSDRVQSRLRPIRSLAVAGAVAMMVLGVTDH 300 Query 301 EGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG 360 S M+ +VI+VLDNGL +TA+ E AGPYWSGRALG QNTTQRL A PP+FG Sbjct 301 LHSPLAEAAMVVAAVISVLDNGLSSTAVAEIAGPYWSGRALGTQNTTQRLTAGIAPPVFG 360 Query 361 SLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVRRHR 408 +LI A YP A+AL G+FPLAAV LVPV P G R+ Q++R R Sbjct 361 ALIGAAGYPLAFALSGLFPLAAVRLVPVSAEPEG---RSVLQALRTLR 405 >gi|240168943|ref|ZP_04747602.1| integral membrane transport protein [Mycobacterium kansasii ATCC 12478] Length=395 Score = 441 bits (1135), Expect = 1e-121, Method: Compositional matrix adjust. Identities = 238/394 (61%), Positives = 299/394 (76%), Gaps = 8/394 (2%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 RW+++ V+L T + +FING+AFLIP L + RG LS A LL++MPS+G+V T+ WGY Sbjct 8 RWSLLAVALVATLCATVFINGIAFLIPALNDVRGISLSEAALLSAMPSFGMVFTLIGWGY 67 Query 71 LLDHVGERMVMAVGSALTAAAAYAAASV-HSLLWIGVFLFLGGMAAGGCNSAGGRLVSGW 129 +LD VGER+V++VG ALTAAAAY A+ V S+L G+ LF+GGMAA N+A GRLV+GW Sbjct 68 VLDLVGERIVLSVGLALTAAAAYGASLVPQSMLAEGIALFVGGMAAASANTASGRLVTGW 127 Query 130 FPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGIVD 189 F +QRGLAMGIRQTAQPLGIAS A+V+PEL ER + L+FPA VC LAA+ + + D Sbjct 128 FAAEQRGLAMGIRQTAQPLGIASAAVVLPELGERSISVALLFPATVCALAALLCAVWVRD 187 Query 190 PPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQA 249 P R +R+ A +ELASPYRG+++LWRIH ASALLM+PQTV +TFMLVWLI+ HGWS+A A Sbjct 188 PSRPARSVADHRELASPYRGTAVLWRIHLASALLMVPQTVVLTFMLVWLIHSHGWSIAAA 247 Query 250 GVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLL 309 G LV++SQLLGALGR+A GRWSDH+GSRMRP+R+IA AAA + LLA D+ S V L Sbjct 248 GTLVSVSQLLGALGRIAAGRWSDHLGSRMRPIRMIAVAAALGMMLLAVADHLHSTVAVAL 307 Query 310 MIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYP 369 M+ SVI VLDNGL TAI E AG +WSGRA+G QNTTQRL AA GPP+FG +I + YP Sbjct 308 MVVASVITVLDNGLAFTAIPEVAGRFWSGRAMGAQNTTQRLTAAVGPPVFGQVIEASGYP 367 Query 370 TAWALCGVFPLAAVPLVPVRLLPPGLETRARRQS 403 A+A+CG+FPL A P+VP TRAR ++ Sbjct 368 LAFAVCGLFPLLAWPIVP-------QHTRARVRT 394 >gi|254819118|ref|ZP_05224119.1| integral membrane transport protein [Mycobacterium intracellulare ATCC 13950] Length=386 Score = 432 bits (1111), Expect = 6e-119, Method: Compositional matrix adjust. Identities = 230/367 (63%), Positives = 282/367 (77%), Gaps = 1/367 (0%) Query 22 TASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYLLDHVGERMVM 81 T S+ +FING+AFLIP L + RG L+ A LL++MPS+G+VVT+ AWGY+LD VGER+V+ Sbjct 9 TLSATVFINGIAFLIPALNDVRGINLAEAALLSAMPSFGMVVTLIAWGYILDIVGERIVL 68 Query 82 AVGSALTAAAAYAAASV-HSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWFPPQQRGLAMG 140 G ALTAAAA AA+V S+L G+ LF GGMAA N+A GRLV+GWFPPQQRGLAMG Sbjct 69 TAGLALTAAAALIAAAVPESMLTEGIALFGGGMAAASANTASGRLVTGWFPPQQRGLAMG 128 Query 141 IRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGIVDPPRKSRTKASE 200 IRQTAQPLGIA ALV+PEL ER + L+FPA VC ++AV + + DP R R+ A + Sbjct 129 IRQTAQPLGIALAALVLPELGERNISVALLFPAAVCAVSAVLCAVWVRDPARPERSTADK 188 Query 201 QELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQAGVLVTISQLLG 260 ELASPYRG+++LWRIH ASALLM+PQTV +TFMLVWL+ + WS+A AGVLV+ SQLL Sbjct 189 AELASPYRGTTVLWRIHFASALLMVPQTVVLTFMLVWLMKNQHWSIATAGVLVSFSQLLS 248 Query 261 ALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLLMIAISVIAVLD 320 ALGR+AVGRWSD +GSRMRP+R+IA AAA + LLA D+ S V LM+A SVI VLD Sbjct 249 ALGRIAVGRWSDRLGSRMRPIRIIAMAAAVVMVLLAIADHAHSAMAVTLMVAASVITVLD 308 Query 321 NGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYPTAWALCGVFPL 380 NGL TAI E AG +WSGRA+G QNTTQRL AA GPP+FG +I YP A+A+C +FPL Sbjct 309 NGLAFTAIPEVAGRFWSGRAMGAQNTTQRLTAAVGPPVFGEMIDATGYPLAFAVCALFPL 368 Query 381 AAVPLVP 387 A+P+VP Sbjct 369 LALPVVP 375 >gi|118473624|ref|YP_886722.1| sugar transporter family protein [Mycobacterium smegmatis str. MC2 155] gi|118174911|gb|ABK75807.1| sugar transporter family protein [Mycobacterium smegmatis str. MC2 155] Length=411 Score = 382 bits (981), Expect = 6e-104, Method: Compositional matrix adjust. Identities = 227/380 (60%), Positives = 279/380 (74%), Gaps = 1/380 (0%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 RW++++++L T + +FING AFLIP L RG L+ +GLL+SMPS+G+V T+ AWGY Sbjct 27 RWSMLVIALTSTMCANVFINGAAFLIPTLHAERGLDLARSGLLSSMPSFGMVTTLIAWGY 86 Query 71 LLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWF 130 ++D GER+V+ +GSALTAAAA AAASV SL +G+FL LGGMAA NSA GRLV GWF Sbjct 87 VVDRFGERLVLGLGSALTAAAALAAASVQSLFAVGLFLLLGGMAAASSNSASGRLVVGWF 146 Query 131 PPQQRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLAAVASVLGIVD 189 PP+QRGL MGIRQTA PLG+ GALVIP LAE GV A L+FPAVVC +AAV S + ++D Sbjct 147 PPEQRGLVMGIRQTATPLGVGLGALVIPRLAESHGVSAALLFPAVVCGIAAVVSAVFVLD 206 Query 190 PPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQA 249 PPR R +A + LA+PYRGSS+LWRIHA S LL++PQ V TF LVWLI GWS A A Sbjct 207 PPRPPRAEAPAEHLANPYRGSSVLWRIHAVSVLLVVPQGVLWTFALVWLITDRGWSAASA 266 Query 250 GVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLL 309 G+LVT++QLLGA GR+A G+WSD +G R+RP+R IA AAA T+ LA D S + L Sbjct 267 GILVTVTQLLGAGGRIAAGKWSDVIGYRLRPIRTIALAAAVTMAALALTDWLSSPVSIAL 326 Query 310 MIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYP 369 M+A SVI V DNGL T I E AGP+WSGRALG QNT+Q L A P+FG LI A YP Sbjct 327 MVAASVITVSDNGLAFTGIAEIAGPFWSGRALGTQNTSQHLATAVSSPVFGGLIGVAGYP 386 Query 370 TAWALCGVFPLAAVPLVPVR 389 A+A+C + P A+PLVPV Sbjct 387 VAFAVCALLPALAIPLVPVE 406 >gi|145224810|ref|YP_001135488.1| major facilitator transporter [Mycobacterium gilvum PYR-GCK] gi|145217296|gb|ABP46700.1| major facilitator superfamily MFS_1 [Mycobacterium gilvum PYR-GCK] Length=403 Score = 374 bits (959), Expect = 2e-101, Method: Compositional matrix adjust. Identities = 216/397 (55%), Positives = 283/397 (72%), Gaps = 11/397 (2%) Query 5 PTGVGA--RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLV 62 P+ +G RW ++ + L T + +FINGVAFLIP L + RG L+ A L++S+PS G+V Sbjct 3 PSSIGPTRRWLMLAIGLLTTLCANVFINGVAFLIPTLHDERGLDLAGAALMSSLPSLGMV 62 Query 63 VTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAG 122 VT+ AWGY++D +GER V+ GSALTAAA++AAAS+ +LL G+FLFLGGMAA N+A Sbjct 63 VTLIAWGYVVDRIGERAVLTAGSALTAAASFAAASMDTLLTTGIFLFLGGMAAASSNTAS 122 Query 123 GRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLAAV 181 RLV GWF ++RGL MGIRQTAQPLG+ GALVIP LAE G+ A L+FPAVVC ++AV Sbjct 123 ARLVVGWFDAERRGLVMGIRQTAQPLGVGVGALVIPRLAESHGLSAALLFPAVVCAVSAV 182 Query 182 ASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINH 241 + ++DPPR +R A+ +LA+PYR S++LWRIH S LL++PQ V TF LVW+I+ Sbjct 183 LCLAAVIDPPRPARADAARTDLANPYRNSAMLWRIHLTSVLLVIPQVVVWTFTLVWMISE 242 Query 242 HGWSVAQAGVLVTISQLLGALGRVAVGRWSDH--------VGSRMRPVRLIAAAAAATLF 293 HGWS AGVLV ++Q++GA GR+ GRWSDH + SR+RP+R+IAAAAAA++ Sbjct 243 HGWSPESAGVLVMVAQIMGAAGRIGAGRWSDHYVRRSGDLLASRLRPIRIIAAAAAASMA 302 Query 294 LLAAVDNEGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAA 353 LLA D S + LM+ SVI V DNGL T I EYAGP+WSGRALG QNT+Q Sbjct 303 LLALTDLVNSPLSIALMMVASVITVSDNGLAFTLIAEYAGPFWSGRALGTQNTSQLFAQG 362 Query 354 AGPPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRL 390 PPLFG LI A YP A+A+C + P+ A+P VP+++ Sbjct 363 VAPPLFGGLIAVAGYPVAFAVCALLPVLAIPAVPLKV 399 >gi|120403123|ref|YP_952952.1| major facilitator superfamily transporter [Mycobacterium vanbaalenii PYR-1] gi|119955941|gb|ABM12946.1| major facilitator superfamily MFS_1 [Mycobacterium vanbaalenii PYR-1] Length=423 Score = 372 bits (954), Expect = 8e-101, Method: Compositional matrix adjust. Identities = 222/391 (57%), Positives = 282/391 (73%), Gaps = 9/391 (2%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 RW+++ + L T + +FINGVAFLIP L + RG L+ AGL++S+PS G+VVT+ AWGY Sbjct 31 RWSMLAIGLLATLCANVFINGVAFLIPTLHDERGLDLAAAGLMSSLPSLGMVVTLIAWGY 90 Query 71 LLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWF 130 ++D VGER+V+ +GSALTAAAA+AAA+ +LL GVFLFLGGMAA N+A GRLV GWF Sbjct 91 VVDRVGERVVLTLGSALTAAAAFAAAAADTLLTTGVFLFLGGMAAASSNTASGRLVVGWF 150 Query 131 PPQQRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLAAVASVLGIVD 189 ++RGL MGIRQTAQPLG+ GALVIP LA+ GV A L+FPA+VC AAV + +VD Sbjct 151 DAERRGLVMGIRQTAQPLGVGVGALVIPRLAQAEGVSAALLFPAIVCAAAAVLCAIAVVD 210 Query 190 PPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQA 249 PPR +R +A + +LA+PYRGS +LWRIH S LL++PQ + TF LVWLI+ H WS A Sbjct 211 PPRPARAEADDTDLANPYRGSPMLWRIHLTSVLLVVPQVMVWTFTLVWLISEHRWSPESA 270 Query 250 GVLVTISQLLGALGRVAVGRWSDH--------VGSRMRPVRLIAAAAAATLFLLAAVDNE 301 G+LV +Q+LGA GR+ GRWSD + SR+RP+R+IAAAAAA + LLA D Sbjct 271 GLLVMTAQILGAAGRIGAGRWSDTFVRRSGDVIASRLRPIRMIAAAAAAAMALLAVTDWL 330 Query 302 GSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGS 361 S +++MIA SVI V DNGL T I EYAGP+WSGRALG QNT+Q PPLFG Sbjct 331 DSPVSIVVMIAASVITVSDNGLAFTLIAEYAGPFWSGRALGTQNTSQLFAQGVAPPLFGG 390 Query 362 LITTAAYPTAWALCGVFPLAAVPLVPVRLLP 392 LI A YP A+A+C +FPL A+P VP+ + P Sbjct 391 LIAIAGYPVAFAVCALFPLLAIPSVPLTVKP 421 >gi|108798884|ref|YP_639081.1| major facilitator transporter [Mycobacterium sp. MCS] gi|119867999|ref|YP_937951.1| major facilitator superfamily transporter [Mycobacterium sp. KMS] gi|108769303|gb|ABG08025.1| major facilitator superfamily MFS_1 [Mycobacterium sp. MCS] gi|119694088|gb|ABL91161.1| major facilitator superfamily MFS_1 [Mycobacterium sp. KMS] Length=412 Score = 352 bits (902), Expect = 1e-94, Method: Compositional matrix adjust. Identities = 214/373 (58%), Positives = 268/373 (72%), Gaps = 1/373 (0%) Query 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 M+ G RW+++++ + T + +FI G AFLIP L RG L+ AGL+ASMPS+G Sbjct 17 MTAPSIGTVRRWSMLVLGVMSTMCANVFIYGAAFLIPTLHTERGLDLALAGLMASMPSFG 76 Query 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 +VVT+ AWGY++D VGER V+ VGSALTAAAA+AAA+V SL +G LFLGGMAA G NS Sbjct 77 MVVTLIAWGYVVDRVGERFVLTVGSALTAAAAFAAAAVDSLPAVGALLFLGGMAAAGSNS 136 Query 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLA 179 A GRLV GWF P QRGL MGIRQ + PLG+ GALVIP +A+ +GV A L+FPA VC A Sbjct 137 ASGRLVVGWFAPHQRGLVMGIRQASVPLGVGLGALVIPRVAQSQGVAAALLFPAAVCAAA 196 Query 180 AVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLI 239 AV ++G++DPPR R +A+ + LA+PYRG ++LWRIHA S LL++PQ V TF LVWL+ Sbjct 197 AVLCLVGVLDPPRPPRAEAAAEVLANPYRGDAVLWRIHALSVLLVVPQAVVWTFTLVWLM 256 Query 240 NHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVD 299 + GWS A AG LVT++Q+LGA GR+ G SD VG R+RP+R IA+AAAA L L+A D Sbjct 257 SERGWSAASAGALVTLAQVLGAGGRIGAGYLSDRVGDRLRPIRWIASAAAAVLALVALTD 316 Query 300 NEGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLF 359 S V LM+A SVI V DNGL TAI E AGP+WSGRALG QNT+Q L +AA P+F Sbjct 317 ALDSPLSVALMVAASVITVSDNGLAFTAIAEIAGPFWSGRALGAQNTSQHLASAASAPVF 376 Query 360 GSLITTAAYPTAW 372 G LI YP A+ Sbjct 377 GGLIGVFGYPAAF 389 >gi|126434484|ref|YP_001070175.1| major facilitator transporter [Mycobacterium sp. JLS] gi|126234284|gb|ABN97684.1| major facilitator superfamily MFS_1 [Mycobacterium sp. JLS] Length=412 Score = 352 bits (902), Expect = 1e-94, Method: Compositional matrix adjust. Identities = 214/373 (58%), Positives = 268/373 (72%), Gaps = 1/373 (0%) Query 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 M+ G RW+++++ + T + +FI G AFLIP L RG L+ AGL+ASMPS+G Sbjct 17 MTAPSIGTVRRWSMLVLGVMSTMCANVFIYGAAFLIPTLHTERGLDLALAGLMASMPSFG 76 Query 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 +VVT+ AWGY++D VGER V+ VGSALTAAAA+AAA+V SL +G LFLGGMAA G NS Sbjct 77 MVVTLIAWGYVVDRVGERFVLTVGSALTAAAAFAAAAVDSLPAVGALLFLGGMAAAGSNS 136 Query 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLA 179 A GRLV GWF P QRGL MGIRQ + PLG+ GALVIP +A+ +GV A L+FPA VC A Sbjct 137 ASGRLVVGWFAPHQRGLVMGIRQASVPLGVGLGALVIPRVAQSQGVAAALLFPAAVCAAA 196 Query 180 AVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLI 239 AV ++G++DPPR R +A+ + LA+PYRG ++LWRIHA S LL++PQ V TF LVWL+ Sbjct 197 AVLCLVGVLDPPRPPRAEAAAEVLANPYRGDAVLWRIHALSVLLVVPQAVVWTFTLVWLM 256 Query 240 NHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVD 299 + GWS A AG LVT++Q+LGA GR+ G SD VG R+RP+R IA+AAAA L L+A D Sbjct 257 SERGWSAASAGALVTLAQVLGAGGRIGAGYLSDRVGDRLRPIRWIASAAAAVLALVALTD 316 Query 300 NEGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLF 359 S V LM+A SVI V DNGL TAI E AGP+WSGRALG QNT+Q L +AA P+F Sbjct 317 ALDSPLSVALMVAASVITVSDNGLAFTAIAEIAGPFWSGRALGAQNTSQHLASAASAPVF 376 Query 360 GSLITTAAYPTAW 372 G LI YP A+ Sbjct 377 GGLIGVFGYPAAF 389 >gi|169630383|ref|YP_001704032.1| major facilitator transporter [Mycobacterium abscessus ATCC 19977] gi|169242350|emb|CAM63378.1| Probable major facilitator superfamily [Mycobacterium abscessus] Length=400 Score = 343 bits (880), Expect = 3e-92, Method: Compositional matrix adjust. Identities = 222/391 (57%), Positives = 282/391 (73%), Gaps = 1/391 (0%) Query 4 DPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVV 63 D G RWA++ ++LG TA + +FINGVAFLIP L RG L++AGLL++MPS+G+V+ Sbjct 8 DEVGTARRWAMLAIALGSTAGANVFINGVAFLIPALHAERGLDLANAGLLSAMPSFGMVL 67 Query 64 TMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGG 123 T+ AWG L+D GER+ + G ALTA AA+AAA SL G FL LGG AA CNSA G Sbjct 68 TLIAWGALIDKFGERIALVSGLALTAVAAFAAAESPSLTVTGAFLLLGGAAAAACNSASG 127 Query 124 RLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLAAVA 182 R+V GWFPP QRG MGIRQ AQPLG+A+GALVIP +AE GV L+FPA+VC +++ Sbjct 128 RVVVGWFPPHQRGTVMGIRQMAQPLGVAAGALVIPRIAEGHGVATALLFPAIVCAVSSAV 187 Query 183 SVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHH 242 ++GI+DPPR R++A E+ LA+PYRGS +LW IH S LL++PQ V TF LVWL+ Sbjct 188 CLVGIIDPPRPPRSEAPEEHLANPYRGSRVLWLIHGVSVLLVVPQVVVWTFTLVWLVTDR 247 Query 243 GWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEG 302 GWS+ A V+VT++QL+GALGRVA G WSD GSRMRP+R IAAAA+AT+ LLA + Sbjct 248 GWSIGAASVMVTVAQLVGALGRVAAGMWSDRWGSRMRPIRAIAAAASATMALLAVTNQLD 307 Query 303 SRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSL 362 V++M+ SVI V DNGL T+I E AGP+WSGRALG QNT Q L AA PP+FG++ Sbjct 308 WSVSVVVMLVASVITVSDNGLAYTSIAEIAGPFWSGRALGAQNTGQLLAAAVAPPIFGAI 367 Query 363 ITTAAYPTAWALCGVFPLAAVPLVPVRLLPP 393 A + A+A+C +FPLAAV LVPV+L P Sbjct 368 AAAAGFSAAFAVCALFPLAAVGLVPVKLERP 398 >gi|163840420|ref|YP_001624825.1| sugar transporter [Renibacterium salmoninarum ATCC 33209] gi|162953896|gb|ABY23411.1| sugar transporter [Renibacterium salmoninarum ATCC 33209] Length=398 Score = 307 bits (786), Expect = 3e-81, Method: Compositional matrix adjust. Identities = 181/396 (46%), Positives = 256/396 (65%), Gaps = 13/396 (3%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 RW ++ +++ A+S + +NG+AFLIP L + G L +GLL +MP G +V +FAWG Sbjct 10 RWIMLALAVAAQAASSIVVNGMAFLIPTLNSHWGLNLVQSGLLVAMPLLGTMVVLFAWGA 69 Query 71 LLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWF 130 ++D +GER+ + +G +LTA AAA ++ LW+G+ LF G+A NSAGGR+V GWF Sbjct 70 IIDRIGERLSLGIGLSLTAVTMAAAALSNTPLWLGISLFFAGVATACTNSAGGRIVVGWF 129 Query 131 PPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASV--LGIV 188 P +QRGLAMGIRQ AQPLG+ ++++P LA + G ++ +VV A VA++ +GI Sbjct 130 PAKQRGLAMGIRQMAQPLGVGIASVLLPVLAAQSSLQGSLW-SVVAISAVVATLCWIGIS 188 Query 189 DPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQ 248 +PPR++R + E PYRG++ L RIHA SA+L++PQ TF LVWL+ A Sbjct 189 NPPRRARREDPGAE--KPYRGNNFLLRIHAVSAILVIPQFTVWTFSLVWLMGERHLEPAL 246 Query 249 AGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVL 308 AG+++ +Q+ GALGR+ VG WSD VGSR+RP+R +A AAA ++ LA D S V+ Sbjct 247 AGLIIAGAQVAGALGRIGVGVWSDRVGSRVRPLRAVALAAAVSMLALALTDWLDSPLSVV 306 Query 309 LMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAY 368 L+I SV+ V DNGL T++ E AGPYWSGR G QNT Q L+AA PP G+LIT Y Sbjct 307 LLIVASVMTVADNGLAFTSVAETAGPYWSGRTFGAQNTGQFLIAAVVPPTIGALITVLGY 366 Query 369 PTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSV 404 P ++A+ G+ PL A P +P RA R++V Sbjct 367 PLSFAVVGLSPLIAAPFIP--------NQRAERKAV 394 >gi|262203111|ref|YP_003274319.1| major facilitator superfamily protein [Gordonia bronchialis DSM 43247] gi|262086458|gb|ACY22426.1| major facilitator superfamily MFS_1 [Gordonia bronchialis DSM 43247] Length=405 Score = 300 bits (767), Expect = 4e-79, Method: Compositional matrix adjust. Identities = 174/383 (46%), Positives = 244/383 (64%), Gaps = 6/383 (1%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 RW+++ SL ++ ++G+A+LIP L G L+ A LA++P+ GL+V + WG Sbjct 12 RWSMLACSLLAALTTTCVVSGIAYLIPALHTQAGLTLTEASTLAAIPTVGLMVAIIGWGI 71 Query 71 LLDHVGERMVMAVGSALT----AAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLV 126 LLD GER ++ + +++ AAA AA + S + +G L +GG+ +G N A GR+V Sbjct 72 LLDRYGERRILMISLSISLAGAVAAAAAAYANASYVVLGACLLVGGIGSGAANGASGRIV 131 Query 127 SGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLAAVASVL 185 GWFP QRG AMGIRQ AQPLGIA AL +P A G+ L PA+V +A ++ Sbjct 132 VGWFPADQRGTAMGIRQMAQPLGIAVCALTMPATAAAHGIGPALTIPAIVTAAGLLAVIV 191 Query 186 GIVDPPRKSRT-KASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGW 244 G+VDPPR++ + + + +PYR +S L R+HA S LL++PQ++ TF+ WLI H W Sbjct 192 GVVDPPRRAAAPRDTPVQKWNPYRQNSFLARVHAVSVLLVVPQSMLWTFVPTWLIVTHHW 251 Query 245 SVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSR 304 + AGVL+T+SQ++GALGR+A GRWSD SRMRPVRLIA AA + L+ D GS Sbjct 252 APTTAGVLITVSQVVGALGRIAAGRWSDAWASRMRPVRLIAVGAAVAMAALSVTDWLGSS 311 Query 305 YDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLIT 364 + +M+ +VI+V DNGL TAI E+AGP WSGR L +QNT Q L AA P+FG+LI Sbjct 312 WAPAVMVVATVISVADNGLAFTAIAEFAGPDWSGRGLAVQNTGQYLATAATTPIFGALIA 371 Query 365 TAAYPTAWALCGVFPLAAVPLVP 387 +P A+A+ + P+ A PLVP Sbjct 372 AVGFPLAFAITALTPVLAAPLVP 394 >gi|325675893|ref|ZP_08155577.1| sugar transporter [Rhodococcus equi ATCC 33707] gi|325553864|gb|EGD23542.1| sugar transporter [Rhodococcus equi ATCC 33707] Length=382 Score = 298 bits (764), Expect = 1e-78, Method: Compositional matrix adjust. Identities = 186/376 (50%), Positives = 247/376 (66%), Gaps = 5/376 (1%) Query 16 IVSLGVTASSF--LFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYLLD 73 +++LGV A + +F N AFL+P L + G LS AGL+ + P+ G ++++ AWG ++D Sbjct 1 MLALGVLAQAAGAVFSNAPAFLLPTLHDTHGMELSRAGLVVAAPTVGFLLSLMAWGAVVD 60 Query 74 HVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWFPPQ 133 VGER V+ +G A TA A+ AA S +GVFL +GGMAA N+A GR+V GWFPPQ Sbjct 61 RVGERRVLVIGMAATALASAGAALSSSFAMLGVFLLIGGMAASSANAASGRVVVGWFPPQ 120 Query 134 QRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLAAVASVLGIVDPPR 192 +RG AMGIRQ A PLG+A AL +P +A+ GV L P ++AAV + +VDPPR Sbjct 121 RRGFAMGIRQMALPLGVAIAALTVPGIAQSHGVGWALALPVAATSVAAVGCLF-VVDPPR 179 Query 193 KSRTKAS-EQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQAGV 251 R A L +PYR S +LWRIH S LL++PQ + TF L+WL+ WS A AG+ Sbjct 180 PGRAAAQGSGLLDNPYRNSGVLWRIHGVSVLLVVPQYLVWTFALLWLMTDRNWSAASAGL 239 Query 252 LVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLLMI 311 L+T++QLLGA GR+A G SD VGSRMRP+R +A AAA ++ LA D S V L++ Sbjct 240 LITVTQLLGAAGRIAAGALSDRVGSRMRPLRWVAVAAAVSMGALALTDWLDSPVSVALLV 299 Query 312 AISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYPTA 371 SVI V DNGL TA+ E AGPYWSGRALG QNT+Q L A+ PP+FG+L+ ++P Sbjct 300 VASVITVADNGLAFTAVAEIAGPYWSGRALGAQNTSQYLAASLVPPVFGALVAAVSFPVT 359 Query 372 WALCGVFPLAAVPLVP 387 +A+ +FPL A PLVP Sbjct 360 FAVAALFPLVAAPLVP 375 >gi|312140489|ref|YP_004007825.1| mfs transporter [Rhodococcus equi 103S] gi|311889828|emb|CBH49145.1| putative MFS transporter [Rhodococcus equi 103S] Length=382 Score = 297 bits (760), Expect = 3e-78, Method: Compositional matrix adjust. Identities = 185/376 (50%), Positives = 246/376 (66%), Gaps = 5/376 (1%) Query 16 IVSLGVTASSF--LFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYLLD 73 +++LGV A + +F N AFL+P L + G LS AGL+ + P+ G ++++ AWG ++D Sbjct 1 MLALGVLAQAAGAVFSNAPAFLLPTLHDTHGMELSRAGLVVAAPTVGFLLSLMAWGAVVD 60 Query 74 HVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWFPPQ 133 VGER V+ +G A TA A+ AA S +GVFL +GGMAA N+A GR+V GWFPPQ Sbjct 61 RVGERRVLVIGMAATALASAGAALSSSFAMLGVFLLIGGMAASSANAASGRVVVGWFPPQ 120 Query 134 QRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLAAVASVLGIVDPPR 192 +RG AMGIRQ A PLG+A AL +P +A+ GV L P ++AAV + +VDPPR Sbjct 121 RRGFAMGIRQMALPLGVAIAALTVPGIAQSHGVGWALALPVAATSVAAVGCLF-VVDPPR 179 Query 193 KSRTKA-SEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQAGV 251 R A L +PYR S +LWRIH S LL++PQ + TF L+WL+ WS A AG+ Sbjct 180 PGRAAARGSGLLDNPYRNSGVLWRIHGVSVLLVVPQYLVWTFALLWLMTDRNWSAASAGL 239 Query 252 LVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLLMI 311 L+T++QLLGA GR+A G SD VGSRMRP+R +A AAA ++ LA D S V L++ Sbjct 240 LITVTQLLGAAGRIAAGALSDRVGSRMRPLRWVAVAAAVSMGALALTDWLDSPVSVALLV 299 Query 312 AISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYPTA 371 SVI V DNGL TA+ E AGPYWSGRALG QNT+Q L A+ PP+FG+L+ ++P Sbjct 300 VASVITVADNGLAFTAVAEIAGPYWSGRALGAQNTSQYLAASLVPPVFGALVAAVSFPVT 359 Query 372 WALCGVFPLAAVPLVP 387 +A+ +FPL A PL P Sbjct 360 FAVAALFPLVAAPLAP 375 >gi|54026189|ref|YP_120431.1| putative transporter [Nocardia farcinica IFM 10152] gi|54017697|dbj|BAD59067.1| putative transporter [Nocardia farcinica IFM 10152] Length=411 Score = 295 bits (754), Expect = 1e-77, Method: Compositional matrix adjust. Identities = 185/397 (47%), Positives = 246/397 (62%), Gaps = 8/397 (2%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 RW+++ + + ++S +F++G FL+P L N RG L AG+L +MP+ GLV T+ AWGY Sbjct 12 RWSMLALGVFAQSASAVFVHGTPFLLPALTN-RGMALPTAGVLVAMPTVGLVCTLIAWGY 70 Query 71 LLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWF 130 ++D +GER V+ G + A AAA +G LF+GG+ A N A GR++ GWF Sbjct 71 VVDRIGERKVLVAGPLVMFVAGAAAAVTTHDFALGALLFVGGVGAASTNGASGRVIVGWF 130 Query 131 PPQQRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLAAVASVLGIVD 189 PP +RGLAMGIRQTAQPLG+ AL IP +AE GV A ++ PA + +AA+A ++ I+D Sbjct 131 PPHRRGLAMGIRQTAQPLGVGIAALTIPPVAEHHGVAAAVLVPAAMAGVAALACLVAIID 190 Query 190 PPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQA 249 PPR K + + +PYRG + LWRIH S LL +PQ V TF L+WL GWS+ A Sbjct 191 PPRP---KGAAADRDNPYRGDATLWRIHGVSVLLAVPQGVVWTFALLWLHRDIGWSLPVA 247 Query 250 GVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVD-NEGSRYDVL 308 G +VT +Q+LGALGR+ G WSD VGSR+RP+R IA AAA + L + + Sbjct 248 GAVVTATQILGALGRIGAGAWSDRVGSRLRPLRQIAVAAALCMAGLGVTAWTQWWWLAIG 307 Query 309 LMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAY 368 L+ A SVI V DNGL TA+ E AGPYWSGR LG+QNT Q L AA PP+FG+L+T + Sbjct 308 LLFAASVITVSDNGLAFTAVAEIAGPYWSGRGLGMQNTGQNLAMAAIPPVFGALVTVGGF 367 Query 369 PTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQSVR 405 P A+ + AVPLVP P G VR Sbjct 368 PAAYLVTAAVAAMAVPLVPAD--PKGHRENGSAAGVR 402 >gi|111023452|ref|YP_706424.1| major facilitator transporter [Rhodococcus jostii RHA1] gi|110822982|gb|ABG98266.1| transporter, MFS superfamily protein [Rhodococcus jostii RHA1] Length=414 Score = 293 bits (749), Expect = 6e-77, Method: Compositional matrix adjust. Identities = 189/388 (49%), Positives = 254/388 (66%), Gaps = 4/388 (1%) Query 5 PTGVGA--RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLV 62 P+ VG RW ++ + + A+ +F+NGVAFLIP L+ G L+ GLL + P+ G++ Sbjct 8 PSAVGTARRWWMLTLGMFAQAAQAVFVNGVAFLIPELQENHGLSLARTGLLVAAPTLGVM 67 Query 63 VTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAG 122 +T+ AWG L D GER V+A G A TAAA AA SL FL LGGMAA N+A Sbjct 68 LTLIAWGALADRYGERRVLAAGMAATAAAGIGAALSGSLTATAAFLLLGGMAAASANAAS 127 Query 123 GRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELA-ERGVHAGLMFPAVVCTLAAV 181 GR+V GWFPP++RGLAMGIRQ + PLGIA AL +P +A + G+ L PA++C AA+ Sbjct 128 GRVVVGWFPPERRGLAMGIRQMSLPLGIACAALTLPSVAHDHGIGWALALPAILCATAAL 187 Query 182 ASVLGIVDPPRKSRTKASE-QELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLIN 240 A L +VDPPR SR+ A++ LA+PYR SS LWRIHA S LL++PQ T+ LVWLI+ Sbjct 188 ACALWVVDPPRPSRSAAADLGMLANPYRDSSTLWRIHAVSVLLVVPQYTVWTYALVWLIS 247 Query 241 HHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDN 300 W AG++VT +Q+LGA GR+ VG WSD VGSRMRP+R +A A ++ LA D Sbjct 248 ERHWEATAAGLIVTFAQILGAFGRMGVGFWSDVVGSRMRPLRWVALAGGVSMVALAVTDA 307 Query 301 EGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFG 360 + ++ ++A SV V NGL TA+ E AGP+W GRALG+QNT Q + A+ PP+FG Sbjct 308 MDTPVAIVALLAASVATVAPNGLAFTAVAEIAGPFWGGRALGVQNTGQFVAASIVPPVFG 367 Query 361 SLITTAAYPTAWALCGVFPLAAVPLVPV 388 +LI +P +A+ FP A++PL+PV Sbjct 368 ALIGIVGFPVTFAIAAAFPAASIPLIPV 395 >gi|226365953|ref|YP_002783736.1| MFS transporter [Rhodococcus opacus B4] gi|226244443|dbj|BAH54791.1| putative MFS transporter [Rhodococcus opacus B4] Length=396 Score = 291 bits (744), Expect = 2e-76, Method: Compositional matrix adjust. Identities = 184/368 (50%), Positives = 243/368 (67%), Gaps = 2/368 (0%) Query 23 ASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYLLDHVGERMVMA 82 A+ +F+NGVAFLIP L+ G L+ GL+ + P+ G++VT+ AWG L D GER V+A Sbjct 10 AAQAVFVNGVAFLIPELQANHGLSLARTGLVVAAPTLGVMVTLIAWGALADRYGERRVLA 69 Query 83 VGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWFPPQQRGLAMGIR 142 G A TAAA AA SL VFL LGGMAA N+A GR+V GWFPP++RGLAMGIR Sbjct 70 AGMATTAAAGLGAALSGSLTATAVFLLLGGMAAASANAASGRVVVGWFPPERRGLAMGIR 129 Query 143 QTAQPLGIASGALVIPELA-ERGVHAGLMFPAVVCTLAAVASVLGIVDPPRKSRTKASE- 200 Q + PLGIA AL +P +A + G+ L PA +C AA+A L +VDPPR SR+ A++ Sbjct 130 QMSLPLGIACAALTLPSVAHDHGIGWALTLPAALCAAAALACALWVVDPPRPSRSDAADL 189 Query 201 QELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQAGVLVTISQLLG 260 L +PYR S LWRIHA S LL++PQ T+ LVWLI+ W AG++VT++Q+LG Sbjct 190 GMLTNPYRTSGTLWRIHAVSVLLVVPQYTVWTYALVWLISERQWEATSAGLVVTLAQILG 249 Query 261 ALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLLMIAISVIAVLD 320 A GR+ VG WSD VGSRMRP+R +AA ++ LA D S ++ ++A SV V Sbjct 250 AFGRMGVGFWSDVVGSRMRPLRWVAAGGGLSMAALAVTDAMDSPLAIVALLAASVATVAP 309 Query 321 NGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYPTAWALCGVFPL 380 NGL TA+ E AGP+W GRALG+QNT Q + A+ PP+FG+LI +P +A+ FP Sbjct 310 NGLAFTAVAEIAGPFWGGRALGVQNTGQFVAASIVPPVFGALIGIVGFPVTFAIAAGFPA 369 Query 381 AAVPLVPV 388 A++PL+PV Sbjct 370 ASIPLIPV 377 >gi|343926846|ref|ZP_08766339.1| putative major facilitator superfamily transporter [Gordonia alkanivorans NBRC 16433] gi|343763206|dbj|GAA13265.1| putative major facilitator superfamily transporter [Gordonia alkanivorans NBRC 16433] Length=409 Score = 288 bits (736), Expect = 2e-75, Method: Compositional matrix adjust. Identities = 173/385 (45%), Positives = 234/385 (61%), Gaps = 8/385 (2%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 RW I+ SL ++ ++GVA+LIP L L+ A LA++P+ GL + F WG Sbjct 12 RWVILGCSLLAALTTTCVVSGVAYLIPALHTDAELTLTAASTLAAVPTIGLTMATFLWGI 71 Query 71 LLDHVGERMVMAVGSALTAAAAYAAASVH----SLLWIGVFLFLGGMAAGGCNSAGGRLV 126 LLD GER ++ + +++ A AA S +G L +GG+ +G N A GR+V Sbjct 72 LLDRYGERRILLISLSISLVGATGAAVAAATDASYALVGAALLVGGIGSGAANGASGRIV 131 Query 127 SGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELA-ERGVHAGLMFPAVVCTLAAVASVL 185 GWFP QRG AMGIRQ AQPLGI AL +P +A G A L PAV+ + +A ++ Sbjct 132 VGWFPAHQRGTAMGIRQMAQPLGIGVCALTMPVVAATHGPAAALAIPAVITAVGLLAVLI 191 Query 186 GIVDPPRKSRTKASEQELA---SPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHH 242 GI DP R++ + A +PYRG+S L R+H S LL++PQ++ TF+ WLI H Sbjct 192 GISDPSRRATPSGHDDAPAITRNPYRGNSFLARVHTVSMLLVVPQSMMWTFVPTWLIVAH 251 Query 243 GWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEG 302 WS A AG+L+T++Q++GALGR+A GRWSD SRMRP+R+IA A A++ LA D Sbjct 252 DWSPAGAGILITVTQVVGALGRIAAGRWSDAWLSRMRPIRIIAVAGIASMCALAVADWFD 311 Query 303 SRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSL 362 S LM SVI+V DNGL TAI E+AGP WSGR L +QNT Q L+ AA P+ G+L Sbjct 312 SPVAPALMAVASVISVADNGLAFTAIAEFAGPDWSGRGLAVQNTGQYLVTAATTPVLGAL 371 Query 363 ITTAAYPTAWALCGVFPLAAVPLVP 387 I +P A+A+ + PL A PLVP Sbjct 372 IAAVGFPAAFAVTALAPLVATPLVP 396 >gi|311744428|ref|ZP_07718229.1| sugar transporter [Aeromicrobium marinum DSM 15272] gi|311312233|gb|EFQ82149.1| sugar transporter [Aeromicrobium marinum DSM 15272] Length=385 Score = 281 bits (720), Expect = 1e-73, Method: Compositional matrix adjust. Identities = 176/358 (50%), Positives = 231/358 (65%), Gaps = 4/358 (1%) Query 34 FLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYLLDHVGERMVMAVGSALTAAAAY 93 FLIP L G PL+ AG LAS P G ++T+ WG ++D GER+ M+ G A+ A A Sbjct 22 FLIPYLHLQEGLPLARAGALASAPLIGTMLTLVLWGVVVDRFGERLAMSAGLAVAAVAVL 81 Query 94 AAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASG 153 A+A+ + +G++ L G+ A NSA GRLV GWF P++RG AMGIRQTA PLG+ Sbjct 82 ASATTDGYVALGLWWVLLGVGAASTNSASGRLVVGWFGPERRGTAMGIRQTALPLGVGLS 141 Query 154 ALVIPELAER-GVHAGLMFPAVVCTLAAVASVLGIVDPPRKSRTKA-SEQELASPYRGSS 211 A+++P LA G+ L+ V +A V S L +VDPPR R A ++ L +PYR Sbjct 142 AVIVPPLAAGPGLVTALLVVGTVAAVATVLSALLVVDPPRPDRQVARTDGLLDNPYRRRQ 201 Query 212 ILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWS 271 LWRIHAASALL++PQ TFMLVWLI+ GW+ AG LV +QLLGA GR+A G W+ Sbjct 202 GLWRIHAASALLVVPQYTVWTFMLVWLIDTRGWAPVAAGALVFSAQLLGAAGRIAAGWWT 261 Query 272 DHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLLMIAISVIAVLDNGLEATAITEY 331 D GSR+RP+RL+A A + LL A+ E + V +++ SV+ V+DNG+ TA+ E Sbjct 262 DRAGSRLRPMRLVAVGAVVVMVLLGAL--ESTSLAVTVILVASVVTVVDNGMAFTAVAEI 319 Query 332 AGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVR 389 GP+WSGRA+G+QNT Q L AAA PP G++I Y A+AL VFPL AVPLVPVR Sbjct 320 GGPFWSGRAMGMQNTGQYLAAAAVPPGVGAIIAGPGYAWAFALVAVFPLLAVPLVPVR 377 >gi|289755112|ref|ZP_06514490.1| conserved integral membrane protein [Mycobacterium tuberculosis EAS054] gi|289695699|gb|EFD63128.1| conserved integral membrane protein [Mycobacterium tuberculosis EAS054] Length=232 Score = 281 bits (719), Expect = 2e-73, Method: Compositional matrix adjust. Identities = 182/219 (84%), Positives = 185/219 (85%), Gaps = 10/219 (4%) Query 175 VCTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFM 234 +CTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFM Sbjct 1 MCTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFM 60 Query 235 LVWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFL 294 LVWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFL Sbjct 61 LVWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFL 120 Query 295 LAAVDNEGSRYDVLLMIAISVIAVLDNGLEATAITEYA-GPY--WSGRALGIQNT-TQRL 350 LAAVDNEGSRYDVLLMIA+SVIAVLDNGLEAT GP W+GR LGI T TQRL Sbjct 121 LAAVDNEGSRYDVLLMIALSVIAVLDNGLEATRDHRSTPGPLLEWAGR-LGIPETLTQRL 179 Query 351 MAA-AGPPLFGSLITTA--AYP-TAWALCGVFP-LAAVP 384 MA PPLFG T A P ALCGV L AVP Sbjct 180 MAGRPDPPLFGKFWITPGRALPGRHGALCGVVSRLGAVP 218 >gi|296394465|ref|YP_003659349.1| major facilitator superfamily protein [Segniliparus rotundus DSM 44985] gi|296181612|gb|ADG98518.1| major facilitator superfamily MFS_1 [Segniliparus rotundus DSM 44985] Length=401 Score = 276 bits (707), Expect = 4e-72, Method: Compositional matrix adjust. Identities = 170/375 (46%), Positives = 221/375 (59%), Gaps = 8/375 (2%) Query 34 FLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYLLDHVGERMVMAVGSALTAAAAY 93 FLIP L RG L AGL+A+M S+G+ +T+ WG+L+D GER + G AL + + Sbjct 30 FLIPALLAQRGLSLPQAGLVAAMTSFGITLTLIGWGFLIDRHGERWTLTAGLALAGTSTW 89 Query 94 AAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASG 153 AA WIG LF+ GMA G N+A GR+V GWFP +QRGLAMGIRQ AQPLG+ + Sbjct 90 TAALGGDPRWIGGCLFVAGMACGSTNAASGRIVVGWFPKEQRGLAMGIRQMAQPLGMGAD 149 Query 154 ALVIPELAE-RGVHAGLMFPAVVCTLAAVASVLGIVDPPRKSRTKASEQELASPYRGSSI 212 AL +P +A+ +GV A L+ PAV + A + P KS A+ + +PYR S Sbjct 150 ALALPGVAQHQGVAASLIIPAVAALVFAALCAVFARTPQAKSAEHAAA-DGDNPYRRGSF 208 Query 213 LWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSD 272 LW +HA S LL++PQ + T+M WL + GW +AG LV ++ +LGA GRVA G WSD Sbjct 209 LWLLHAVSVLLVIPQNLVWTYMFTWLNHSLGWGETRAGALVALANVLGAAGRVAAGIWSD 268 Query 273 HVGSRMRPVRLIAAAAAATLFLLAAVD-NEGSRYDVLLMIAISVIAVLDNGLEATAITEY 331 GSR +R+IAA AA L LA + V LM+A VI DNGL T++ E+ Sbjct 269 RAGSRTWTIRMIAAIAAGLLGCLALASWGHATPAAVALMVAACVITCADNGLAFTSVAEF 328 Query 332 AGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRLL 391 AGP WSGRALG QNT Q PP FG LI T +Y +++A+C V +A+ LV Sbjct 329 AGPSWSGRALGAQNTCQYTAGFLVPPCFGWLIETTSYTSSFAVCAVIAASAIALV----- 383 Query 392 PPGLETRARRQSVRR 406 P RAR S RR Sbjct 384 PKDEGDRARGVSGRR 398 >gi|229489368|ref|ZP_04383231.1| major facilitator superfamily MFS_1 [Rhodococcus erythropolis SK121] gi|229323465|gb|EEN89223.1| major facilitator superfamily MFS_1 [Rhodococcus erythropolis SK121] Length=402 Score = 272 bits (695), Expect = 9e-71, Method: Compositional matrix adjust. Identities = 165/380 (44%), Positives = 239/380 (63%), Gaps = 2/380 (0%) Query 12 WAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYL 71 W ++ + + A+ +F++ AFLIP L + G L+ AG LA+ P++G+V+T+ AWG + Sbjct 17 WTMLGIGVAAQAAGTVFVSTPAFLIPLLHSEHGLSLTQAGTLAAAPTFGMVLTLVAWGAM 76 Query 72 LDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWFP 131 D GE+ V+++G LTA AA AA + + +G+ LGGMAA N+A GR+V GWFP Sbjct 77 ADRFGEKWVISIGLGLTAIAALAATTTDNYTLLGIAFLLGGMAAASTNAASGRVVVGWFP 136 Query 132 PQQRGLAMGIRQTAQPLGIASGALVIPELAER-GVHAGLMFPAVVCTLAAVASVLGIVDP 190 +RGLAMGIRQ +QPLG+ +L IP LA G+ + + + + A+ + +++P Sbjct 137 KDRRGLAMGIRQMSQPLGVTIASLTIPTLAANVGIGSAVGLSVALNGVLALICAVALINP 196 Query 191 PR-KSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQA 249 PR ++ S E +PYR + LWRIH SALL+ PQ TF +VWLI+ GW A A Sbjct 197 PRPAAQPTDSPVETINPYRSNWFLWRIHVVSALLVFPQFTLSTFGMVWLISEQGWDAAPA 256 Query 250 GVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLL 309 G+L+ ISQ +GALGR+ VG WSD GSR+ P+RL+A +A+A + +AA L+ Sbjct 257 GLLIGISQFVGALGRIVVGIWSDRAGSRVGPLRLVAVSASAVMLAMAAAGTAPWGVPALI 316 Query 310 MIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYP 369 ++ + I+V DNGL T++ E AGP W G+ALG QNT Q + A+A P+ G+LI YP Sbjct 317 LLLATTISVADNGLAFTSVAEAAGPKWQGKALGAQNTGQFIAASAVGPVVGALIGAVGYP 376 Query 370 TAWALCGVFPLAAVPLVPVR 389 A+A+ FP AA+PLVP R Sbjct 377 LAFAIVAAFPAAAIPLVPSR 396 >gi|258653528|ref|YP_003202684.1| major facilitator superfamily protein [Nakamurella multipartita DSM 44233] gi|258556753|gb|ACV79695.1| major facilitator superfamily MFS_1 [Nakamurella multipartita DSM 44233] Length=396 Score = 269 bits (688), Expect = 6e-70, Method: Compositional matrix adjust. Identities = 170/391 (44%), Positives = 231/391 (60%), Gaps = 10/391 (2%) Query 12 WAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYL 71 W ++ + + +F++ AFLIP L R L+ AGL+AS P GLV+++ AWG L Sbjct 14 WTMLALGTAAQTAGTVFVSTPAFLIPLLHEQRSLSLAQAGLVASAPLVGLVLSLIAWGAL 73 Query 72 LDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWFP 131 D GER+V+A G ALTA A A + +G+F LGG+ A N+A GR+V GWF Sbjct 74 ADRRGERLVIASGLALTAVATVGAMFSTGYVALGLFFVLGGVGAASTNAASGRVVVGWFA 133 Query 132 PQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGIVDPP 191 +RGLAMG+RQ AQPLG A+++P AE G+ A L P + AV +GI +PP Sbjct 134 KDRRGLAMGVRQIAQPLGTTLAAVIVPTAAESGIDAALAVPLIAVAPLAVICAIGIRNPP 193 Query 192 RKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQAGV 251 R + A A+PYRGS LWRIH S LL++PQ F L+WLI GW AG+ Sbjct 194 RPA--SAPALATANPYRGSGFLWRIHLVSVLLVVPQYTLALFGLLWLIAGQGWDPIGAGL 251 Query 252 LVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLLMI 311 ++ +Q +GALGR+ G SD +GSR+RP+R I+ AAAA++ LAA L+++ Sbjct 252 VIGAAQFVGALGRIGAGVLSDRIGSRVRPLRWISLAAAASMLALAAAAATQWSLAPLVLV 311 Query 312 AISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYPTA 371 + I+V DNGL T++ E AGP W+GRALG+QNT Q + AAA P+ G LIT YP A Sbjct 312 VATTISVADNGLAFTSVAEVAGPVWAGRALGVQNTGQFVAAAAVGPVVGVLITVLGYPLA 371 Query 372 WALCGVFPLAAVPLVPVRLLPPGLETRARRQ 402 +A V P+ A PL+P + RA R Sbjct 372 FAASAVAPVLATPLIP--------DARAERD 394 >gi|302524169|ref|ZP_07276511.1| predicted protein [Streptomyces sp. AA4] gi|302433064|gb|EFL04880.1| predicted protein [Streptomyces sp. AA4] Length=405 Score = 267 bits (683), Expect = 2e-69, Method: Compositional matrix adjust. Identities = 169/387 (44%), Positives = 233/387 (61%), Gaps = 6/387 (1%) Query 6 TGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTM 65 G RW I+ + L +S F+ G+ FL+P + A L+ AG + + PS GL++T+ Sbjct 16 KGSSRRWLILALGLAAQTASCSFLYGLPFLVPAMREADRLTLAQAGTVVAAPSIGLLLTL 75 Query 66 FAWGYLLDHVGERMVMAVGSALTAAAA-YAAASVHSL-LWIGVFLFLGGMAAGGCNSAGG 123 AWG D GER++MA+G ++ YAA H + L GVFL G A N+A G Sbjct 76 IAWGAAADRYGERLIMALGLGVSGLLLVYAALWHHPVGLLFGVFLVAGACTAS-VNAASG 134 Query 124 RLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAER-GVHAGLMFPAVVCTLAAVA 182 R+V GWF +RG+AMGIRQTAQPLG+ AL +P LA + G A ++ PA + A+ Sbjct 135 RVVMGWFAKSERGVAMGIRQTAQPLGVGVAALGLPPLAAQWGFQAAMLLPAALAVGVALL 194 Query 183 SVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHH 242 + ++DPPR R E+ SPYR LWR+H ASALL++PQ F V+L++ H Sbjct 195 VAVFVIDPPRPPRAAKGERP-PSPYR-KPWLWRVHGASALLVVPQFAVSAFAPVYLVSQH 252 Query 243 GWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEG 302 W+ AQAGV V ++Q+LGALGR+A G WSD VGSR+RP+R +A A+ + L+A D Sbjct 253 QWTAAQAGVFVAVAQVLGALGRLASGYWSDRVGSRLRPMRQLAVASVVVMLLVALGDATW 312 Query 303 SRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSL 362 + ++ +VI V DNGL TA E AG WSGRA+G QNT Q + A+A PPL G + Sbjct 313 LWLVLAALVLAAVITVADNGLGFTASAELAGVAWSGRAMGTQNTAQNIAASATPPLLGLV 372 Query 363 ITTAAYPTAWALCGVFPLAAVPLVPVR 389 I + Y A+ + +FPL A+ LVPVR Sbjct 373 IGDSRYALAYCVAAIFPLLAIGLVPVR 399 >gi|50955111|ref|YP_062399.1| sugar transporter [Leifsonia xyli subsp. xyli str. CTCB07] gi|50951593|gb|AAT89294.1| sugar transporter [Leifsonia xyli subsp. xyli str. CTCB07] Length=390 Score = 266 bits (679), Expect = 7e-69, Method: Compositional matrix adjust. Identities = 179/380 (48%), Positives = 239/380 (63%), Gaps = 8/380 (2%) Query 16 IVSLGV--TASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYLLD 73 +++LGV ASS +F++ AFLIP L + G L+ AG+LAS P+ GLV+ + AWG L D Sbjct 1 MLALGVLGQASSTVFVSTPAFLIPVLHSESGLSLAQAGILASTPTIGLVLALIAWGALSD 60 Query 74 HVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWFPPQ 133 +GER V+AVG ALTA AA A SV L G L +GGM+A N+A GR+V GWFP + Sbjct 61 RIGERWVIAVGLALTALAALGAMSVSLYLAFGALLLIGGMSAASPNAASGRVVIGWFPKE 120 Query 134 QRGLAMGIRQTAQPLGIASGALVIPELAERG-VHAGLMFPAVVCTLAAVASVLGIVDPPR 192 +RGLAMGIRQ QPLG+A A+ +P LA G + L+ PA +C ++AV L IVDPPR Sbjct 121 RRGLAMGIRQMCQPLGVAVAAISVPSLAAGGGIALALVVPAALCGVSAVLCALAIVDPPR 180 Query 193 KSR-----TKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVA 247 R ++A Q PYR +S+LWRIH S LL++PQ TF LVWL+ G+S Sbjct 181 VGRGGGDASEAHPQACWRPYRETSLLWRIHGVSMLLVVPQFTVSTFGLVWLVAELGFSSL 240 Query 248 QAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDV 307 AG+++ +SQ GA+GR+ VG SD VGS +R +R + AA A + L+A GS Sbjct 241 AAGIVIGVSQFAGAIGRIGVGVLSDRVGSHLRTLRWVPIAAIAAMLLMAVASVFGSVAAA 300 Query 308 LLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAA 367 +++I ++V+ V DNGL TA+ E AGP WSGR LG QNT Q A+ P+ G+ I Sbjct 301 VILIVVAVVTVADNGLAYTAVAEIAGPSWSGRVLGAQNTGQFAAASVVGPVVGAPIGWLG 360 Query 368 YPTAWALCGVFPLAAVPLVP 387 YP A+A+ + P A PLVP Sbjct 361 YPLAFAIVALCPAVAAPLVP 380 >gi|269125582|ref|YP_003298952.1| major facilitator superfamily protein [Thermomonospora curvata DSM 43183] gi|268310540|gb|ACY96914.1| major facilitator superfamily MFS_1 [Thermomonospora curvata DSM 43183] Length=411 Score = 264 bits (675), Expect = 2e-68, Method: Compositional matrix adjust. Identities = 174/382 (46%), Positives = 233/382 (61%), Gaps = 5/382 (1%) Query 9 GARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAW 68 G RW ++ V +G A+ LF G+ FL+P L A G L+ AG L + P GL+V + AW Sbjct 10 GRRWVVLGVGVGAMAAGCLFQFGLPFLLPALR-AGGLSLAQAGTLVACPMAGLMVALVAW 68 Query 69 GYLLDHVGERMVMAVGSALTAAAAYAAASVHS-LLWIGVFLFLGGMAAGGCNSAGGRLVS 127 G D GER+V+++G + A AA+ LL +G L G++ ++A GRL+ Sbjct 69 GAAADRWGERLVLSLGLGIAGLALLGAAATAGRLLAMGACLVAAGVSGAAVHAASGRLIL 128 Query 128 GWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAERGVHAGLMFPAVVCTLAAVASVLGI 187 GWF P++RGLAMGIRQTAQPLG+ + AL++P LA G+ A L+ A C A A L + Sbjct 129 GWFGPRERGLAMGIRQTAQPLGVGAAALILPPLAAGGLRAPLLVLAACCLAMAAAVALLV 188 Query 188 VDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVA 247 DPPR +A SPY + +LWR+HAASALL++PQ TF LV+L++ HGW Sbjct 189 QDPPRAEDEQAGRSR--SPY-ATPVLWRLHAASALLVVPQFTVATFALVFLVDEHGWQAT 245 Query 248 QAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDV 307 AG ++ + Q+ GALGR+ G WSD GSR+RP RL+A A A + LAA + GS Sbjct 246 AAGRVLAVVQVAGALGRIGAGVWSDRAGSRLRPYRLVALAITAVMAALAAGAHAGSAAAA 305 Query 308 LLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAA 367 ++ VI V NGL TA+ EYAG W+GRALG+QNT Q +A PPL ++I Sbjct 306 AALLVAGVITVTPNGLAYTAVAEYAGRAWAGRALGVQNTAQNALATLTPPLAAAVIGGPG 365 Query 368 YPTAWALCGVFPLAAVPLVPVR 389 Y A+A+ GVF LAAVPLVPVR Sbjct 366 YAMAFAVAGVFSLAAVPLVPVR 387 >gi|226305433|ref|YP_002765391.1| MFS transporter [Rhodococcus erythropolis PR4] gi|226184548|dbj|BAH32652.1| putative MFS transporter [Rhodococcus erythropolis PR4] Length=402 Score = 262 bits (670), Expect = 8e-68, Method: Compositional matrix adjust. Identities = 167/380 (44%), Positives = 239/380 (63%), Gaps = 2/380 (0%) Query 12 WAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYL 71 W ++ + + A+ +F++ AFLIP L + G L+ AG LA+ P++G+V+T+ AWG + Sbjct 17 WTMLGIGVAAQAAGTVFVSTPAFLIPLLHSEHGLSLTQAGTLAAAPTFGMVLTLVAWGAM 76 Query 72 LDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSGWFP 131 D GE+ V+++G ALTA AA AA + + +G+ LGGMAA N+A GR+V GWFP Sbjct 77 ADRFGEKWVISIGLALTAIAALAATTTDNYALLGIAFLLGGMAAASTNAASGRVVVGWFP 136 Query 132 PQQRGLAMGIRQTAQPLGIASGALVIPELAER-GVHAGLMFPAVVCTLAAVASVLGIVDP 190 +RGLAMGIRQ +QPLG+ +L IP LA G+ + + + + A+ + +V+P Sbjct 137 KDRRGLAMGIRQMSQPLGVTIASLTIPTLAANVGIGSAVGLSVALNGVLALICAVALVNP 196 Query 191 PR-KSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVAQA 249 PR +R E +PYR + LWRIH SALL+ PQ TF LVWLI+ GW A A Sbjct 197 PRPAARPTDIPVETINPYRSNWFLWRIHVVSALLVFPQFTLSTFGLVWLISEQGWDAAPA 256 Query 250 GVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYDVLL 309 G+L+ ISQ +GALGR+ VG WSD GSR+ P+RL+A +A+A + +AA L+ Sbjct 257 GLLIGISQFVGALGRIVVGIWSDRAGSRVGPLRLVAVSASAVMLAMAAAGAAPWGVPALI 316 Query 310 MIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTAAYP 369 ++ + ++V DNGL T++ E AGP W G+ALG QNT Q + A+A P+ G+LI YP Sbjct 317 LLLATTVSVADNGLAFTSVAEAAGPKWQGKALGAQNTGQFIAASAVGPVVGALIGAVGYP 376 Query 370 TAWALCGVFPLAAVPLVPVR 389 A+A+ FP AA+PLVP R Sbjct 377 LAFAIVAAFPAAAIPLVPSR 396 >gi|326381548|ref|ZP_08203242.1| major facilitator superfamily protein [Gordonia neofelifaecis NRRL B-59395] gi|326199795|gb|EGD56975.1| major facilitator superfamily protein [Gordonia neofelifaecis NRRL B-59395] Length=405 Score = 261 bits (666), Expect = 2e-67, Method: Compositional matrix adjust. Identities = 189/394 (48%), Positives = 238/394 (61%), Gaps = 7/394 (1%) Query 12 WAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGYL 71 W ++ SL ++ +GVA++IP L A+G LS A LA++P+ GL +T+ AWG Sbjct 14 WTMLACSLLAAMTTTCATSGVAYVIPELHRAQGMSLSSAATLAAIPTIGLTLTIIAWGAA 73 Query 72 LDHVGERMVMAVGSALT----AAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVS 127 LD GER V+ V +T A AAA+ + L +GG+ AG N A GR+V Sbjct 74 LDRFGERRVLIVSLLITLAGTVATLAAAAAGAGFTALAAGLLVGGLGAGAANGASGRIVV 133 Query 128 GWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAER-GVHAGLMFPAVVCTLAAVASVLG 186 GWFP RG AMGIRQ AQPLGIA AL +P LAER G+ A P VV L A V G Sbjct 134 GWFPASLRGTAMGIRQMAQPLGIAVCALTMPVLAERVGLTAAFTVPVVVTALGLAAVVFG 193 Query 187 IVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSV 246 I+DPP A+PYRGSS L R+HA S LL++PQ++ TF+ WLI H WS Sbjct 194 IIDPPVHRSGDGVRA--ANPYRGSSFLQRVHAVSVLLVIPQSMLWTFVPAWLIVGHDWSP 251 Query 247 AQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYD 306 AGVLVT +Q++GALGR+ GR SD GSRMRP+R+IA AA A LLA D GS Sbjct 252 LSAGVLVTTTQVVGALGRIVAGRISDVWGSRMRPIRVIAVAAGAGTALLALTDWLGSPVA 311 Query 307 VLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLITTA 366 +M+ +V +V DNGL TAI E+AGP WSGR+LG+QNT Q + AA P+ G+LI A Sbjct 312 AAVMVFATVSSVADNGLAFTAIAEFAGPSWSGRSLGVQNTAQYVTTAASTPVLGALIEFA 371 Query 367 AYPTAWALCGVFPLAAVPLVPVRLLPPGLETRAR 400 YP A+A+ V PL A+PLVP P ET R Sbjct 372 GYPAAFAVAAVAPLVAIPLVPKDQTPRISETPVR 405 >gi|317508259|ref|ZP_07965939.1| major facilitator superfamily transporter [Segniliparus rugosus ATCC BAA-974] gi|316253434|gb|EFV12824.1| major facilitator superfamily transporter [Segniliparus rugosus ATCC BAA-974] Length=406 Score = 256 bits (654), Expect = 5e-66, Method: Compositional matrix adjust. Identities = 173/406 (43%), Positives = 232/406 (58%), Gaps = 12/406 (2%) Query 1 MSRDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWG 60 M + P G A WA++ ++ G +A++ + I FLIP L RG LS AGL+A+M S G Sbjct 1 MDKTPGGAYA-WAMLALATGSSAAATMVIGAGGFLIPALLAQRGLSLSQAGLVAAMTSLG 59 Query 61 LVVTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNS 120 + +T+ WG+L+D GER +A G AL + +AA + WIG + FL GMA G N+ Sbjct 60 ITLTLIGWGFLIDRYGERWTLAAGLALAGLSTWAATAQEDPRWIGGWFFLAGMACGSTNA 119 Query 121 AGGRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAER---GVHAGLMFPAVVCT 177 A GR+V GWFP ++RGLAMGIRQ AQPLG+ AL +P LA++ G + AV+ Sbjct 120 ASGRIVVGWFPKERRGLAMGIRQMAQPLGMGVDALALPVLAKQHGLGTALAVPAVAVLAF 179 Query 178 LAAVASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVW 237 A+ G+ P + A+ + A+PYR S LW IH S LL++PQ + T+M W Sbjct 180 AVLAAAFAGL--PETEGTMSAAAESGANPYREGSFLWLIHGVSVLLVIPQNLVWTYMFTW 237 Query 238 LINHHGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATL-FLLA 296 L + GW AG LV ++ LGA+GRV G WSD VGSR +R IAA AAATL L Sbjct 238 LNHALGWRETTAGALVAVANGLGAVGRVGAGVWSDRVGSRTWTIRAIAAIAAATLGGLTL 297 Query 297 AVDNEGSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGP 356 A + V LM+ VI DNGL T++ E+AGP WSGRALG QNT Q + + P Sbjct 298 ASWGHATVPAVALMVVACVITCADNGLAFTSVAEFAGPRWSGRALGAQNTCQYIASFLVP 357 Query 357 PLFGSLITTAAYPTAWALCGVFPLAAVPLVPVRLLPPGLETRARRQ 402 P FG LI ++Y A+ +A+P VP RARR+ Sbjct 358 PCFGWLIDASSYTWAFGASAAVAASAIPFVPRD-----QGDRARRE 398 >gi|119718619|ref|YP_925584.1| major facilitator transporter [Nocardioides sp. JS614] gi|119539280|gb|ABL83897.1| major facilitator superfamily MFS_1 [Nocardioides sp. JS614] Length=397 Score = 249 bits (637), Expect = 5e-64, Method: Compositional matrix adjust. Identities = 182/388 (47%), Positives = 239/388 (62%), Gaps = 4/388 (1%) Query 3 RDPTGVGARWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLV 62 R G RW+++ S A++ + ++G AFLIP L G L+ AGL+A+ P+ G++ Sbjct 7 RLDVGAARRWSMLGASTLAQAATAVMVHGPAFLIPTLHEREGMGLAEAGLVAAAPTLGVM 66 Query 63 VTMFAWGYLLDHVGERMVMAVGSALTAAAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAG 122 +T+ AWG + D GER V+ G TA A A + + LFL G AA N+A Sbjct 67 LTLVAWGAVTDRRGERFVLLAGLTTTALAGAVGALTGGTTLLALALFLAGSAAASTNAAS 126 Query 123 GRLVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAE-RGVHAGLMFPAVVCTLAAV 181 GR+V GWFPP +RGLAMGIRQ AQP+G+ A+ I +A+ GVHA L P + C LAAV Sbjct 127 GRVVVGWFPPARRGLAMGIRQMAQPVGVGVAAISIAVVADVAGVHAALWVPTLACALAAV 186 Query 182 ASVLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINH 241 L +VDPPR + A+PYR S L RIH S LL++PQ V TF LVWL+ Sbjct 187 VVGLVVVDPPRPPH---RDGLAANPYRADSYLARIHGVSVLLVVPQFVVWTFALVWLVQD 243 Query 242 HGWSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNE 301 WS A AG +V ++QL GALGR+AVG SD VG RMRP+R +A AAAA + LLA Sbjct 244 RDWSPAAAGTVVAVAQLAGALGRIAVGHVSDLVGGRMRPLRWVALAAAACMGLLALTAAL 303 Query 302 GSRYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGS 361 VLL++ +++ V DNGL TA+ E AGP+WSGRALG+QNT Q L A+A PP G Sbjct 304 DLGVAVLLVVVATLVTVADNGLAFTAVAERAGPFWSGRALGVQNTAQFLAASAVPPAAGL 363 Query 362 LITTAAYPTAWALCGVFPLAAVPLVPVR 389 ++ A +P +AL +FP+ A PLVPVR Sbjct 364 VVAGAGFPAVFALAALFPVLAAPLVPVR 391 >gi|213964748|ref|ZP_03392948.1| transporter, MFS superfamily [Corynebacterium amycolatum SK46] gi|213952941|gb|EEB64323.1| transporter, MFS superfamily [Corynebacterium amycolatum SK46] Length=394 Score = 248 bits (634), Expect = 1e-63, Method: Compositional matrix adjust. Identities = 166/385 (44%), Positives = 230/385 (60%), Gaps = 16/385 (4%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 R I+++S+ S + GV FLIP L+ G LS AGL+A+MP+ G+V T+ AWG+ Sbjct 5 RHLILLLSMFAAVGSSVVHMGVPFLIPSLQE-NGLSLSAAGLIAAMPAAGIVFTLIAWGW 63 Query 71 LLDHVGERMVMAVGSALTA--AAAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGRLVSG 128 +D GER + G TA A AS S +G LFL G AA NSA GR+VSG Sbjct 64 FVDRYGERAALFAGLTSTALTTGLAALASSSSPALLGATLFLSGCAAASVNSASGRVVSG 123 Query 129 WFPPQQRGLAMGIRQTAQPLGIASGALVIPELAER-GVHAGLMFPAVVCTLAAVASVLGI 187 W+PP QRG AMGIRQ AQPLG A A+ + LA+ + L PA++C + A+ ++G+ Sbjct 124 WYPPHQRGTAMGIRQMAQPLGAALSAVTLHPLAQNYSIGVALAMPAILCAVLALLVLVGV 183 Query 188 VDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHGWSVA 247 +PPR +S ASPYR L RIH ASALL PQ++ ++LVWL++ G++ Sbjct 184 KNPPRPD--ASSPTVTASPYRDGKYLVRIHIASALLSWPQSMMGAYILVWLLSV-GYADG 240 Query 248 QAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGSRYD- 306 AG +V +SQLLGA R +G SD V SR+RP R ++ A F+LA S D Sbjct 241 TAGTIVMVSQLLGAGSRALMGVVSDRVRSRIRPYRWVSGAT----FILAVAMMIASWADW 296 Query 307 ----VLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSL 362 +L+ A++V V NGL TA+ EYAGP+WSGRA+G QNT Q ++ AA PP+ G++ Sbjct 297 RTLGTVLVCALAVAVVSPNGLAFTAVAEYAGPFWSGRAMGTQNTFQNIIYAATPPVSGAI 356 Query 363 ITTAAYPTAWALCGVFPLAAVPLVP 387 + A +P +A+ +FP AA+ + P Sbjct 357 VAAAGFPALFAVTALFPAAALGIAP 381 >gi|300782794|ref|YP_003763085.1| major facilitator transporter [Amycolatopsis mediterranei U32] gi|299792308|gb|ADJ42683.1| major facilitator transporter [Amycolatopsis mediterranei U32] Length=401 Score = 248 bits (633), Expect = 1e-63, Method: Compositional matrix adjust. Identities = 162/389 (42%), Positives = 223/389 (58%), Gaps = 14/389 (3%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 RW I+ + L +S F+ G+ FL+P + A G L+ AG + + PS GL+ T+ WG Sbjct 18 RWLILALGLAAQTASCSFLYGIPFLVPAMRAAEGLTLAEAGTVVAAPSIGLLFTLIVWGA 77 Query 71 LLDHVGERMVMAVGSALTAAAA-YAAASVHSL-LWIGVFLFLGGMAAGGC----NSAGGR 124 D GER++MA+G ++ YA H + L GVFL AAG C N+A GR Sbjct 78 AADRYGERLIMALGLGISGLLLVYAGVGNHPVGLLFGVFL-----AAGACTASVNAASGR 132 Query 125 LVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAER-GVHAGLMFPAVVCTLAAVAS 183 +V GWF +RG+AMGIRQTAQPLG+ AL +P LA G A ++ PA + + A+ Sbjct 133 VVMGWFAKSERGVAMGIRQTAQPLGVGVAALGLPPLAAHFGFRAAILLPAGLAIVVALLV 192 Query 184 VLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHG 243 + DPPR R + E+ SPYR ++ LWR+H ASALL++PQ F V+L++ Sbjct 193 AWLVTDPPRPPRPASGEKP-PSPYRHAT-LWRVHGASALLVVPQFAVSAFAPVYLVSVQH 250 Query 244 WSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGS 303 WS AG + + Q+LGA GR+ G WSD VGSR+RP+R +A + + L+A D Sbjct 251 WSPLSAGWYLAVVQVLGAAGRLGSGWWSDRVGSRLRPMRQLAVLSCLVMLLVALGDASWP 310 Query 304 RYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLI 363 +L + VI V DNGL TA E AG WSGRA+G QNT Q + A+ PPL G +I Sbjct 311 WLVLLALALGGVITVADNGLGFTASAELAGLAWSGRAMGTQNTGQNIAASLTPPLLGLVI 370 Query 364 TTAAYPTAWALCGVFPLAAVPLVPVRLLP 392 + Y A+ + +FP AV +VPVR P Sbjct 371 GDSRYALAFCVAAIFPALAVLVVPVRAEP 399 >gi|340524168|gb|AEK39373.1| major facilitator transporter [Amycolatopsis mediterranei S699] Length=404 Score = 248 bits (633), Expect = 2e-63, Method: Compositional matrix adjust. Identities = 163/389 (42%), Positives = 224/389 (58%), Gaps = 14/389 (3%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 RW I+ + L +S F+ G+ FL+P + A G L+ AG + + PS GL+ T+ WG Sbjct 21 RWLILALGLAAQTASCSFLYGIPFLVPAMRAAEGLTLAEAGTVVAAPSIGLLFTLIVWGA 80 Query 71 LLDHVGERMVMAVGSALTAAAA-YAAASVHSL-LWIGVFLFLGGMAAGGC----NSAGGR 124 D GER++MA+G ++ YA H + L GVFL AAG C N+A GR Sbjct 81 AADRYGERLIMALGLGISGLLLVYAGVGNHPVGLLFGVFL-----AAGACTASVNAASGR 135 Query 125 LVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAER-GVHAGLMFPAVVCTLAAVAS 183 +V GWF +RG+AMGIRQTAQPLG+ AL +P LA G A ++ PA + + A+ Sbjct 136 VVMGWFAKSERGVAMGIRQTAQPLGVGVAALGLPPLAAHFGFRAAILLPAGLAIVVALLV 195 Query 184 VLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHG 243 + DPPR R AS ++ SPYR ++ LWR+H ASALL++PQ F V+L++ Sbjct 196 AWLVTDPPRPPR-PASGEKPPSPYRHAT-LWRVHGASALLVVPQFAVSAFAPVYLVSVQH 253 Query 244 WSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGS 303 WS AG + + Q+LGA GR+ G WSD VGSR+RP+R +A + + L+A D Sbjct 254 WSPLSAGWYLAVVQVLGAAGRLGSGWWSDRVGSRLRPMRQLAVLSCLVMLLVALGDASWP 313 Query 304 RYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLI 363 +L + VI V DNGL TA E AG WSGRA+G QNT Q + A+ PPL G +I Sbjct 314 WLVLLALALGGVITVADNGLGFTASAELAGLAWSGRAMGTQNTGQNIAASLTPPLLGLVI 373 Query 364 TTAAYPTAWALCGVFPLAAVPLVPVRLLP 392 + Y A+ + +FP AV +VPVR P Sbjct 374 GDSRYALAFCVAAIFPALAVLVVPVRAEP 402 >gi|296140548|ref|YP_003647791.1| major facilitator superfamily protein [Tsukamurella paurometabola DSM 20162] gi|296028682|gb|ADG79452.1| major facilitator superfamily MFS_1 [Tsukamurella paurometabola DSM 20162] Length=409 Score = 240 bits (613), Expect = 3e-61, Method: Compositional matrix adjust. Identities = 172/389 (45%), Positives = 229/389 (59%), Gaps = 10/389 (2%) Query 11 RWAIMIVSLGVTASSFLFINGVAFLIPRLENARGTPLSHAGLLASMPSWGLVVTMFAWGY 70 RW I+ VS+ ++ +N AFL+P+L +P AG+ A+ GL++T WG Sbjct 8 RWWILAVSMTAAITTTATVNCTAFLLPQLIRDGLSP-QRAGVFAAAAPAGLLLTTILWGA 66 Query 71 LLDHVGERMVMAVGSALTAA------AAYAAASVHSLLWIGVFLFLGGMAAGGCNSAGGR 124 ++D GER V+ V A A AA+AA ++ IG+F+ MAA G N A GR Sbjct 67 MIDRYGERRVLLVSLASATAGLAGTVAAFAAHLPLPMVAIGLFVS-SAMAASG-NGASGR 124 Query 125 LVSGWFPPQQRGLAMGIRQTAQPLGIASGALVIPELAER-GVHAGLMFPAVVCTLAAVAS 183 +V GWFP RG AMGIRQT+QPLGIA +L +P LA R G+ A + P VV ++ + Sbjct 125 IVVGWFPASSRGTAMGIRQTSQPLGIAILSLTMPLLANRVGLTAAMTVPLVVAAVSLILV 184 Query 184 VLGIVDPPRKSRTKASEQELASPYRGSSILWRIHAASALLMMPQTVTVTFMLVWLINHHG 243 IVDPPR A+ + +PYR S L RIHA S LL++PQ T+ + WLI Sbjct 185 WAFIVDPPRPESGAAAIEARTNPYREDSFLARIHAVSLLLVLPQGAIWTWGITWLIVGLN 244 Query 244 WSVAQAGVLVTISQLLGALGRVAVGRWSDHVGSRMRPVRLIAAAAAATLFLLAAVDNEGS 303 W+ A AG+LV+ SQL GALGR+A G WSD +GSR P++ IA AAA + L A+ GS Sbjct 245 WAPATAGLLVSASQLCGALGRIAAGAWSDRLGSRTAPIKWIALGAAAAMGALGALTAVGS 304 Query 304 RYDVLLMIAISVIAVLDNGLEATAITEYAGPYWSGRALGIQNTTQRLMAAAGPPLFGSLI 363 V + + SV+ V DNGL TAI E AGPY+SGRALGIQNT Q ++ A P+ G+LI Sbjct 305 PIAVAVFLIASVVTVADNGLAFTAIAEKAGPYYSGRALGIQNTGQFIVTTAAGPVLGTLI 364 Query 364 TTAAYPTAWALCGVFPLAAVPLVPVRLLP 392 + A+A+ + PL A PLVP P Sbjct 365 HATGFAAAFAIVALAPLIAYPLVPSDAKP 393 Lambda K H 0.324 0.136 0.429 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 918695148028 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