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= Rv2265 Length=409 Score E Sequences producing significant alignments: (Bits) Value gi|15609402|ref|NP_216781.1| integral membrane protein [Mycobact... 780 0.0 gi|289754371|ref|ZP_06513749.1| integral membrane protein [Mycob... 778 0.0 gi|289443776|ref|ZP_06433520.1| conserved membrane protein [Myco... 776 0.0 gi|289762428|ref|ZP_06521806.1| conserved hypothetical protein [... 652 0.0 gi|289750865|ref|ZP_06510243.1| LOW QUALITY PROTEIN: conserved m... 648 0.0 gi|240170105|ref|ZP_04748764.1| putative transmembrane protein [... 496 2e-138 gi|169631689|ref|YP_001705338.1| major facilitator transporter [... 466 4e-129 gi|297162994|gb|ADI12706.1| major facilitator transporter [Strep... 418 9e-115 gi|120403762|ref|YP_953591.1| major facilitator superfamily tran... 363 4e-98 gi|86741018|ref|YP_481418.1| major facilitator transporter [Fran... 352 8e-95 gi|336119617|ref|YP_004574394.1| putative major facilitator supe... 306 4e-81 gi|317126650|ref|YP_004100762.1| major facilitator superfamily M... 283 4e-74 gi|297618483|ref|YP_003703642.1| major facilitator superfamily p... 279 8e-73 gi|119487499|ref|ZP_01621109.1| hypothetical protein L8106_26622... 278 9e-73 gi|221632591|ref|YP_002521812.1| hypothetical protein trd_0566 [... 277 2e-72 gi|333980028|ref|YP_004517973.1| major facilitator superfamily p... 277 3e-72 gi|269926659|ref|YP_003323282.1| major facilitator superfamily M... 273 4e-71 gi|338174078|ref|YP_004650888.1| protein Mb2288 [Parachlamydia a... 271 1e-70 gi|163849334|ref|YP_001637378.1| major facilitator transporter [... 271 1e-70 gi|339500890|ref|YP_004698925.1| major facilitator superfamily p... 269 6e-70 gi|154248866|ref|YP_001409691.1| major facilitator transporter [... 269 7e-70 gi|75906469|ref|YP_320765.1| major facilitator transporter [Anab... 268 1e-69 gi|119715785|ref|YP_922750.1| major facilitator transporter [Noc... 266 6e-69 gi|17229926|ref|NP_486474.1| hypothetical protein alr2434 [Nosto... 265 1e-68 gi|11499136|ref|NP_070370.1| hypothetical protein AF1541 [Archae... 264 3e-68 gi|218437727|ref|YP_002376056.1| major facilitator superfamily p... 262 1e-67 gi|328954411|ref|YP_004371745.1| major facilitator superfamily M... 261 1e-67 gi|219850575|ref|YP_002465008.1| major facilitator superfamily p... 261 1e-67 gi|307153821|ref|YP_003889205.1| major facilitator superfamily p... 259 4e-67 gi|345302473|ref|YP_004824375.1| major facilitator superfamily p... 259 6e-67 gi|145594879|ref|YP_001159176.1| major facilitator transporter [... 259 8e-67 gi|126178383|ref|YP_001046348.1| major facilitator transporter [... 258 1e-66 gi|206890274|ref|YP_002249597.1| hypothetical protein THEYE_A180... 258 2e-66 gi|268316173|ref|YP_003289892.1| major facilitator superfamily p... 257 2e-66 gi|282890426|ref|ZP_06298953.1| hypothetical protein pah_c017o00... 257 2e-66 gi|332668938|ref|YP_004451946.1| major facilitator superfamily p... 255 1e-65 gi|260893310|ref|YP_003239407.1| major facilitator superfamily M... 254 1e-65 gi|337288257|ref|YP_004627729.1| major facilitator superfamily p... 254 1e-65 gi|333896447|ref|YP_004470321.1| major facilitator superfamily M... 254 2e-65 gi|160901703|ref|YP_001567284.1| major facilitator transporter [... 253 5e-65 gi|159038076|ref|YP_001537329.1| major facilitator transporter [... 253 6e-65 gi|222099533|ref|YP_002534101.1| Major facilitator superfamily M... 252 8e-65 gi|304439966|ref|ZP_07399859.1| major facilitator family transpo... 251 1e-64 gi|288817525|ref|YP_003431872.1| permease of the major facilitat... 251 1e-64 gi|15642905|ref|NP_227946.1| hypothetical protein TM0130 [Thermo... 250 3e-64 gi|313673903|ref|YP_004052014.1| major facilitator superfamily m... 250 3e-64 gi|206895704|ref|YP_002246633.1| hypothetical protein COPRO5265_... 248 2e-63 gi|116669256|ref|YP_830189.1| major facilitator transporter [Art... 246 4e-63 gi|157363592|ref|YP_001470359.1| major facilitator transporter [... 244 1e-62 gi|148269929|ref|YP_001244389.1| major facilitator transporter [... 244 2e-62 >gi|15609402|ref|NP_216781.1| integral membrane protein [Mycobacterium tuberculosis H37Rv] gi|15841758|ref|NP_336795.1| hypothetical protein MT2327 [Mycobacterium tuberculosis CDC1551] gi|31793444|ref|NP_855937.1| integral membrane protein [Mycobacterium bovis AF2122/97] 72 more sequence titles Length=409 Score = 780 bits (2014), Expect = 0.0, Method: Compositional matrix adjust. Identities = 408/409 (99%), Positives = 409/409 (100%), Gaps = 0/409 (0%) Query 1 VGANGDVALSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVV 60 +GANGDVALSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVV Sbjct 1 MGANGDVALSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVV 60 Query 61 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI 120 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI Sbjct 61 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI 120 Query 121 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA 180 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA Sbjct 121 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA 180 Query 181 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA 240 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA Sbjct 181 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA 240 Query 241 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL 300 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL Sbjct 241 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL 300 Query 301 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAG 360 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAG Sbjct 301 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAG 360 Query 361 LGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS 409 LGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS Sbjct 361 LGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS 409 >gi|289754371|ref|ZP_06513749.1| integral membrane protein [Mycobacterium tuberculosis EAS054] gi|289694958|gb|EFD62387.1| integral membrane protein [Mycobacterium tuberculosis EAS054] Length=409 Score = 778 bits (2010), Expect = 0.0, Method: Compositional matrix adjust. Identities = 407/409 (99%), Positives = 408/409 (99%), Gaps = 0/409 (0%) Query 1 VGANGDVALSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVV 60 +GANGDVALSRIGATRPALSAWRFVTVFGVV LLADVVYEGARSITGPLLASLGATGLVV Sbjct 1 MGANGDVALSRIGATRPALSAWRFVTVFGVVSLLADVVYEGARSITGPLLASLGATGLVV 60 Query 61 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI 120 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI Sbjct 61 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI 120 Query 121 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA 180 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA Sbjct 121 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA 180 Query 181 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA 240 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA Sbjct 181 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA 240 Query 241 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL 300 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL Sbjct 241 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL 300 Query 301 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAG 360 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAG Sbjct 301 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAG 360 Query 361 LGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS 409 LGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS Sbjct 361 LGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS 409 >gi|289443776|ref|ZP_06433520.1| conserved membrane protein [Mycobacterium tuberculosis T46] gi|289570385|ref|ZP_06450612.1| conserved membrane protein [Mycobacterium tuberculosis T17] gi|289416695|gb|EFD13935.1| conserved membrane protein [Mycobacterium tuberculosis T46] gi|289544139|gb|EFD47787.1| conserved membrane protein [Mycobacterium tuberculosis T17] Length=409 Score = 776 bits (2005), Expect = 0.0, Method: Compositional matrix adjust. Identities = 406/409 (99%), Positives = 407/409 (99%), Gaps = 0/409 (0%) Query 1 VGANGDVALSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVV 60 +GANGDVALSRIGATRPALSAWRF TVFGVV LLADVVYEGARSITGPLLASLGATGLVV Sbjct 1 MGANGDVALSRIGATRPALSAWRFATVFGVVSLLADVVYEGARSITGPLLASLGATGLVV 60 Query 61 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI 120 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI Sbjct 61 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI 120 Query 121 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA 180 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA Sbjct 121 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA 180 Query 181 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA 240 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA Sbjct 181 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA 240 Query 241 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL 300 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL Sbjct 241 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL 300 Query 301 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAG 360 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAG Sbjct 301 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAG 360 Query 361 LGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS 409 LGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS Sbjct 361 LGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS 409 >gi|289762428|ref|ZP_06521806.1| conserved hypothetical protein [Mycobacterium tuberculosis GM 1503] gi|289709934|gb|EFD73950.1| conserved hypothetical protein [Mycobacterium tuberculosis GM 1503] Length=390 Score = 652 bits (1682), Expect = 0.0, Method: Compositional matrix adjust. Identities = 339/340 (99%), Positives = 340/340 (100%), Gaps = 0/340 (0%) Query 1 VGANGDVALSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVV 60 +GANGDVALSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVV Sbjct 1 MGANGDVALSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVV 60 Query 61 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI 120 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI Sbjct 61 GVVTGVGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVI 120 Query 121 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA 180 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA Sbjct 121 AERVGKAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYA 180 Query 181 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA 240 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA Sbjct 181 PALGVLTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTA 240 Query 241 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL 300 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL Sbjct 241 ITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVL 300 Query 301 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGV 340 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGV Sbjct 301 PILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGV 340 >gi|289750865|ref|ZP_06510243.1| LOW QUALITY PROTEIN: conserved membrane protein [Mycobacterium tuberculosis T92] gi|289691452|gb|EFD58881.1| LOW QUALITY PROTEIN: conserved membrane protein [Mycobacterium tuberculosis T92] Length=390 Score = 648 bits (1671), Expect = 0.0, Method: Compositional matrix adjust. Identities = 337/337 (100%), Positives = 337/337 (100%), Gaps = 0/337 (0%) Query 73 GLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPA 132 GLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPA Sbjct 54 GLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPA 113 Query 133 KDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGA 192 KDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGA Sbjct 114 KDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGA 173 Query 193 ALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLL 252 ALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLL Sbjct 174 ALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLL 233 Query 253 SFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAF 312 SFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAF Sbjct 234 SFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAF 293 Query 313 TDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALI 372 TDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALI Sbjct 294 TDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALI 353 Query 373 GWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS 409 GWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS Sbjct 354 GWLYDISIGTLVVVVIALELMALVMMFAIRLPRVAPS 390 >gi|240170105|ref|ZP_04748764.1| putative transmembrane protein [Mycobacterium kansasii ATCC 12478] Length=404 Score = 496 bits (1278), Expect = 2e-138, Method: Compositional matrix adjust. Identities = 310/394 (79%), Positives = 347/394 (89%), Gaps = 3/394 (0%) Query 19 LSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVS 78 +SAWRFV VFGVV LLAD VYEGARSITGPLLASLGATGLVVGVVTG+GEAAAL LRLVS Sbjct 1 MSAWRFVAVFGVVSLLADFVYEGARSITGPLLASLGATGLVVGVVTGIGEAAALALRLVS 60 Query 79 GPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLS 138 GPLADR+RRFWAWT+AGY LT++TVPLLG+AGALWVAC+LVIAERVGKAVR PAKDTLLS Sbjct 61 GPLADRTRRFWAWTVAGYALTLITVPLLGVAGALWVACSLVIAERVGKAVRSPAKDTLLS 120 Query 139 HAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLL 198 HAASVTGRGRGFAVHEALDQVGA+IGPLTVAG+LA+TGN YAPALGVL LPG AALALLL Sbjct 121 HAASVTGRGRGFAVHEALDQVGAVIGPLTVAGVLAVTGNDYAPALGVLALPGAAALALLL 180 Query 199 WLQRRVPRPESYEDCPVVLGNPS---APRPWALPAQFWLYCGFTAITMLGFGTFGLLSFH 255 WL+ RVP P+SYE +P A R W LP +FWLYCGFTAITM GF TFGLLSFH Sbjct 181 WLRVRVPHPDSYEAPAASAVSPDGVVAQRFWELPPRFWLYCGFTAITMSGFATFGLLSFH 240 Query 256 MVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDN 315 MV+HG+L+AA VPVVYAAAMAADAL AL SG+SYDR+G K+LA LP+LS +VVLFAF+ N Sbjct 241 MVTHGLLSAAAVPVVYAAAMAADALAALVSGYSYDRFGGKSLAALPLLSSMVVLFAFSGN 300 Query 316 VTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWL 375 MVV+G L+WGAAVGIQESTLR VVAD+V +PRRASAYGVFAAGLGAA+A GGAL+GWL Sbjct 301 TAMVVVGALLWGAAVGIQESTLRAVVADMVTAPRRASAYGVFAAGLGAASAAGGALVGWL 360 Query 376 YDISIGTLVVVVIALELMALVMMFAIRLPRVAPS 409 Y+IS GT+VVVV+A++L+AL+ MF I LPR A S Sbjct 361 YEISTGTVVVVVVAIQLVALLSMFTIGLPRAAAS 394 >gi|169631689|ref|YP_001705338.1| major facilitator transporter [Mycobacterium abscessus ATCC 19977] gi|169243656|emb|CAM64684.1| Major facilitator superfamily [Mycobacterium abscessus] Length=395 Score = 466 bits (1199), Expect = 4e-129, Method: Compositional matrix adjust. Identities = 258/378 (69%), Positives = 302/378 (80%), Gaps = 0/378 (0%) Query 19 LSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVS 78 LSAWRFVT FGV+ +LAD+VYEGARSITGPLLASLGA+ LVVGVVTG+GEAAAL LRLVS Sbjct 5 LSAWRFVTTFGVISMLADIVYEGARSITGPLLASLGASALVVGVVTGIGEAAALALRLVS 64 Query 79 GPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLS 138 GPL DR+R+FWAWTI+GY LTVVTVP LG++ LW+A LVIAERVGKAVR PAKDTLLS Sbjct 65 GPLTDRTRKFWAWTISGYALTVVTVPFLGVSSVLWIAATLVIAERVGKAVRSPAKDTLLS 124 Query 139 HAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLL 198 HA +VTGRG+GFAVHEA+DQ+GA+ GPL VAGMLA+T Y P +L LPGGA L LL Sbjct 125 HATAVTGRGKGFAVHEAMDQIGAITGPLLVAGMLALTHVNYLPTFAILALPGGATLLLLF 184 Query 199 WLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVS 258 WL+RRVP PE YE + G P +LP FWLY GFTAITM+GF TFG+LSFHMV Sbjct 185 WLRRRVPHPERYEHDDYIRGAADRPHKLSLPLSFWLYSGFTAITMIGFATFGVLSFHMVQ 244 Query 259 HGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTM 318 GVL VP+VYAAAMAADA+ AL SG++YDR G K+LA LPI+ V + AFTD++ Sbjct 245 RGVLPVPAVPIVYAAAMAADAVAALLSGWAYDRVGPKSLAALPIVGATVPMLAFTDSLPG 304 Query 319 VVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDI 378 +V+G L+WGAAVGIQESTLR VVADLV PRRA+AYGV+AA LG ATA GGAL G+LY + Sbjct 305 IVLGALLWGAAVGIQESTLRAVVADLVPPPRRATAYGVYAAVLGTATAIGGALTGYLYGV 364 Query 379 SIGTLVVVVIALELMALV 396 SI L+ VV ++L+AL+ Sbjct 365 SIPMLIAVVGVIQLVALI 382 >gi|297162994|gb|ADI12706.1| major facilitator transporter [Streptomyces bingchenggensis BCW-1] Length=402 Score = 418 bits (1074), Expect = 9e-115, Method: Compositional matrix adjust. Identities = 235/378 (63%), Positives = 273/378 (73%), Gaps = 7/378 (1%) Query 15 TRPA---LSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAA 71 +RPA L W FV FG+V LLADVVYEGARSITGPLLASLGA+ VVGVVTG GEAAA Sbjct 2 SRPASAGLRPWPFVVTFGIVSLLADVVYEGARSITGPLLASLGASATVVGVVTGAGEAAA 61 Query 72 LGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGP 131 LGLRL+ GPLADR+ RFW TI GY LT VTVPLLG AG LW AC LV+AER GKAVR P Sbjct 62 LGLRLIFGPLADRTGRFWTLTITGYVLTAVTVPLLGTAGVLWAACVLVVAERTGKAVRSP 121 Query 132 AKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGG 191 AKDTLLSHA + TGRGRGF VHEALDQ GA+IGPL VAG+LA+TGN Y PAL VL PG Sbjct 122 AKDTLLSHATAATGRGRGFGVHEALDQTGAVIGPLVVAGILAVTGNDYTPALAVLAAPGI 181 Query 192 AALALLLWLQRRVPRP-ESYE-DCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTF 249 AA+ LLLWL+ RVP P ++YE D G P R LP FW Y FT +T G TF Sbjct 182 AAVLLLLWLRARVPDPLDAYESDGESATGPPV--RVTRLPRAFWTYAAFTGVTTTGLATF 239 Query 250 GLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVL 309 G+LS+H+V+ +LA VP++YA AM L ALA+G+ YDR GA+TLAVLP+L+ V Sbjct 240 GVLSYHLVTRRLLAPDAVPLLYAGAMLTAGLAALATGWLYDRTGARTLAVLPLLTAAVPA 299 Query 310 FAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGG 369 AF + V G+L+WGAAVG+QES LR VADLV + RRA+AYG+FA LG A+ GG Sbjct 300 LAFAHTLPAAVAGSLLWGAAVGMQESVLRATVADLVPAGRRATAYGIFAGVLGVASLAGG 359 Query 370 ALIGWLYDISIGTLVVVV 387 L G LY +S+ L+ VV Sbjct 360 TLTGALYAVSVHALITVV 377 >gi|120403762|ref|YP_953591.1| major facilitator superfamily transporter [Mycobacterium vanbaalenii PYR-1] gi|119956580|gb|ABM13585.1| major facilitator superfamily MFS_1 [Mycobacterium vanbaalenii PYR-1] Length=398 Score = 363 bits (931), Expect = 4e-98, Method: Compositional matrix adjust. Identities = 252/386 (66%), Positives = 291/386 (76%), Gaps = 2/386 (0%) Query 19 LSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVS 78 LSAWRFVT FGVV LLAD+VYEGARSITGPLLASLGAT +VVGVVTGVGEAAAL LR+VS Sbjct 9 LSAWRFVTTFGVVSLLADIVYEGARSITGPLLASLGATAVVVGVVTGVGEAAALILRMVS 68 Query 79 GPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLS 138 GPLADR+ RFW WTI GY LTVVTVP LG G LW A AL+IAERVGKAVR PAKDTLLS Sbjct 69 GPLADRTGRFWTWTIGGYFLTVVTVPFLGAVGVLWAAAALIIAERVGKAVRSPAKDTLLS 128 Query 139 HAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLL 198 HA +VTGRGRGFAVHEA+DQ+GA+ GPL VA ML + G YAP L +L +PG LALL Sbjct 129 HATAVTGRGRGFAVHEAMDQIGAVAGPLAVAAMLVVFGGDYAPTLALLAVPGVGVLALLA 188 Query 199 WLQRRVPRPESYEDCPVVLGNPSAPRPW--ALPAQFWLYCGFTAITMLGFGTFGLLSFHM 256 WL+ RVP P YE P A + +LP FW Y GF+A TMLGF TFG+LSFH Sbjct 189 WLRVRVPEPARYEVEAAPSTKPVARVSFLRSLPRSFWTYAGFSAATMLGFTTFGVLSFHQ 248 Query 257 VSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNV 316 V GV+ A+VPV+YAAAM ADAL ALA+G+ YD+ GA L LP+++ LV AF D++ Sbjct 249 VERGVVHVAVVPVIYAAAMVADALAALATGWVYDKVGAVVLGALPVMAGLVPALAFNDHL 308 Query 317 TMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLY 376 VV G LVWGAAVGIQESTLR VVADLV RRA+AYG++AA LG A A GGAL G+LY Sbjct 309 VPVVAGALVWGAAVGIQESTLRAVVADLVEPARRATAYGIYAAVLGCAAAAGGALTGYLY 368 Query 377 DISIGTLVVVVIALELMALVMMFAIR 402 S+ LV VVI ++ +AL ++ +R Sbjct 369 GQSVPLLVGVVIGVQAIALAVLPVVR 394 >gi|86741018|ref|YP_481418.1| major facilitator transporter [Frankia sp. CcI3] gi|86567880|gb|ABD11689.1| major facilitator superfamily MFS_1 [Frankia sp. CcI3] Length=409 Score = 352 bits (902), Expect = 8e-95, Method: Compositional matrix adjust. Identities = 246/371 (67%), Positives = 277/371 (75%), Gaps = 6/371 (1%) Query 19 LSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVS 78 L WRFV VFGVV +LADVVYEGARS+TGPLLASLGA+ +VVGVVTGVGEAAAL RLV Sbjct 18 LRPWRFVLVFGVVSMLADVVYEGARSVTGPLLASLGASAVVVGVVTGVGEAAALLPRLVC 77 Query 79 GPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLS 138 GPLA+R+ RFWAWTIAGYTLTV VPLLG+ G LW A LVIAERVGKAVR PAKD LLS Sbjct 78 GPLAERTGRFWAWTIAGYTLTVAAVPLLGVTGVLWAAGLLVIAERVGKAVRSPAKDALLS 137 Query 139 HAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLL 198 HA + TGRGRGFAVHEA+DQ+GA+ GPL VA +LA +G Y PALGVL LPG LA+LL Sbjct 138 HATAATGRGRGFAVHEAMDQLGALAGPLLVAAVLA-SGAGYGPALGVLALPGLGVLAVLL 196 Query 199 WLQRRVPRPESYED-----CPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLS 253 WL+ RVP P YE PV P+A LP FW Y GFTA T G TFG+LS Sbjct 197 WLRARVPDPAGYEPDEPPAVPVPRTGPAAAPRARLPRAFWTYAGFTAATTTGLATFGVLS 256 Query 254 FHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFT 313 FH V+ G+L A VPVVYAAAM DAL ALA+G++YDR+G LAVLP L+ V AFT Sbjct 257 FHAVTRGLLPVAAVPVVYAAAMGVDALAALATGWAYDRHGPGVLAVLPPLAAAVPALAFT 316 Query 314 DNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIG 373 + + V GTLVWGAA+G+QESTLR VADLV RRASAYGVFA +GA TAGGGAL G Sbjct 317 NTPALAVAGTLVWGAAIGVQESTLRATVADLVPPARRASAYGVFAGVVGATTAGGGALAG 376 Query 374 WLYDISIGTLV 384 LYD+SI L+ Sbjct 377 ALYDLSIPALI 387 >gi|336119617|ref|YP_004574394.1| putative major facilitator superfamily transporter [Microlunatus phosphovorus NM-1] gi|334687406|dbj|BAK36991.1| putative major facilitator superfamily transporter [Microlunatus phosphovorus NM-1] Length=422 Score = 306 bits (784), Expect = 4e-81, Method: Compositional matrix adjust. Identities = 204/412 (50%), Positives = 270/412 (66%), Gaps = 24/412 (5%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 +AW V FG+V L AD+VYEGAR+ITGPLLASLGAT VVG+V+G+GEA +L LRLVSG Sbjct 11 TAWSLVVGFGLVSLTADMVYEGARAITGPLLASLGATAAVVGLVSGLGEAVSLLLRLVSG 70 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGI-----AGALWVACALVIAERVGKAVRGPAKD 134 ADRS R+W WTIAGY +T V+VP L I A L V C L+IAER GKAVR PAK Sbjct 71 SWADRSGRYWRWTIAGYAITAVSVPALAITPFLGAAGLVVGCLLIIAERFGKAVRSPAKS 130 Query 135 TLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAAL 194 LL+ A+ V G GRGF VH+ALDQ+GA GPL VA ++++TG ++ L VL +PG ++ Sbjct 131 VLLAQASGVVGLGRGFGVHKALDQLGAFAGPLLVAAVISLTGALWS-GLVVLAIPGALSI 189 Query 195 ALLLWLQRRVPRPESYED-----CPVVLGNPSA-PRPWA-----------LPAQFWLYCG 237 +LL L+R + + P V+ NPSA P P A LP++FW + Sbjct 190 IVLLVLRRASNDTGTASNGPDSPTPGVVSNPSAMPIPSATPTAQPLPRHRLPSEFWTFAA 249 Query 238 FTAITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTL 297 T G TF ++ +H+V V +AA+VPV+YAAAMAA + AL +GF +DR A+ L Sbjct 250 AAGATTAGLVTFAVIGYHLVDGRVTSAALVPVIYAAAMAAAGVAALGTGFLFDRIHARVL 309 Query 298 AVLPILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVF 357 VLP+L V +FAF D + +V++G L WGAA G+Q+ST++ +VADLV +PRR +AYG+F Sbjct 310 LVLPLLVAAVPVFAFADALPLVMVGVLAWGAASGLQDSTVKALVADLVPAPRRGTAYGLF 369 Query 358 AAGLGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMF-AIRLPRVAP 408 AA G A GG + G LYD S L+ V A +L+ALV++ +R P V+P Sbjct 370 AAVQGGAAVLGGVIAGALYDHSTPALIAYVAATQLIALVLLVRTLRRPPVSP 421 >gi|317126650|ref|YP_004100762.1| major facilitator superfamily MFS_1 [Intrasporangium calvum DSM 43043] gi|315590738|gb|ADU50035.1| major facilitator superfamily MFS_1 [Intrasporangium calvum DSM 43043] Length=433 Score = 283 bits (724), Expect = 4e-74, Method: Compositional matrix adjust. Identities = 206/422 (49%), Positives = 270/422 (64%), Gaps = 29/422 (6%) Query 15 TRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGL 74 TRP +S+WR V FGV+ L AD+VYEGARS+ GPLLASLGA+GLVVGVVTG+GEA AL L Sbjct 5 TRP-MSSWRIVLWFGVISLTADMVYEGARSMYGPLLASLGASGLVVGVVTGLGEAMALVL 63 Query 75 RLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIA-----GALWVACALVIAERVGKAVR 129 RLV GPLADR+ R+W TI+GY LTVV VPLL +A L VA L++ ER GKA+R Sbjct 64 RLVFGPLADRTGRYWLLTISGYALTVVCVPLLAVAPFLGGAGLAVAALLILLERSGKAIR 123 Query 130 GPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLP 189 P+K LL+HAA GRGRGF V +A+DQVGA GPL VA ++A TG + P + VL +P Sbjct 124 SPSKSALLAHAAGALGRGRGFGVQKAMDQVGAFAGPLVVAAVVAATGVIW-PGMLVLAVP 182 Query 190 GGAALALLLWLQRRVP------------RPESYEDC---PVVLGNPSAPRPW-------A 227 G A+A+LL L+ RVP P + +D P + A R W Sbjct 183 GVVAIAVLLVLRARVPDLGAVTGTPDAAHPPASDDPGSEPSGIRTRGAVRAWLADAVGSH 242 Query 228 LPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGF 287 LP F+ + ++T G TFG++ +H+ + V+ A VP+VYAAAMA A++AL G+ Sbjct 243 LPGDFFRFAVAASLTTGGLVTFGIIGYHLTADAVVPLATVPLVYAAAMAVGAVSALLVGW 302 Query 288 SYDRYGAKTLAVLPILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVAS 347 YDR GA L V+P+L V A T + +V+ G +VWG A+GIQ+S ++ +VA+LV + Sbjct 303 VYDRAGAHVLLVVPVLVAAVPPLALTQSFGLVLAGVVVWGLALGIQDSAVKALVAELVPA 362 Query 348 PRRASAYGVFAAGLGAATAGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIRLPRVA 407 RRA+AYGVFA GA GGA IGWLYD+S+ LVV V A +L+AL +++ P Sbjct 363 GRRATAYGVFAGIQGAFAVIGGAGIGWLYDVSLPALVVTVAATQLLALGLLWRTVRPGAG 422 Query 408 PS 409 P Sbjct 423 PH 424 >gi|297618483|ref|YP_003703642.1| major facilitator superfamily protein [Syntrophothermus lipocalidus DSM 12680] gi|297146320|gb|ADI03077.1| major facilitator superfamily MFS_1 [Syntrophothermus lipocalidus DSM 12680] Length=403 Score = 279 bits (713), Expect = 8e-73, Method: Compositional matrix adjust. Identities = 163/397 (42%), Positives = 230/397 (58%), Gaps = 7/397 (1%) Query 6 DVALSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTG 65 D A + R SA +FV + G+V L AD+ YEGARSITG LA LGA+ VVG+V G Sbjct 9 DKAAQQAEGLRTKQSAIKFVVLIGLVSLFADMTYEGARSITGQYLAVLGASATVVGLVAG 68 Query 66 VGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVG 125 VGE GLRLVSG ++D++R++W TI GY L + VPLL + G +A AL+I ER+G Sbjct 69 VGEFIGYGLRLVSGYISDKTRQYWMLTIIGYMLNLFAVPLLALVGRWDLAAALMILERIG 128 Query 126 KAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGV 185 KA+R PA+D +LSHA G G GF +HEA+DQVGAM+GP+ VA +L + G Y + G+ Sbjct 129 KAIRTPARDAMLSHATRAVGSGWGFGLHEAMDQVGAMLGPVIVAAVLYLKGG-YETSFGI 187 Query 186 LTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLG 245 L +P A+ +LL + P P E +G P FWLY G A+ G Sbjct 188 LVVPALLAITVLLTARYFYPNPRDLE-----VGYPKLNTK-GFAQVFWLYLGAVALIAFG 241 Query 246 FGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSI 305 + F L++FH + +P +YA AM DAL ALA G +DR G LA+ +L+ Sbjct 242 YADFPLIAFHFKKVDIAPDQWLPTLYALAMGVDALAALAFGRLFDRIGIAALALGSLLTA 301 Query 306 LVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAAT 365 F + V G ++WG +G QES +R +A++V +R +AYG+F G G Sbjct 302 WFAPLVFYGGLPYAVAGMVLWGIGMGAQESIMRASIAEMVPIDKRGTAYGIFNTGYGVCW 361 Query 366 AGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIR 402 G AL+G+LYD+S+ LVV + ++L ++ + +R Sbjct 362 FLGSALMGYLYDVSLMFLVVFSVVVQLASIPLFLKVR 398 >gi|119487499|ref|ZP_01621109.1| hypothetical protein L8106_26622 [Lyngbya sp. PCC 8106] gi|119455668|gb|EAW36804.1| hypothetical protein L8106_26622 [Lyngbya sp. PCC 8106] Length=393 Score = 278 bits (712), Expect = 9e-73, Method: Compositional matrix adjust. Identities = 156/379 (42%), Positives = 224/379 (60%), Gaps = 6/379 (1%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 +A++FV + G+V L AD YEGARSI G L SLGA+G VVG+V G GE A GLRL G Sbjct 8 AAFKFVVLLGIVSLCADATYEGARSINGQFLGSLGASGTVVGLVAGFGELIAYGLRLFIG 67 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 L+DR+R++W T GY + VPLL +AG+L VA L+IAER GKA+R P +D LLSH Sbjct 68 FLSDRTRQYWRITTIGYAINTFAVPLLALAGSLPVAAGLMIAERTGKAIRTPPRDVLLSH 127 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 A + G G GF VHEALDQ+GA+ GPL VA +L++ N Y+ L +P L +LL Sbjct 128 AVTQVGTGFGFGVHEALDQIGAVSGPLMVAAILSLQ-NDYSAGYAALMIPAVIGLIVLLT 186 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 LQ+ P P +E L N + P FWLY G + G+ F L+++H Sbjct 187 LQKVYPNPREFE-----LANRPILKAEKFPKAFWLYLGSVVLIAAGYADFPLIAYHFQQV 241 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMV 319 + +P++YA AM DA+ A+ G +DR G +LA+ L+ + F + Sbjct 242 NLSDTNSIPLLYALAMGVDAIAAILFGRLFDRIGLLSLAIAAFLASVFAPLVFLGTPQLA 301 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 ++G ++WG +G QES ++ + +V++ +R SA+GVFA G G A G L+G LYD S Sbjct 302 IVGMILWGIGMGAQESIMKAGITRIVSADQRGSAFGVFATGYGLAWFLGSVLMGILYDRS 361 Query 380 IGTLVVVVIALELMALVMM 398 + LV+ + ++L+A ++ Sbjct 362 LLVLVIFSVVIQLLAFPLL 380 >gi|221632591|ref|YP_002521812.1| hypothetical protein trd_0566 [Thermomicrobium roseum DSM 5159] gi|221156891|gb|ACM06018.1| putative membrane protein [Thermomicrobium roseum DSM 5159] Length=413 Score = 277 bits (709), Expect = 2e-72, Method: Compositional matrix adjust. Identities = 167/393 (43%), Positives = 236/393 (61%), Gaps = 6/393 (1%) Query 21 AWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGP 80 A+R + + G+V L D+ YEG R +TGP LA LGA+ + VG+V G+GE A LR SG Sbjct 16 AYRLIILLGLVSLFGDISYEGVRGVTGPYLALLGASAVAVGLVAGLGEFAGYALRTASGY 75 Query 81 LADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHA 140 LADR R W T+ GY L + T+PLL + +A AL++ ER+GKA+R P++D +LSHA Sbjct 76 LADRLRLHWLLTVVGYGL-IATLPLLALVHRWELAAALIVLERLGKALRTPSRDAILSHA 134 Query 141 ASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNA-YAPALGVLTLPGGAALALLLW 199 AS GRG+GF +HEALDQ+GA+IGP+ A L G A Y G+LT+P A+ +L+ Sbjct 135 ASQVGRGKGFGIHEALDQLGALIGPVIFAVALTFDGEAGYRLGFGLLTIPAILAIVILVL 194 Query 200 LQRRVPRPESYEDCPVVLGNPS-APRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVS 258 R+ P PES E + P+ A L FW Y FTA+T LGF F LLS+H+ Sbjct 195 AWRQEPEPESLESVTPRVNRPTEASGSRRLSGPFWRYTLFTALTTLGFVPFALLSYHVEQ 254 Query 259 HGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTM 318 G + ++P++YA AM D AL +G+ YDR+G +TLA +PI L A Sbjct 255 TGRFSPPLIPLLYAVAMGVDGGIALIAGWGYDRFGLRTLAAVPICIALGTAAALQSTTGF 314 Query 319 VVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDI 378 ++ G +VWG A+G+ E+T+R V +L A R AYGVF G A GGA++G+LY+ Sbjct 315 IITGVVVWGIAMGLVETTMRAAVGELSAPSARGLAYGVFNTVFGTAWLAGGAVLGYLYEQ 374 Query 379 --SIGTLVVVVIALELMALVMMFAIRLPRVAPS 409 S GT+ ++ LE+ AL++ + + + R S Sbjct 375 LGSRGTIGATLV-LEIAALLLFWGLGVARAHAS 406 >gi|333980028|ref|YP_004517973.1| major facilitator superfamily protein [Desulfotomaculum kuznetsovii DSM 6115] gi|333823509|gb|AEG16172.1| major facilitator superfamily MFS_1 [Desulfotomaculum kuznetsovii DSM 6115] Length=383 Score = 277 bits (708), Expect = 3e-72, Method: Compositional matrix adjust. Identities = 164/378 (44%), Positives = 231/378 (62%), Gaps = 6/378 (1%) Query 21 AWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGP 80 A++F+ + G+V L +D+ YEGARSITGP LA LGATG +VG V G+GE G+RL+SG Sbjct 5 AFKFIILLGIVSLFSDMTYEGARSITGPFLAMLGATGTIVGFVAGLGELLGYGVRLLSGY 64 Query 81 LADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHA 140 ++DR+ ++W TI GY L ++ VP L +AG VA L+I ERVGKA+R PA+D +LS+A Sbjct 65 ISDRTGKYWPITILGYFLNLLAVPFLALAGNWPVAAGLMITERVGKAIRTPARDAMLSYA 124 Query 141 ASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWL 200 S GRGRGF +HEALDQ+GA+ GPL VA +L Y VL +P AL +L+ Sbjct 125 TSEVGRGRGFGLHEALDQIGAITGPLIVALVLYFLKGNYKAGFAVLLVPASVALIILIAA 184 Query 201 QRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHG 260 + P P E P++ LP++FWLY A+ G+ + L++FH+ Sbjct 185 RILYPVPRELEAAPIMAEGK------GLPSKFWLYLAAVALIAAGYVDYPLIAFHLGKTS 238 Query 261 VLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMVV 320 +++ A +P++YA AMAADAL AL G+ +DR G L + ++S L F N VV Sbjct 239 LISPAWLPILYAIAMAADALAALIFGYLFDRTGINILVIAVLVSSLFAPLVFLGNFITVV 298 Query 321 IGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDISI 380 G +WG +G QES LR +A ++ RR +AYGVF G G G AL+G LYD+S+ Sbjct 299 TGMAIWGIGMGAQESVLRAAIAGMIPPDRRGTAYGVFNTGYGLFWFLGSALMGILYDLSV 358 Query 381 GTLVVVVIALELMALVMM 398 G +V + ++L+A MM Sbjct 359 GYVVAFSVIVQLLAASMM 376 >gi|269926659|ref|YP_003323282.1| major facilitator superfamily MFS_1 [Thermobaculum terrenum ATCC BAA-798] gi|269790319|gb|ACZ42460.1| major facilitator superfamily MFS_1 [Thermobaculum terrenum ATCC BAA-798] Length=399 Score = 273 bits (698), Expect = 4e-71, Method: Compositional matrix adjust. Identities = 161/397 (41%), Positives = 231/397 (59%), Gaps = 6/397 (1%) Query 6 DVALSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTG 65 D+ R T A+RF+ + G+V L AD+ YEGAR I GP LA LGA+G VVG V G Sbjct 3 DIKTQRSTTTTIRSHAFRFIVLVGIVSLFADMTYEGARGIIGPYLAVLGASGAVVGFVAG 62 Query 66 VGEAAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVG 125 GE RLVSG ++DR+R++W TI GY + + VPLL + G +A LVIAER+G Sbjct 63 FGELLGYAFRLVSGYISDRTRQYWLTTILGYVINLGAVPLLALTGNWQLAAILVIAERMG 122 Query 126 KAVRGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGV 185 KA+R PA+D +LSHAAS G G+GF +HEALDQ+GA++GPL VA L T +Y V Sbjct 123 KALRVPARDAMLSHAASQIGTGKGFGIHEALDQIGAVVGPLIVAATLFFTSGSYRTGFAV 182 Query 186 LTLPGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLG 245 L +P ++A L+ + P P E + L L FW+Y + G Sbjct 183 LAIPAILSIATLIAARVMYPAPHKLEIRQIEL------ETQGLRGVFWVYMLAIGLIAAG 236 Query 246 FGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSI 305 + F L+++H + + +P++Y AM DAL AL G +DR G +LA+ +LS Sbjct 237 YADFPLIAYHFQKANLFSQDAIPILYTVAMGTDALAALFLGALFDRMGMLSLAIGTVLSA 296 Query 306 LVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAAT 365 L +F N + VIG ++WG +G QES +R V+ +V + RR +A+GVF G G Sbjct 297 LFAPLSFLGNAYLSVIGVIMWGIGMGAQESIMRAAVSRMVPADRRGAAFGVFNTGYGLFW 356 Query 366 AGGGALIGWLYDISIGTLVVVVIALELMALVMMFAIR 402 GG L+G LYDISI LV+ + +++ ++V++ ++R Sbjct 357 FGGSLLMGVLYDISIPLLVLFSVLVQVASVVIILSLR 393 >gi|338174078|ref|YP_004650888.1| protein Mb2288 [Parachlamydia acanthamoebae UV7] gi|336478436|emb|CCB85034.1| uncharacterized protein Mb2288 [Parachlamydia acanthamoebae UV7] Length=387 Score = 271 bits (694), Expect = 1e-70, Method: Compositional matrix adjust. Identities = 159/386 (42%), Positives = 229/386 (60%), Gaps = 13/386 (3%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 A FV +FG + L AD+ YEGARSI+G LA LGA+G VVG V G GE G RLVSG Sbjct 9 KAIHFVILFGFISLFADMTYEGARSISGQYLALLGASGAVVGTVAGAGELIGYGFRLVSG 68 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 ++DR+ R+W T GY L ++ VPL+ +AG +A +L+I ER GKA+R PAKD LLS+ Sbjct 69 YISDRTGRYWTITFIGYFLNLLAVPLIALAGNWPLAASLMILERFGKAIRNPAKDALLSY 128 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 A TGRG GF +HEA+DQ+GA+ GPL V+G+L + G Y + VL +P AL++L+ Sbjct 129 ATKQTGRGWGFGLHEAMDQIGAITGPLIVSGVLYLQGT-YQASFAVLLIPALCALSVLVA 187 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 P PE E+ L + ++WLY + G+ F L++FH Sbjct 188 TWFLYPNPEEMEEETPNLNTEGFTK------KYWLYIAAISCIAAGYVDFPLIAFHFEKA 241 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFA---FTDNV 316 +L +PV++A AMAAD ++AL G+ YD+ G +VL +S + FA F + Sbjct 242 ALLPEVWIPVLFAIAMAADGISALICGYLYDKIG---FSVLIGVSFIAAFFAPCVFLGGL 298 Query 317 TMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLY 376 + +V+G ++WG +G QES +R V+A++V +RA+AYG+ G A G AL+G LY Sbjct 299 SFIVLGAILWGIGLGAQESIVRAVIANMVRMNKRATAYGLMNIYFGIAWFLGSALMGLLY 358 Query 377 DISIGTLVVVVIALELMALVMMFAIR 402 D S+ LV + + AL + FA++ Sbjct 359 DRSLILLVAFSLIAQFAALPLFFAVK 384 >gi|163849334|ref|YP_001637378.1| major facilitator transporter [Chloroflexus aurantiacus J-10-fl] gi|222527328|ref|YP_002571799.1| major facilitator superfamily protein [Chloroflexus sp. Y-400-fl] gi|163670623|gb|ABY36989.1| major facilitator superfamily MFS_1 [Chloroflexus aurantiacus J-10-fl] gi|222451207|gb|ACM55473.1| major facilitator superfamily MFS_1 [Chloroflexus sp. Y-400-fl] Length=389 Score = 271 bits (694), Expect = 1e-70, Method: Compositional matrix adjust. Identities = 163/381 (43%), Positives = 227/381 (60%), Gaps = 7/381 (1%) Query 21 AWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGP 80 A +F+T+ GVV LLAD+VYEG RS++G LA LGA+G VVG+ G+GE GLRLV G Sbjct 12 ALQFITLMGVVSLLADMVYEGGRSLSGQYLALLGASGAVVGLTAGIGELIGYGLRLVFGY 71 Query 81 LADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHA 140 L+DR+RR+W TI GY+LTV+ VPLL +A A +A L++ ER+ KA+R PAKDTL+S+A Sbjct 72 LSDRTRRYWLLTILGYSLTVIAVPLLALANAWPLAVGLLMVERLSKALRSPAKDTLISYA 131 Query 141 ASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWL 200 A G G+GF +HE LDQ+GA++ PL +AG+LA +GN + A GVL +PG + +LL Sbjct 132 ADRVGAGKGFGLHEVLDQIGAVLAPLLLAGILAFSGN-FQLAFGVLIIPGLLCMMVLLMA 190 Query 201 QRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHG 260 + R P+P + R QFW Y A+ F L ++H+ Sbjct 191 RMRFPQPADLARQTPAITTTGFSR------QFWYYLAGVALFAAASVDFALAAYHLQRLQ 244 Query 261 VLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMVV 320 ++ A +P +YA AM DA+ A G YDR G L + L L F+ + V+ Sbjct 245 IVQPAGIPALYALAMTVDAVAAFGFGLLYDRIGLGALVGVTALGALSTPLLFSTGLLTVI 304 Query 321 IGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDISI 380 IG ++WGA +G QES LR V L RR +AYG+F AG G + G A +G LYD ++ Sbjct 305 IGVVLWGAVLGAQESILRAAVGQLAPPDRRGAAYGLFHAGFGVSWFVGSACLGLLYDRAL 364 Query 381 GTLVVVVIALELMALVMMFAI 401 L+ V AL L A +++F + Sbjct 365 PALIGVSAALYLGAALVLFYV 385 >gi|339500890|ref|YP_004698925.1| major facilitator superfamily protein [Spirochaeta caldaria DSM 7334] gi|338835239|gb|AEJ20417.1| major facilitator superfamily MFS_1 [Spirochaeta caldaria DSM 7334] Length=402 Score = 269 bits (687), Expect = 6e-70, Method: Compositional matrix adjust. Identities = 145/380 (39%), Positives = 218/380 (58%), Gaps = 6/380 (1%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 +A+ F+ +FGVV L +D+ +EGARSITGP L+SLG + V + G GE LR SG Sbjct 18 AAYLFIVLFGVVSLFSDMTHEGARSITGPFLSSLGLSAAAVATIAGFGEFVGYALRFASG 77 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 L+D+++R+W T GYT+ +++VPLL +AG+ +A L+I ER G+A+R PA+D +LSH Sbjct 78 YLSDKTKRYWLVTGVGYTVNLLSVPLLALAGSWQIAALLMILERAGRAIRNPARDGMLSH 137 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 A S TG G+GF +HEALDQ+GA GPL + +LA G A L +P AL +L+ Sbjct 138 ATSETGHGKGFGLHEALDQIGATTGPLIITVVLA-AGGTMQHAFSFLLIPALTALIILMA 196 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 + R P P++ E R P FW Y ++ +GF + LL++H Sbjct 197 TRIRYPHPQALETA-----QKENLRGAHFPKAFWFYLIAASLVAVGFVDYTLLAYHFQKG 251 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMV 319 ++ + + + Y AM DA+ AL G YD+ G + L + LS+ +F F N T+ Sbjct 252 DLMKPSTIAIYYGIAMGTDAVFALIFGSLYDKIGIRALVISTALSLFFPVFGFQHNGTLA 311 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 +IG ++WG +G QES +R +A + +RA+AYG F G + G AL G LYDIS Sbjct 312 LIGVMLWGVGMGAQESIMRAAIAHFASKDKRATAYGFFNMVYGFSWFAGSALFGVLYDIS 371 Query 380 IGTLVVVVIALELMALVMMF 399 I +V + ++ +++ F Sbjct 372 IPWAIVFSVVMQAISIPFFF 391 >gi|154248866|ref|YP_001409691.1| major facilitator transporter [Fervidobacterium nodosum Rt17-B1] gi|154152802|gb|ABS60034.1| major facilitator superfamily MFS_1 [Fervidobacterium nodosum Rt17-B1] Length=393 Score = 269 bits (687), Expect = 7e-70, Method: Compositional matrix adjust. Identities = 149/394 (38%), Positives = 221/394 (57%), Gaps = 11/394 (2%) Query 14 ATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALG 73 A A F+ + G V L +D+ YEGARS+ GP L LGA+ +VV + G+GE Sbjct 4 AKNMKKKALYFIVLMGFVSLFSDITYEGARSLVGPYLGLLGASAVVVSAIAGLGELLGYT 63 Query 74 LRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAK 133 LR V+G L D+++++W + I GY++ ++ +P L + +A LVI ERVGKA+R PAK Sbjct 64 LRFVTGKLVDKTKKYWFFAILGYSINLLVIPTLALTKHWILAAILVILERVGKALRKPAK 123 Query 134 DTLLSHAASVTGRGRGFAVHEALDQVGAMIGP----LTVAGMLAI-TGNAYAPALGVLTL 188 DT+ S A+S G G GFA+ E +DQ+GA IGP LT+A + + T +AY A L Sbjct 124 DTITSFASSQVGYGTGFAIEEFMDQIGATIGPLFMSLTIANNIKLETVDAYRKAFAFLVF 183 Query 189 PGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGT 248 P + ++ + VP PE E + + R F+LY ++ GF Sbjct 184 PAVITIGIIFIARVLVPNPEKMEKAKETIKDVKLDRT------FYLYLAGISLIAFGFAD 237 Query 249 FGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVV 308 F L+ FH +L+ AM+P+ Y AM DA AL G +DR G LA+ +S Sbjct 238 FALIGFHAQKLNLLSPAMIPIAYMIAMIVDAFAALFFGKLFDRLGIGVLAISTFISAFYG 297 Query 309 LFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGG 368 +F+F ++ T +++G+++WG +G QES ++ VA LV +RA+AYG F A G A G Sbjct 298 IFSFGNSGTFIMVGSILWGIGMGAQESIMKAAVAKLVEKEKRATAYGFFNAVFGIAWFVG 357 Query 369 GALIGWLYDISIGTLVVVVIALELMALVMMFAIR 402 AL+G LY ISI +L+ V I E+ A+++ IR Sbjct 358 SALLGILYSISIKSLIAVSIISEIAAVIIFLTIR 391 >gi|75906469|ref|YP_320765.1| major facilitator transporter [Anabaena variabilis ATCC 29413] gi|15559069|gb|AAL02109.1|AF408411_4 unknown [Anabaena variabilis ATCC 29413] gi|75700194|gb|ABA19870.1| Major facilitator superfamily MFS_1 [Anabaena variabilis ATCC 29413] Length=397 Score = 268 bits (685), Expect = 1e-69, Method: Compositional matrix adjust. Identities = 163/385 (43%), Positives = 218/385 (57%), Gaps = 6/385 (1%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 +A RFV + G V L AD YEGARSITG L LGA+G VVG+V G GE GLRLV G Sbjct 6 AALRFVILLGFVSLCADATYEGARSITGAYLQVLGASGTVVGLVAGFGELIGYGLRLVIG 65 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 L+D+SR++W T GY L VPLL + G A L++AER GKAVR P +D LLSH Sbjct 66 YLSDQSRKYWGITTLGYILNTAVVPLLALTGRWEAAAGLMMAERTGKAVRTPPRDALLSH 125 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 AS GRG GF +HEA+DQ GA++GPL VA M+ G Y A +L +P L +LL Sbjct 126 GASQIGRGFGFGLHEAMDQTGAVMGPLAVAAMVYFQGE-YRHAFTILIVPAVLGLVVLLV 184 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 LQ P P +E+ LP FW+Y G A+ G+ F L++FH Sbjct 185 LQFLYPNPSDFEEETEEQKQQE-----GLPRIFWIYLGAVAVIAAGYADFPLIAFHFQKS 239 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMV 319 G+ +P+ YA AM DA+ AL G+ +DR G L + +S L F + + Sbjct 240 GIATGETIPLFYALAMGVDAIAALIFGYVFDRLGISILIIAAFISCLFAPLVFLGDTNLA 299 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 ++G WG +G QES L+ +A +V +RA+AYG+F+ G G + G AL+G LYD S Sbjct 300 LLGIAFWGIGMGAQESILKAAIAGMVPKHKRATAYGIFSTGYGLSWFLGSALMGILYDHS 359 Query 380 IGTLVVVVIALELMALVMMFAIRLP 404 I TL+V A +L+A+ ++L Sbjct 360 ITTLIVFSSATQLLAIPFFTWVKLK 384 >gi|119715785|ref|YP_922750.1| major facilitator transporter [Nocardioides sp. JS614] gi|119536446|gb|ABL81063.1| major facilitator superfamily MFS_1 [Nocardioides sp. JS614] Length=423 Score = 266 bits (679), Expect = 6e-69, Method: Compositional matrix adjust. Identities = 175/363 (49%), Positives = 228/363 (63%), Gaps = 31/363 (8%) Query 18 ALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLV 77 A S WR V FG+V L AD+VYEG R+ GP L +LGA+ L VG+VTG GE AL LRLV Sbjct 17 AWSPWRTVLAFGLVSLAADMVYEGMRATAGPFLGTLGASALTVGLVTGAGEGIALVLRLV 76 Query 78 SGPLADRSRRFWAWTIAGYTLTVVTVPLL------GIAGALWVACALVIAERVGKAVRGP 131 +G ADRS W T+ GY +T V VPLL G+AG L VA L++ ER GKAVR P Sbjct 77 TGVWADRSHHHWRLTVLGYAMTAVCVPLLAITPFIGVAG-LAVAATLILLERTGKAVRSP 135 Query 132 AKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGG 191 AK LL+ A+ TGRG+GFAVH+ALDQ+GA GPL +AG+ A TG + P +L +PG Sbjct 136 AKSALLARMATATGRGKGFAVHKALDQIGAFSGPLLLAGVAAATGVLW-PGFAILAIPGA 194 Query 192 AALALLLWLQRRVP---RPESYEDCPV------------VLGNPSAPRPWALPAQFWLYC 236 +L LL L+ R P PE +D P+ V+G+ LP F L+ Sbjct 195 LSLVLLAQLRLRAPIVTEPER-DDAPLPATSALVAVGKAVVGSD-------LPRAFHLFA 246 Query 237 GFTAITMLGFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKT 296 TA+ G TFG++SF +V G+LAAA VP+ YA AMA +A+ AL +G +DR G + Sbjct 247 LATAMMTAGLMTFGVISFRLVQDGLLAAAAVPLAYALAMAVEAIAALGTGHLFDRRGGRV 306 Query 297 LAVLPILSILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGV 356 L +P+L +V L F + +V++G +VWG A GIQ+ST++ VADLV +PRRA+AYGV Sbjct 307 LLAVPVLVAIVPLCVFATQLWLVLVGIVVWGVATGIQDSTVKAYVADLVPAPRRATAYGV 366 Query 357 FAA 359 FAA Sbjct 367 FAA 369 >gi|17229926|ref|NP_486474.1| hypothetical protein alr2434 [Nostoc sp. PCC 7120] gi|17131526|dbj|BAB74133.1| alr2434 [Nostoc sp. PCC 7120] Length=397 Score = 265 bits (677), Expect = 1e-68, Method: Compositional matrix adjust. Identities = 161/385 (42%), Positives = 216/385 (57%), Gaps = 6/385 (1%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 +A +FV + G V L AD YEGARSITG L LGA+G VVG+V G GE GLRLV G Sbjct 6 AALKFVILLGFVSLCADATYEGARSITGAYLQVLGASGTVVGLVAGFGELIGYGLRLVIG 65 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 L+D+SR++W T GY L VPLL G A L++AER GKAVR P +D LLSH Sbjct 66 YLSDQSRKYWGITTLGYILNTAVVPLLAFTGRWEAAAGLMMAERTGKAVRTPPRDALLSH 125 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 S GRG GF +HEA+DQ GA++GPL VA M+ G Y A +L +P L +LL Sbjct 126 GVSQIGRGFGFGLHEAMDQTGAVMGPLAVAAMVYFQGE-YRHAFTILIVPAVLGLVVLLV 184 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 LQ P P +E+ LP FW+Y G A+ G+ F L++FH Sbjct 185 LQFLYPNPSDFEEETEEQKQQE-----GLPRIFWIYLGAVAVIAAGYADFPLIAFHFQKS 239 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMV 319 G+ +P+ YA AM DA+ AL G+ +DR G L + +S L F + + Sbjct 240 GIATGETIPLFYALAMGVDAIAALIFGYVFDRLGISILIIAAFISCLFAPLVFLGDTNLA 299 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 ++G WG +G QES L+ +A +V +RA+AYG+F+ G G + G AL+G LYD S Sbjct 300 LLGIAFWGIGMGAQESILKAAIAGMVPKHKRATAYGIFSTGYGLSWFLGSALMGILYDHS 359 Query 380 IGTLVVVVIALELMALVMMFAIRLP 404 I TL+V A +L+A+ ++L Sbjct 360 ITTLIVFSSATQLLAIPFFVWVKLK 384 >gi|11499136|ref|NP_070370.1| hypothetical protein AF1541 [Archaeoglobus fulgidus DSM 4304] gi|2649020|gb|AAB89705.1| conserved hypothetical protein [Archaeoglobus fulgidus DSM 4304] Length=372 Score = 264 bits (674), Expect = 3e-68, Method: Compositional matrix adjust. Identities = 157/375 (42%), Positives = 223/375 (60%), Gaps = 15/375 (4%) Query 21 AWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGP 80 A +F+ + G+V L D+ YEGARSI GP LA+ G T +G++TG GE A GLRL+SG Sbjct 4 AMKFILLMGLVSLFGDITYEGARSIVGPYLATFGLTAAAIGLITGFGEFAGYGLRLLSGY 63 Query 81 LADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHA 140 +ADR+ +W T GY+L ++ +PLL A W+A L++AER+GKA+R PA+D +LS A Sbjct 64 IADRTGNYWLLTFLGYSL-ILAIPLLAFANYWWIAALLIVAERLGKAIRTPARDAMLSFA 122 Query 141 ASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWL 200 GRG GF +HEA+DQVGA+IGPL V LA G + A L LP + L Sbjct 123 TKQVGRGTGFGIHEAMDQVGAVIGPLIVFSALA--GYTFKEAFIALFLPALLVILFLFAT 180 Query 201 QRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHG 260 + P P+ +E + + FWLY F +++ GF +F LLS+H+ G Sbjct 181 WKLYPTPQRFE---------IEEQESRVEGSFWLYSLFVFLSVAGFLSFPLLSYHLA--G 229 Query 261 VLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMVV 320 + ++P++YA AM DA++AL SG YDR G KTL +L L ++L A ++ V+ Sbjct 230 YVDLKLIPLLYALAMGIDAISALISGRCYDRIGLKTL-MLVPLLTPLILLALHPSIIGVL 288 Query 321 IGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDISI 380 +G WGA +G+ E+ R VADL +R++AYGVF G A GGA++G+LYDIS Sbjct 289 VGVAAWGAVMGMHEAITRAAVADLTGVKKRSTAYGVFNTVFGVAMLAGGAVLGYLYDISA 348 Query 381 GTLVVVVIALELMAL 395 LV V+ +E+ A Sbjct 349 ALLVGFVLVVEVAAF 363 >gi|218437727|ref|YP_002376056.1| major facilitator superfamily protein [Cyanothece sp. PCC 7424] gi|218170455|gb|ACK69188.1| major facilitator superfamily MFS_1 [Cyanothece sp. PCC 7424] Length=398 Score = 262 bits (669), Expect = 1e-67, Method: Compositional matrix adjust. Identities = 157/382 (42%), Positives = 214/382 (57%), Gaps = 5/382 (1%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 SA +F+ V G V L AD YEGARSITG L LGA+G VVG+V G+GE GLRLV G Sbjct 11 SALKFIFVLGFVSLCADATYEGARSITGAYLGFLGASGTVVGLVAGLGELIGYGLRLVIG 70 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 ++DR++++W T GY L VPLL AG VA L+I+ERVGKA+R P +D LLSH Sbjct 71 YMSDRTQKYWLITTLGYFLNTAVVPLLAFAGRWEVAAGLMISERVGKAIRTPPRDVLLSH 130 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 AA G+G GF +HEA+DQ GA+IGPL VA ML Y +L +P L ++L Sbjct 131 AAIKVGKGFGFGLHEAMDQTGAVIGPLAVAAMLYWQ-QGYQGGFKILAIPAILGLIVVLI 189 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 Q P P +ED V + LP FW+Y A+ GF F L++ H Sbjct 190 AQVLYPNPREFEDETVAIKQEGE----GLPKIFWIYLAAVALIAAGFADFPLIALHFQQE 245 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMV 319 + + ++YA AM DA+ AL G +D G L V ++S F N ++ Sbjct 246 IHIDPNAIALLYALAMGVDAVAALIFGRLFDWIGINVLMVAALISAGFAPAIFLGNSNLI 305 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 ++G + W +G QES L+ VVA LV RR SAYG+F G G A G A++G LYD++ Sbjct 306 LLGMIFWAIGMGAQESVLKAVVAGLVPIERRGSAYGIFNTGYGLAWFAGSAIMGILYDVN 365 Query 380 IGTLVVVVIALELMALVMMFAI 401 + LV + +L ++ ++F + Sbjct 366 MAWLVGFSVFFQLASIPVLFIV 387 >gi|328954411|ref|YP_004371745.1| major facilitator superfamily MFS_1 [Desulfobacca acetoxidans DSM 11109] gi|328454735|gb|AEB10564.1| major facilitator superfamily MFS_1 [Desulfobacca acetoxidans DSM 11109] Length=403 Score = 261 bits (668), Expect = 1e-67, Method: Compositional matrix adjust. Identities = 159/382 (42%), Positives = 221/382 (58%), Gaps = 9/382 (2%) Query 15 TRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGL 74 T+P SA +FV + GVV LL+D+ YEGARSI GP LA LGA VV V G+GE L Sbjct 15 TQP--SALKFVILLGVVSLLSDMTYEGARSINGPFLALLGAGATVVATVAGLGELIGYAL 72 Query 75 RLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKD 134 RL+SG L D+++R+W T+ GY L + VPLL +AG +A AL++ ER+GKA+R PA+D Sbjct 73 RLLSGYLTDQTKRYWTITLVGYALNLFAVPLLALAGRWEIAAALMLTERLGKAIRNPARD 132 Query 135 TLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAIT-GNAYAPALGVLTLPGGAA 193 +LSHAAS GRG GF +HEA+DQ+GA+ GPL VA +L YA +L +P A Sbjct 133 AMLSHAASTMGRGWGFGLHEAMDQLGAIFGPLIVAIVLFFQVKGGYASGYAILLIPAILA 192 Query 194 LALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLS 253 L +LL + P+P E + + + RP FWLY A+ G+ F L++ Sbjct 193 LLVLLTGRYLYPQPHQLEVKVLKVESTGLSRP------FWLYIAAVALIGAGYADFPLVA 246 Query 254 FHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFT 313 +H V+ +P+ YA AM DA+ AL G+ YD G + +LS F Sbjct 247 YHFKKEAVMTDTWIPLAYAVAMGTDAVAALILGYIYDHLGIMVMVGATLLSAFFAPLVFL 306 Query 314 DNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIG 373 + G ++WG +G QES +R +AD+V SPRRASAYG+F G G G L+G Sbjct 307 GGFFGAMTGMVLWGIGMGAQESVMRAAIADMVPSPRRASAYGIFQTGYGLFWFLGSLLMG 366 Query 374 WLYDISIGTLVVVVIALELMAL 395 LY+ + L++ +A +L+AL Sbjct 367 LLYNNFLIYLIIFSVASQLLAL 388 >gi|219850575|ref|YP_002465008.1| major facilitator superfamily protein [Chloroflexus aggregans DSM 9485] gi|219544834|gb|ACL26572.1| major facilitator superfamily MFS_1 [Chloroflexus aggregans DSM 9485] Length=389 Score = 261 bits (667), Expect = 1e-67, Method: Compositional matrix adjust. Identities = 162/385 (43%), Positives = 233/385 (61%), Gaps = 11/385 (2%) Query 23 RFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGPLA 82 +F+ + GVV LLAD+VYEG RS++G LA LGA+G+VVG+ G GE GLRLV G L+ Sbjct 13 QFIVLMGVVSLLADMVYEGGRSLSGQYLALLGASGMVVGLTAGAGELIGYGLRLVFGYLS 72 Query 83 DRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHAAS 142 DR+RR+W TI GYTLT++ VP+L +A +A L++ ER KA+R PAKDTLLS+AA Sbjct 73 DRTRRYWLLTILGYTLTIIAVPMLALAQTWPLAVGLLMVERFSKALRSPAKDTLLSYAAE 132 Query 143 VTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWLQR 202 G G+GF +HEALDQ+GA+ PL +A +LA++G+ + A +L +PG A L +L+ + Sbjct 133 RVGTGKGFGLHEALDQIGAVAAPLGLAAVLAVSGS-FQMAFTLLIVPGVACLIVLIVARI 191 Query 203 RVPRPESY-EDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHGV 261 P+P P +L L A+FW Y + F L ++H + Sbjct 192 LFPQPSDLVSKTPELLTT-------GLQARFWWYLLSVGLFAAASVDFALAAYHFQRTQL 244 Query 262 LAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMVVI 321 ++AA +PV+YA AM DA+ AL GF YDR G L+ + + + L F+D + V+ Sbjct 245 ISAAAIPVLYALAMVVDAVAALGFGFLYDRIGMPVLSGITLFAALSTPLLFSDVLVAAVL 304 Query 322 GTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDISIG 381 G ++WG +G QES LR V + RR +AYG+F A G + G AL G LYD+++ Sbjct 305 GVVIWGITLGAQESILRAAVTRFTPADRRGAAYGLFNACFGLSWFIGSALFGVLYDVALP 364 Query 382 TLVVVVIALELM-ALVMMFAI-RLP 404 L+ V ++L LM AL++ F + R P Sbjct 365 VLIGVSVSLYLMAALILWFVVTRQP 389 >gi|307153821|ref|YP_003889205.1| major facilitator superfamily protein [Cyanothece sp. PCC 7822] gi|306984049|gb|ADN15930.1| major facilitator superfamily MFS_1 [Cyanothece sp. PCC 7822] Length=394 Score = 259 bits (663), Expect = 4e-67, Method: Compositional matrix adjust. Identities = 159/384 (42%), Positives = 214/384 (56%), Gaps = 7/384 (1%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 SA +F+ + G V L AD YEGARSITG L LGA+G VVG+V G+GE GLRLV G Sbjct 11 SALKFIFILGFVSLCADATYEGARSITGAYLGFLGASGTVVGLVAGLGELIGYGLRLVIG 70 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 ++DR++++W T GY + VPLL AG A AL+IAERVGKA+R P +D LLSH Sbjct 71 YMSDRTQKYWLITTLGYFINTGVVPLLAFAGRWETAAALMIAERVGKAIRTPPRDVLLSH 130 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 AA G+G GF +HEA+DQ GA+IGPL VAGM+A G Y +L +P L ++L Sbjct 131 AAINVGKGFGFGLHEAMDQTGAVIGPLAVAGMIA-WGKGYQGGFAILVIPAVLGLIVVLV 189 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 Q P P +E+ V PR FW+Y G A+ GF F LL+ H Sbjct 190 AQLLYPNPREFEEETVKQEGEGLPRV------FWIYLGAVALIAAGFADFPLLALHFQQQ 243 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMV 319 L + + ++YA AM DA+ AL G +D G L + +S F N Sbjct 244 IHLTPSTIALLYAFAMGVDAVAALIFGRLFDWVGVNVLMLAAFISSGFAPVIFLGNPNWA 303 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 + G ++W +G QES L+ VVA LV RR SAYG+F G G A G A++G LYD++ Sbjct 304 IWGMVLWAIGMGAQESVLKAVVAGLVPIERRGSAYGIFNTGYGLAWFAGSAIMGILYDVN 363 Query 380 IGTLVVVVIALELMALVMMFAIRL 403 LV + +L ++ ++ + L Sbjct 364 SLWLVAFSVVFQLASIPVLLVVSL 387 >gi|345302473|ref|YP_004824375.1| major facilitator superfamily protein [Rhodothermus marinus SG0.5JP17-172] gi|345111706|gb|AEN72538.1| major facilitator superfamily MFS_1 [Rhodothermus marinus SG0.5JP17-172] Length=393 Score = 259 bits (662), Expect = 6e-67, Method: Compositional matrix adjust. Identities = 173/398 (44%), Positives = 231/398 (59%), Gaps = 7/398 (1%) Query 9 LSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGE 68 ++R AT A + +FG+V LLAD+ YE ARS+ GP L LGA+ VGVV G GE Sbjct 1 MTRPAATPTTRRALWLIVLFGLVSLLADLTYESARSLIGPYLGWLGASATAVGVVAGAGE 60 Query 69 AAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAV 128 GLRL SG L+DR+RR+W T+ GY + ++ VP L +AG VA AL+IAER GKA+ Sbjct 61 LVGYGLRLASGYLSDRTRRYWTLTLLGYAVNLLAVPALALAGRWEVAAALIIAERAGKAL 120 Query 129 RGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTL 188 R PA+D LLSHA + G GRGF +HEALDQ+GA+ GPL +AG+L + G Y A +L + Sbjct 121 RTPARDVLLSHATAQVGHGRGFGLHEALDQIGAVAGPLLMAGVL-LQGGDYRTAFALLLV 179 Query 189 PGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGT 248 P AL LL + R PRP+ E P+AP P FW+Y + G+ Sbjct 180 PALLALGLLGVARLRYPRPQELEAA-----RPTAPADRTFPRTFWIYLTGAGLLAAGYAD 234 Query 249 FGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVV 308 F L+++H GVL A +P+ YA AM DA AL G +DR+G TLA+ L+ Sbjct 235 FPLIAYHFREAGVLPEAWIPLSYALAMGVDAGAALLLGRWFDRFGPITLALAVALTSAFA 294 Query 309 LFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGG 368 F +G +WG +G QES LR +A ++A RR +A+G+F A G G Sbjct 295 PLTFLGGAAAAWVGMALWGVGMGAQESILRATLARMIAPERRGTAFGLFHAVFGVCWFAG 354 Query 369 GALIGWLYDISIGTLVVVVIALE-LMALVMMFAIRLPR 405 AL+G LYD SI LV V +AL+ L ALV+ + R P+ Sbjct 355 SALLGVLYDTSIPALVGVAVALQVLAALVLGWMSRQPK 392 >gi|145594879|ref|YP_001159176.1| major facilitator transporter [Salinispora tropica CNB-440] gi|145304216|gb|ABP54798.1| major facilitator superfamily MFS_1 [Salinispora tropica CNB-440] Length=420 Score = 259 bits (661), Expect = 8e-67, Method: Compositional matrix adjust. Identities = 194/375 (52%), Positives = 238/375 (64%), Gaps = 18/375 (4%) Query 17 PALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRL 76 P+ S WR V FGVV L AD+VYEGARS+ GPLLASLGA+ L+VG++TG GEAAAL LRL Sbjct 23 PSWSPWRTVIGFGVVSLAADMVYEGARSVYGPLLASLGASALIVGLITGAGEAAALALRL 82 Query 77 VSGPLADRSRRFWAWTIAGYTLTVVTVPLLGI-----AGALWVACALVIAERVGKAVRGP 131 VSGPLADR+RR+W T GY LT V VPLL + A L VA L++AER+GKAVR P Sbjct 83 VSGPLADRTRRYWTLTTLGYALTAVCVPLLAVTPRLGAAGLVVAAVLIVAERLGKAVRSP 142 Query 132 AKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGG 191 AK LL+ AA G GRG VH+ALDQVGA GPL +A + A G P L L +PG Sbjct 143 AKSVLLADAAGAVGMGRGMGVHKALDQVGAFAGPLLLAALTAAAGGLLWPGLAGLAVPGA 202 Query 192 AALALLLWLQRRV----PRP---ESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITML 244 A+ LL+ L+RR PR ++ E+ G S LPA F + A+ Sbjct 203 LAMVLLVVLRRRAGIAHPRDVAADNREEYVDPAGRAS------LPASFGWFAVACALCTA 256 Query 245 GFGTFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILS 304 G TFGL+ FH+ G++ AA VP++YAAAMAA A+ ALA+G +YD GA+ L VLPIL Sbjct 257 GLMTFGLIGFHLAQTGLVPAAGVPLLYAAAMAAAAVAALATGAAYDHIGARVLLVLPILV 316 Query 305 ILVVLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAA 364 +V AFT + M G L WGAA+G+Q+ST++ VADLV RR +AYGVFAA A Sbjct 317 AVVPPLAFTTGLAMAAGGVLAWGAALGVQDSTVKAFVADLVPRSRRGTAYGVFAAVQAAG 376 Query 365 TAGGGALIGWLYDIS 379 GG G LYD S Sbjct 377 ALVGGVAAGALYDSS 391 >gi|126178383|ref|YP_001046348.1| major facilitator transporter [Methanoculleus marisnigri JR1] gi|125861177|gb|ABN56366.1| major facilitator superfamily MFS_1 [Methanoculleus marisnigri JR1] Length=389 Score = 258 bits (659), Expect = 1e-66, Method: Compositional matrix adjust. Identities = 157/390 (41%), Positives = 227/390 (59%), Gaps = 8/390 (2%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 +A+ + +FG+V L D++YEGARS++GP L LGA+ L VGVV G+GE LRL SG Sbjct 7 AAYTVIVLFGIVSLFGDIIYEGARSVSGPYLYILGASALAVGVVAGLGEFLGYALRLASG 66 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 LAD +R +WA T GY + L +AG+ A L+I ER GK +R PA+D +L++ Sbjct 67 YLADTTRHYWAITFIGYGMLAAVPLLA-LAGSWEAAALLLILERAGKGIRVPARDAILAN 125 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 A + GRG GFAVHEALDQVGA+IGPL + G+ Y +L +P + LL+ Sbjct 126 ATTTVGRGWGFAVHEALDQVGAVIGPLIFTAIFLAQGD-YRSGFALLAVPFVLMILALLF 184 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 +RR P P S E S R +LP Y FTA+TM GF F ++++H Sbjct 185 ARRRAPEPVSLE------AGGSDSRGTSLPGPLLPYGVFTALTMAGFAAFPIIAYHFAVT 238 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMV 319 G ++ A +P+ YA AM DA+ AL G +YDR+G TL +P+L+I + AF + + Sbjct 239 GTVSEAEIPLFYAVAMGVDAIAALTIGRAYDRFGLVTLLSVPLLAIGIPFLAFGTSYALA 298 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 + ++WGAA+G QE+ LR VAD +R +AYG+F GAA G A+IGW Y ++ Sbjct 299 LAAVVLWGAAMGAQETILRAAVADYTHISKRGTAYGIFNTVYGAAWFAGSAVIGWAYTVA 358 Query 380 IGTLVVVVIALELMALVMMFAIRLPRVAPS 409 + +V ++ +++ AL +R AP+ Sbjct 359 VPLVVGFLVVMQIGALAAFAWMRRGSAAPA 388 >gi|206890274|ref|YP_002249597.1| hypothetical protein THEYE_A1806 [Thermodesulfovibrio yellowstonii DSM 11347] gi|206742212|gb|ACI21269.1| conserved protein [Thermodesulfovibrio yellowstonii DSM 11347] Length=382 Score = 258 bits (658), Expect = 2e-66, Method: Compositional matrix adjust. Identities = 147/379 (39%), Positives = 213/379 (57%), Gaps = 7/379 (1%) Query 24 FVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGPLAD 83 F+ + G V L +D+ YE ARSITGP L LGA+ +VG++ G+GE LRL+SG +AD Sbjct 7 FIVLLGFVSLFSDMTYEAARSITGPYLEVLGASAALVGLIAGLGEFLGYALRLISGWIAD 66 Query 84 RSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHAASV 143 ++ ++W+ TI GY + +++VP L + G +A L++AER+GKA+R P++D +LSHA Sbjct 67 KTGKYWSITIIGYIINLLSVPALALVGQWQLAALLIMAERIGKAIRNPSRDAMLSHATVE 126 Query 144 TGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWLQRR 203 GRG GF +HEA+DQ+GAMIGPL VAG+ G Y A GVL +P A+ +LL+ + Sbjct 127 IGRGWGFGLHEAMDQIGAMIGPLIVAGVFYFHGG-YREAFGVLLIPAAIAILILLFARIL 185 Query 204 VPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHGVLA 263 P P E + + L +W+Y A+ G+ F L+++H ++ Sbjct 186 YPSPRDLEISKLHIETK------GLSKVYWIYLIAVALNGAGYADFPLIAYHFKKVATVS 239 Query 264 AAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMVVIGT 323 +PV YA AM DAL AL G+ +DR G L + LS F +IG Sbjct 240 EQWIPVFYAVAMGVDALAALLFGYLFDRKGLSVLIISVALSAGFAPLCFLGGFYSALIGM 299 Query 324 LVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDISIGTL 383 +WG +G QES +R VA LV +R YGVF G G G ++G LYD SI L Sbjct 300 TLWGIGMGAQESIMRAAVALLVPREKRGIGYGVFNTGYGLFWFLGSVILGVLYDFSISAL 359 Query 384 VVVVIALELMALVMMFAIR 402 +V + L+L A+ + +R Sbjct 360 IVFSVILQLAAIPFLLRVR 378 >gi|268316173|ref|YP_003289892.1| major facilitator superfamily protein [Rhodothermus marinus DSM 4252] gi|262333707|gb|ACY47504.1| major facilitator superfamily MFS_1 [Rhodothermus marinus DSM 4252] Length=393 Score = 257 bits (657), Expect = 2e-66, Method: Compositional matrix adjust. Identities = 172/398 (44%), Positives = 230/398 (58%), Gaps = 7/398 (1%) Query 9 LSRIGATRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGE 68 ++R AT A + +FG+V LLAD+ YE ARS+ GP L LGA+ VGVV G GE Sbjct 1 MTRPAATPTTRRALWLIVLFGLVSLLADLTYESARSLIGPYLGWLGASATAVGVVAGAGE 60 Query 69 AAALGLRLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAV 128 GLRL SG L+DR+RR+W T+ GY + ++ VP L +AG VA AL+IAER GKA+ Sbjct 61 LVGYGLRLASGYLSDRTRRYWTLTLLGYAVNLLAVPALALAGRWEVAAALIIAERAGKAL 120 Query 129 RGPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTL 188 R P +D LLSHA + G GRGF +HEALDQ+GA+ GPL +AG+L + G Y A +L + Sbjct 121 RTPVRDVLLSHATAQVGHGRGFGLHEALDQIGAVAGPLLMAGVL-LQGGDYRTAFALLLV 179 Query 189 PGGAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGT 248 P AL LL + R PRP+ E P+AP P FW+Y + G+ Sbjct 180 PALLALGLLGVARLRYPRPQELEAA-----RPTAPADRTFPRTFWIYLTGAGLLAAGYAD 234 Query 249 FGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVV 308 F L+++H GVL A +P+ YA AM DA AL G +DR+G TLA+ L+ Sbjct 235 FPLIAYHFREAGVLPEAWIPLSYALAMGVDAGAALLLGRWFDRFGPITLALAVALTSAFA 294 Query 309 LFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGG 368 F +G +WG +G QES LR +A ++A RR +A+G+F A G G Sbjct 295 PLTFLGGAAAAWVGMALWGVGMGAQESILRATLARMIAPERRGTAFGLFHAVFGVCWFAG 354 Query 369 GALIGWLYDISIGTLVVVVIALE-LMALVMMFAIRLPR 405 AL+G LYD SI LV V +AL+ L ALV+ + R P+ Sbjct 355 SALLGVLYDTSIPALVGVAVALQVLAALVLGWMSRQPK 392 >gi|282890426|ref|ZP_06298953.1| hypothetical protein pah_c017o007 [Parachlamydia acanthamoebae str. Hall's coccus] gi|281499680|gb|EFB41972.1| hypothetical protein pah_c017o007 [Parachlamydia acanthamoebae str. Hall's coccus] Length=387 Score = 257 bits (657), Expect = 2e-66, Method: Compositional matrix adjust. Identities = 160/386 (42%), Positives = 229/386 (60%), Gaps = 13/386 (3%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 A FV +FG + L AD+ YEGARSI+G LA LGA+G VVG V G GE G RLVSG Sbjct 9 KAIHFVILFGFISLFADMTYEGARSISGQYLALLGASGAVVGTVAGAGELIGYGFRLVSG 68 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 ++DR+ R+W T GY L ++ VPLL +AG +A +L+I ER GKA+R PAKD LLS+ Sbjct 69 YISDRTGRYWTITFIGYFLNLLAVPLLALAGNWPLAASLMILERFGKAIRNPAKDALLSY 128 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 A TGRG GF +HEA+DQ+GA+ GPL V+G+L + G Y + VL +P AL++L+ Sbjct 129 ATKQTGRGWGFGLHEAMDQIGAITGPLIVSGVLYLQGT-YQASFAVLLIPALCALSVLVA 187 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 P PE E+ L + ++WLY + G+ F L++FH Sbjct 188 TWFLYPNPEEMEEETPNLNTEGFTK------KYWLYIAAISCIAAGYVDFPLIAFHFEKA 241 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFA---FTDNV 316 +L +PV++A AMAAD ++AL G+ YD+ G +VL +S + FA F + Sbjct 242 ALLPEVWIPVLFAIAMAADGISALICGYLYDKIG---FSVLIGVSFIAAFFAPCVFLGGL 298 Query 317 TMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLY 376 + +V+G ++WG +G QES +R V+A++V +RA+AYG+ G A G AL+G LY Sbjct 299 SFIVLGAILWGIGLGAQESIVRAVIANMVRMNKRATAYGLMNIYFGIAWFLGSALMGLLY 358 Query 377 DISIGTLVVVVIALELMALVMMFAIR 402 D S+ LV + + AL + FA++ Sbjct 359 DRSLILLVAFSLIAQFAALPLFFAVK 384 >gi|332668938|ref|YP_004451946.1| major facilitator superfamily protein [Cellulomonas fimi ATCC 484] gi|332337976|gb|AEE44559.1| major facilitator superfamily MFS_1 [Cellulomonas fimi ATCC 484] Length=410 Score = 255 bits (651), Expect = 1e-65, Method: Compositional matrix adjust. Identities = 168/348 (49%), Positives = 223/348 (65%), Gaps = 11/348 (3%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 +AWR V GVV L AD+VYEGARS+TGPLLA LG +V G+VTG+GEAAAL LRL G Sbjct 12 AAWRVVLGLGVVSLAADMVYEGARSVTGPLLALLGVPMVVAGLVTGLGEAAALVLRLPFG 71 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGI-----AGALWVACALVIAERVGKAVRGPAKD 134 ADR R+W T+AGY LT V VPLL + AG VACAL++ ERVGKAVR P+K Sbjct 72 ARADRVGRYWPTTLAGYGLTAVGVPLLAVTPLLGAGGAAVACALLLLERVGKAVRSPSKS 131 Query 135 TLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAAL 194 LL+ AA G GRGF VH+A+DQ+GA +GPL VAG+LA TG+ +P+L VL +PG A+ Sbjct 132 VLLARAAEDVGLGRGFGVHKAMDQLGAFVGPLLVAGVLAATGS-LSPSLAVLAVPGAVAM 190 Query 195 ALLLWLQRRVPRPESYEDCPVVLGNPSAPRPW-----ALPAQFWLYCGFTAITMLGFGTF 249 LL+ ++R P +G P+ W LP FW + A G TF Sbjct 191 LLLVAVRRLAPDDPPPTTVDPRVGTPAGRGAWLRPARELPRPFWSFAAAAAAVGAGLTTF 250 Query 250 GLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVL 309 ++S+H+V G+L AA+VPVVYA AM A A+ AL G +DR+G + + +P+L+ V Sbjct 251 AVISYHLVDEGLLDAALVPVVYAGAMLAAAVGALVVGAVHDRFGPRVVLAVPVLAAAVPP 310 Query 310 FAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVF 357 AF + V++G ++WG A G+ +ST++ VA+LV + RRA+AYG F Sbjct 311 LAFGATLPAVLVGVVLWGLAGGLLDSTVKARVAELVPAGRRATAYGWF 358 >gi|260893310|ref|YP_003239407.1| major facilitator superfamily MFS_1 [Ammonifex degensii KC4] gi|260865451|gb|ACX52557.1| major facilitator superfamily MFS_1 [Ammonifex degensii KC4] Length=395 Score = 254 bits (650), Expect = 1e-65, Method: Compositional matrix adjust. Identities = 154/381 (41%), Positives = 222/381 (59%), Gaps = 4/381 (1%) Query 21 AWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGP 80 AW F+ G+V L D+ YEGARSI GP +ASLGA+ +VG G+GE LRL+ G Sbjct 4 AWLFIFFMGLVSLFGDITYEGARSIIGPFMASLGASAAIVGFFAGLGELGGYALRLIGGY 63 Query 81 LADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHA 140 LADR+ R+W T GY + ++ VP L +AG A AL++ ER GK +R P +D +LS+A Sbjct 64 LADRTERYWLLTGLGYLVNLLAVPSLALAGRWETAAALMVIERAGKGLRTPPRDAMLSYA 123 Query 141 ASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWL 200 S GRG GF HEA+DQ+GA+ GPL AG+L++ G + + + +P AL +L W Sbjct 124 TSQVGRGWGFGFHEAMDQIGAITGPLLAAGVLSL-GWTFRQSFALYAVPAFLALIILAWA 182 Query 201 QRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHG 260 + P P+ E +PR P +W Y F+A+ + GF F +L++H Sbjct 183 RISFPVPKELEISLRSSPETDSPR---FPQAYWYYLAFSAVAVAGFLHFQILAYHFKVKE 239 Query 261 VLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMVV 320 VL+ A +P +YA AMA DA AL +G YDR G ++L ++P L++L+ + VV Sbjct 240 VLSDAAIPFLYAGAMATDAAAALLAGRFYDRIGLRSLIIVPFLTVLLTFLVLATHPLPVV 299 Query 321 IGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDISI 380 GTL+WG +G+ ESTLR +ADL RR YG+F G A GAL+G LYD S Sbjct 300 AGTLIWGVVMGLHESTLRAAIADLTPIARRGLGYGIFNTVYGTAAFLSGALLGMLYDRSP 359 Query 381 GTLVVVVIALELMALVMMFAI 401 ++++V+ LE +A ++ + Sbjct 360 HEVIILVVVLEAIAFLIFLQM 380 >gi|337288257|ref|YP_004627729.1| major facilitator superfamily protein [Thermodesulfobacterium sp. OPB45] gi|334901995|gb|AEH22801.1| major facilitator superfamily MFS_1 [Thermodesulfobacterium sp. OPB45] Length=383 Score = 254 bits (650), Expect = 1e-65, Method: Compositional matrix adjust. Identities = 147/384 (39%), Positives = 218/384 (57%), Gaps = 9/384 (2%) Query 24 FVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGPLAD 83 FV + G+V L +D+ YEGARSITGP L LGA VVG +G GE GLRL SG LAD Sbjct 9 FVILLGLVSLFSDMTYEGARSITGPYLFYLGAGAAVVGFASGFGEFIGYGLRLFSGWLAD 68 Query 84 RSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHAASV 143 +++++W GY L +++VP L + + +A L+I ER GKA+R PA+DTLLS+A Sbjct 69 KTKKYWGLMFIGYALNLLSVPALALVNSWGLAVLLIILERTGKALRTPARDTLLSYATFK 128 Query 144 TGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWLQRR 203 GRG GF +HEA+DQ+GA +GPL VA + + Y PA VL +P AL+LL + + Sbjct 129 MGRGLGFGIHEAMDQIGAFVGPLIVALVFYLK-MGYKPAFLVLLIPALIALSLLTFARII 187 Query 204 VPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHGVLA 263 P P+ +E + L + FW Y + GF F L+ +H+ +L+ Sbjct 188 YPAPQKFEKGFLELETKGFSK------SFWWYLLGMCLVGAGFVDFPLIGYHLEKTSILS 241 Query 264 AAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMVVIGT 323 +P++YA AM DA +A+ G +DR G K + + ILS+ + F + ++ +G Sbjct 242 KDWIPILYALAMGVDAFSAIFLGLLFDRIGLKAVILAIILSLGAIPLTFLGGIILIFLGM 301 Query 324 LVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDISIGTL 383 ++WG +G QES +R V+A LV +R YG+F G G L+G+LYD SI L Sbjct 302 ILWGIGLGAQESIMRAVIAQLVPIEKRGVGYGIFNTFFGLFWFVGSFLLGFLYDFSI--L 359 Query 384 VVVVIALELMALVMMFAIRLPRVA 407 +V ++ AL + F +++ + A Sbjct 360 ALVAFSVTFQALSIPFILKVAKTA 383 >gi|333896447|ref|YP_004470321.1| major facilitator superfamily MFS_1 [Thermoanaerobacterium xylanolyticum LX-11] gi|333111712|gb|AEF16649.1| major facilitator superfamily MFS_1 [Thermoanaerobacterium xylanolyticum LX-11] Length=394 Score = 254 bits (649), Expect = 2e-65, Method: Compositional matrix adjust. Identities = 138/377 (37%), Positives = 214/377 (57%), Gaps = 14/377 (3%) Query 25 VTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGPLADR 84 + + G+V D+ YEGARS+ GP L LGA L+VG+VTG+GE A +R+ G D+ Sbjct 15 ILLLGIVSAFGDITYEGARSVYGPYLKLLGANALIVGIVTGIGEFLASAIRIPVGYAIDK 74 Query 85 SRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHAASVT 144 + + W WTI GY + +++VPLL I G +A L+I ER GKA+R P KDT+LSH + Sbjct 75 TSKPWLWTILGYGM-LISVPLLAITGKWPIAALLIILERTGKAIRSPGKDTILSHVSKKI 133 Query 145 GRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWLQRRV 204 G G GF +HE LDQ+G +IGPL +++ G +Y ++ +P + +++ + +V Sbjct 134 GTGLGFGLHELLDQIGGIIGPLIFTFVISFAG-SYKTGFILMWIPAILTVIFVIYARSKV 192 Query 205 PRPESYEDC------PVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVS 258 P E V L N + R Q+ Y F MLGF + ++S+H +S Sbjct 193 TNPAELEKNTKNASKNVDLLNKNFSR------QYLYYMLFIFFAMLGFANYPIISYHFLS 246 Query 259 HGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTM 318 H VL+ +P++YA AMA D ++A+ G YD+ G +LAVLPI + L+ F++ + Sbjct 247 HKVLSQDAIPLLYALAMAVDGVSAVFIGKFYDKKGFLSLAVLPISTFLMTFMVFSNMPVL 306 Query 319 VVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDI 378 ++ L+WG +QE+T+R V+ D+ R A+GVF+A G + G + G+LY Sbjct 307 AIVSMLIWGFITSMQETTMRSVITDITYISERGKAFGVFSAVTGFSMFLGSTIFGYLYAH 366 Query 379 SIGTLVVVVIALELMAL 395 SI + + I E++AL Sbjct 367 SINFIFLYSIIAEMIAL 383 >gi|160901703|ref|YP_001567284.1| major facilitator transporter [Petrotoga mobilis SJ95] gi|160359347|gb|ABX30961.1| major facilitator superfamily MFS_1 [Petrotoga mobilis SJ95] Length=382 Score = 253 bits (645), Expect = 5e-65, Method: Compositional matrix adjust. Identities = 148/379 (40%), Positives = 227/379 (60%), Gaps = 11/379 (2%) Query 29 GVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGPLADRSRRF 88 G+V L AD+ +EGARS+ GP L LGA+ VG+++G+GE GLRL++G L+D++ R+ Sbjct 2 GIVSLFADITHEGARSLIGPYLGLLGASATAVGIISGLGEFIGYGLRLLTGYLSDKTHRY 61 Query 89 WAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHAASVTGRGR 148 W +T GY + + VPLL +AG +A L+I ER GKA+R P+KDTL+S+AA G G+ Sbjct 62 WLFTFLGYGMDLFAVPLLALAGRWEIAAMLIIMERTGKAIRKPSKDTLMSYAARNVGSGK 121 Query 149 GFAVHEALDQVGAMIGPLTVAGMLAI-TGNA---YAPALGVLTLPGGAALALLLWLQRRV 204 GFA+ E LDQ+GA+ GP+ ++ +L +G+ Y A +L +P L LLL + Sbjct 122 GFAIAEVLDQIGAVSGPVILSLILLFKSGDELANYRFAFAILLIPALITLILLLISRLNF 181 Query 205 PRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHGVLAA 264 P+PE +E + + +WLY ++ GF F LL+FH + + Sbjct 182 PQPEKFEVKEEKINFEGISK------SYWLYLVAISLIAAGFADFPLLAFHFQRIDIFNS 235 Query 265 AMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAF-TDNVTMVVIGT 323 M+P +YA AM DA++AL GF YD+ G +L + LSI F+F +++ +V++G Sbjct 236 TMIPFMYAIAMGVDAISALIFGFLYDKVGVTSLIIASSLSIFFSPFSFLSESSLLVILGV 295 Query 324 LVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDISIGTL 383 ++WG +G QES L+ VVAD+V +R +AYG F A G G A++G LYD +I +L Sbjct 296 ILWGIGMGAQESILKSVVADIVTPEKRGTAYGFFNAIFGLFWFIGSAVMGILYDRAIVSL 355 Query 384 VVVVIALELMALVMMFAIR 402 VV + +E A+ +F ++ Sbjct 356 VVFSMIVESAAVFTLFLLK 374 >gi|159038076|ref|YP_001537329.1| major facilitator transporter [Salinispora arenicola CNS-205] gi|157916911|gb|ABV98338.1| major facilitator superfamily MFS_1 [Salinispora arenicola CNS-205] Length=419 Score = 253 bits (645), Expect = 6e-65, Method: Compositional matrix adjust. Identities = 193/373 (52%), Positives = 240/373 (65%), Gaps = 8/373 (2%) Query 15 TRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGL 74 T P S WR V FGVV L AD+VYEGARS+ GPLLASLGA+ L+VG++TG GEAAAL L Sbjct 20 TSPGWSPWRTVIGFGVVSLAADMVYEGARSVYGPLLASLGASALIVGLITGAGEAAALVL 79 Query 75 RLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGI-----AGALWVACALVIAERVGKAVR 129 RLVSGPLADR+RR+W TI GY LT V VPLL + A L +A L++AER+GKAVR Sbjct 80 RLVSGPLADRTRRYWTLTIVGYALTAVCVPLLAVTPRLGAAGLVLAGLLIVAERLGKAVR 139 Query 130 GPAKDTLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLP 189 PAK LL+ AA G GRG VH+ALDQVGA GPL +A + A G P L L +P Sbjct 140 SPAKSALLAEAAGAVGMGRGMGVHKALDQVGAFAGPLLLAALAAAAGGLLWPGLAALAVP 199 Query 190 GGAALALLLWLQRRVP--RPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFG 247 G A+ +L+ ++RR RP D AP P +LPA F + A+ G Sbjct 200 GALAMVMLVVIRRRTEPVRPPGAADGHRTERGTIAP-PTSLPASFVWFAVACALCTAGLM 258 Query 248 TFGLLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILV 307 TFGL+ FH+ V+ AA VP++YA AMAA A ALA+G +YDR GA+ L VLP+L +V Sbjct 259 TFGLIGFHLAQTDVVPAAGVPLLYAVAMAAAAAAALATGTAYDRIGARVLLVLPVLVAVV 318 Query 308 VLFAFTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAG 367 AFT + + G +VWGAA+G+Q+ST++ VADLV RRA+AYGVFAA GA Sbjct 319 PPLAFTTGLAVAAAGVVVWGAALGVQDSTVKAFVADLVPRQRRATAYGVFAAVQGAGALV 378 Query 368 GGALIGWLYDISI 380 GG G LY+ S+ Sbjct 379 GGVTAGTLYESSL 391 >gi|222099533|ref|YP_002534101.1| Major facilitator superfamily MFS_1 precursor [Thermotoga neapolitana DSM 4359] gi|221571923|gb|ACM22735.1| Major facilitator superfamily MFS_1 precursor [Thermotoga neapolitana DSM 4359] Length=384 Score = 252 bits (644), Expect = 8e-65, Method: Compositional matrix adjust. Identities = 155/388 (40%), Positives = 225/388 (58%), Gaps = 9/388 (2%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 A+ F+ + G+V L AD+ YEGARSI GP + +LGA+ +G G+GE RLVSG Sbjct 5 QAFLFIILLGLVSLFADITYEGARSIVGPFMKTLGASAATLGFAVGLGELIGYAFRLVSG 64 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 L+D ++++W +TI GYT+ ++ VP+L AG VA AL++ ER GKA+R PA+DTLLS Sbjct 65 VLSDVTKKYWLFTILGYTVNLLAVPMLAFAGNWQVALALILMERFGKALRTPARDTLLSF 124 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 AA G G+ F +HEALDQVGA++GPL+V LA G +Y VL +P ALALL Sbjct 125 AAEEIGTGKSFGIHEALDQVGAILGPLSVTFALAF-GKSYRFCFFVLFIPALVALALL-- 181 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 L R+ P + V SA R L +W Y ++ GF F L+++HM + Sbjct 182 LTARIVFPST--RIEKVKKVRSADRN--LGRTYWFYLLVVSMIAFGFADFPLIAYHMKNF 237 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMV 319 +VP VY+ AMA DA++AL G+ +DR G L +LS +F+F+ ++ Sbjct 238 ETTKDFLVPAVYSLAMAVDAVSALVFGYLFDRKGFPALLYPVLLSAFFPIFSFSGYFPLI 297 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 GT++WG +G QES +R VA +V+ +R AYG+F G G ++G LYD + Sbjct 298 FAGTVLWGIGMGAQESIMRAAVAKIVSQEKRGFAYGMFFTVYGVFWFLGSWILGILYDTN 357 Query 380 IGTLVVVVIALELMALVMMFAIRLPRVA 407 L++V + +L+A ++F R R A Sbjct 358 RLYLILVSLFSQLIAFALLF--RFKRTA 383 >gi|304439966|ref|ZP_07399859.1| major facilitator family transporter [Peptoniphilus duerdenii ATCC BAA-1640] gi|304371458|gb|EFM25071.1| major facilitator family transporter [Peptoniphilus duerdenii ATCC BAA-1640] Length=405 Score = 251 bits (642), Expect = 1e-64, Method: Compositional matrix adjust. Identities = 143/400 (36%), Positives = 223/400 (56%), Gaps = 23/400 (5%) Query 24 FVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGPLAD 83 F+ +FG+V L +D+ +EGA S+ G L+ LGA+ +G ++G+GE LR G L D Sbjct 12 FIILFGIVSLFSDMTHEGASSLRGVYLSLLGASAGTIGFISGLGELVGYSLRYFFGKLTD 71 Query 84 RSRRFWAWTIAGYTLTVVTVPLLGIAGAL-WV-ACALVIAERVGKAVRGPAKDTLLSHAA 141 ++ ++W TI GY L ++ VP L + G+ W+ C L++ +R+GKA++ PAKDT++S AA Sbjct 72 KTHKYWQMTIFGYVLDILAVPALALVGSDGWIYGCGLLVIQRMGKAIKKPAKDTIMSFAA 131 Query 142 SVTGRGRGFAVHEALDQVGAMIGP--LTVAGMLAITGNA---YAPALGVLTLPGGAALAL 196 S G G+ FA+ E LDQ+GA +GP L V + G Y+ L +PG L L Sbjct 132 SQEGAGKSFAIQEMLDQIGAFLGPFFLYVVMLFKTDGTTFEIYSRCFAYLAIPGVITLIL 191 Query 197 LLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHM 256 L++ ++R P PE +E P P+ + F Y ++ GF + L+ H+ Sbjct 192 LIYTKKRFPNPEHFEP------EPKEYIPFKMKDSFIFYIIGISLFSFGFIDYSLIIMHV 245 Query 257 VSH--------GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVV 308 + G++ +P++YAAAM DA++AL G YDR G K L V I+S Sbjct 246 SKNLNVLTNGVGLINMETIPLIYAAAMLVDAISALIFGIMYDRNGVKALVVSTIISAPFS 305 Query 309 LFAF-TDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAG 367 LF F +N+ +V++G ++WG +G QES L+ V +V RA+ YG+F G Sbjct 306 LFIFGFNNIYVVLLGIILWGVGMGAQESILKAAVTSVVPKSSRATGYGIFEMSFGVFWFL 365 Query 368 GGALIGWLYDISIGTLVVVVIALELMALVMMF-AIRLPRV 406 G L+G LYDI+I +L++V + +L+++ F A R RV Sbjct 366 GSWLLGVLYDINITSLIIVSMMTQLLSIPFYFKASRAKRV 405 >gi|288817525|ref|YP_003431872.1| permease of the major facilitator superfamily [Hydrogenobacter thermophilus TK-6] gi|288786924|dbj|BAI68671.1| permease of the major facilitator superfamily [Hydrogenobacter thermophilus TK-6] gi|308751128|gb|ADO44611.1| major facilitator superfamily MFS_1 [Hydrogenobacter thermophilus TK-6] Length=392 Score = 251 bits (641), Expect = 1e-64, Method: Compositional matrix adjust. Identities = 150/379 (40%), Positives = 224/379 (60%), Gaps = 10/379 (2%) Query 21 AWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGP 80 A+R V +FG+V LLAD+ YEGARSI GP ++ LGA+ V + G+GE LRLV G Sbjct 10 AYRIVLLFGIVSLLADLTYEGARSIVGPYMSLLGASAFAVSFIAGLGEFVGYALRLVFGY 69 Query 81 LADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHA 140 LADR+R +W TI GY + + +VPLL +A + A L++ ER+GK+VR P++D LLS A Sbjct 70 LADRTRLYWGITITGYLINLFSVPLLALAPSWQWAGFLLLLERMGKSVRAPSRDALLSFA 129 Query 141 ASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWL 200 G G GF VHE DQ+GA+ GPL V+ ++ +TGN Y A +L +P A +ALL + Sbjct 130 TKRMGHGLGFGVHEFFDQIGALSGPLLVSAVMFLTGN-YRLAFALLGVP--AFMALLTLI 186 Query 201 QRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHG 260 R+ ES V + R L + F+LY +++ +G+ F L+++H+ + Sbjct 187 YTRISYTES------VKKDAEEERD-QLKSTFFLYILASSLVAMGYADFALMAYHIKTSA 239 Query 261 VLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMVV 320 +L VP++YAAAM DA+ AL G +DR G L + +L+ LFAF+ +V V Sbjct 240 LLPDGWVPLLYAAAMGVDAIFALLFGVLFDRIGFYALMLGVLLASPFSLFAFSLSVPAVC 299 Query 321 IGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDISI 380 IG +WG +GIQES +R +A L R A+G+F G G A++G+LY +S+ Sbjct 300 IGIALWGLGMGIQESIMRSAIAKLTPPQARGKAFGIFHFFYGLFWFIGSAILGYLYQVSL 359 Query 381 GTLVVVVIALELMALVMMF 399 L+ + ++++LV +F Sbjct 360 AYLMTFSVLCQIISLVPLF 378 >gi|15642905|ref|NP_227946.1| hypothetical protein TM0130 [Thermotoga maritima MSB8] gi|4980623|gb|AAD35224.1|AE001699_1 conserved hypothetical protein [Thermotoga maritima MSB8] Length=384 Score = 250 bits (639), Expect = 3e-64, Method: Compositional matrix adjust. Identities = 141/386 (37%), Positives = 217/386 (57%), Gaps = 9/386 (2%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 A+ F+ + G+V L ADV YEGARSI GP + +LGA+ +G G+GE RL+SG Sbjct 5 KAFLFIVLLGLVSLFADVTYEGARSIIGPFMKTLGASAAALGFAVGLGELTGYAFRLISG 64 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 L+D++R++W +TI GY + + VP L AG A L+IAER GKA+R PA+D LLS Sbjct 65 ILSDKTRKYWLFTILGYAINLFAVPALAFAGNWQTALVLIIAERFGKALRTPARDVLLSF 124 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 A+ G G+GF +HEALDQ+GA++GPL + LA +Y +L +P A +A++L Sbjct 125 ASEEVGMGKGFGIHEALDQIGAILGPLALTFALAFE-KSYRFCFFILLIP--ALVAMVLL 181 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 L R+ P E + +P L +W Y ++ F F ++++HM S Sbjct 182 LTARITFPALQE----MKKKKDSPVDRNLGKTYWFYLAIVSMVAFAFADFPIIAYHMKSF 237 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMV 319 V VP Y+ AMA DA+ AL G +D+ G LA +LS + +F+++ ++ Sbjct 238 EVAKDFFVPATYSLAMAVDAVAALVFGHLFDKKGFVALAYAVLLSSFFPVLSFSNSFPLI 297 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 G ++WG +G QES +R VVA +V + +R AYG+F G G ++G LYDI+ Sbjct 298 FAGVILWGIGMGAQESIMRAVVAKIVPAEKRGFAYGMFFTVYGVFWFFGSWIMGTLYDIN 357 Query 380 IGTLVVVVIALELMALVMMFAIRLPR 405 L++ ++ A +++ +R+ R Sbjct 358 RFYLILFSFVIQFAAALLL--LRMKR 381 >gi|313673903|ref|YP_004052014.1| major facilitator superfamily mfs_1 [Calditerrivibrio nitroreducens DSM 19672] gi|312940659|gb|ADR19851.1| major facilitator superfamily MFS_1 [Calditerrivibrio nitroreducens DSM 19672] Length=382 Score = 250 bits (639), Expect = 3e-64, Method: Compositional matrix adjust. Identities = 144/379 (38%), Positives = 210/379 (56%), Gaps = 7/379 (1%) Query 24 FVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGPLAD 83 F+ + G+V L +D+ YE ARSITGP LA LG T VVG + G+GE LRL SG LAD Sbjct 7 FIVLLGLVSLFSDMTYEAARSITGPFLAFLGTTATVVGFIAGLGEFIGYALRLFSGWLAD 66 Query 84 RSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHAASV 143 ++ ++W+ IAGY + +++VP L + G +A L++AER GKA+R P++D +LS+A Sbjct 67 KTGKYWSIAIAGYLINLLSVPALALVGQWQLAALLIMAERTGKAIRTPSRDAMLSYATVQ 126 Query 144 TGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWLQRR 203 G G GF +HEA+DQ+GAM+GPL VA + G Y A VL +P A+ +LL+ + Sbjct 127 IGHGCGFGLHEAMDQIGAMVGPLIVAAVFYFHGG-YKEAFAVLLIPAAIAITILLFARFL 185 Query 204 VPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHGVLA 263 P P+ E + + S L +WLY A+ G+ F L+++H ++ Sbjct 186 YPSPKDLEIPKLQIETKS------LSKVYWLYLIAVALNGAGYADFPLIAYHFKKVATVS 239 Query 264 AAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMVVIGT 323 +PV YA AM DAL AL G+ +D+ G L ++S F F + G Sbjct 240 EHWIPVFYAMAMGIDALAALIFGYLFDKKGLSILIFSVLISAGFAPFCFLGGFYSALFGM 299 Query 324 LVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDISIGTL 383 L+WG +G QES +R VA LV +R YGVF G G G +G LYD S+ L Sbjct 300 LLWGIGMGAQESIMRAAVAVLVPKEKRGIGYGVFNTGYGLFWFLGSTALGLLYDFSVSAL 359 Query 384 VVVVIALELMALVMMFAIR 402 V+ + L+L ++ + +R Sbjct 360 VLFSVLLQLSSIPFLIRVR 378 >gi|206895704|ref|YP_002246633.1| hypothetical protein COPRO5265_0265 [Coprothermobacter proteolyticus DSM 5265] gi|206738321|gb|ACI17399.1| conserved protein [Coprothermobacter proteolyticus DSM 5265] Length=397 Score = 248 bits (632), Expect = 2e-63, Method: Compositional matrix adjust. Identities = 150/383 (40%), Positives = 221/383 (58%), Gaps = 8/383 (2%) Query 21 AWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGP 80 A+ F+ + G+V LLADV YEGARS+TGP L LGA+ VVG G GE RLVSG Sbjct 13 AFYFIILLGLVSLLADVTYEGARSVTGPYLGLLGASSAVVGFAAGFGEMLGYAFRLVSGY 72 Query 81 LADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSHA 140 ADR+ R+W TI GY L ++ +PLL G VA L+I ER+GK +R PA+D +LS A Sbjct 73 WADRTHRYWLLTIVGYALNLLAIPLLAFVGNWQVAVLLLILERLGKGLRTPARDVMLSQA 132 Query 141 ASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWL 200 GRG GF +HEA+DQ+GA+ GP+ V+ +LA Y A L +P A+ L++ Sbjct 133 TKQVGRGFGFGLHEAMDQIGAVAGPVFVSIVLA-RNLGYRDAFLFLGIPAILAMILVVTA 191 Query 201 QRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSHG 260 + P+P+ +E P G + FW+Y G A+ G+ + L+ +H+ +G Sbjct 192 RFLYPKPQEFE--PAYKGIETK----GYSKAFWIYLGAVALIGAGYIDYPLIGYHLQQNG 245 Query 261 VLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTM-V 319 +L A + ++Y+ AM DAL+AL G +DR G + V +++ L FAF +V Sbjct 246 ILQAQFIALLYSLAMGIDALSALVFGAWFDRAGVSVVGVSALIAALFSPFAFLLHVWWGP 305 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 VIG ++WG +G QES +R +A+++ + RR AYG F G A G ++G +Y S Sbjct 306 VIGMVLWGIGMGAQESVMRAALAEMIPTERRGVAYGFFNTVYGLAWFAGSFVMGIIYGFS 365 Query 380 IGTLVVVVIALELMALVMMFAIR 402 +V+V + LEL+A +++F R Sbjct 366 PTLMVIVSVTLELLAALLIFVNR 388 >gi|116669256|ref|YP_830189.1| major facilitator transporter [Arthrobacter sp. FB24] gi|116609365|gb|ABK02089.1| major facilitator superfamily MFS_1 [Arthrobacter sp. FB24] Length=415 Score = 246 bits (629), Expect = 4e-63, Method: Compositional matrix adjust. Identities = 169/348 (49%), Positives = 224/348 (65%), Gaps = 17/348 (4%) Query 28 FGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSGPLADRSRR 87 FG+V L D V +GAR + GPLLA LGA+ LVVG+VTG EAAA GLRL+ GP ADR+ + Sbjct 5 FGLVSLAVDAVSDGARPLAGPLLAQLGASALVVGLVTGAAEAAAQGLRLLFGPWADRTGK 64 Query 88 FWAWTIAGYTLTVVTVPLLGI-----AGALWVACALVIAERVGKAVRGPAKDTLLSHAAS 142 +W +TIAGY LTV+ VPLL + A L +A AL+I +RVGKAVR PAK LL+ A Sbjct 65 YWTFTIAGYALTVLCVPLLAVTPVVGAAGLVLASALIIGDRVGKAVRSPAKTVLLASVAG 124 Query 143 VTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLWLQR 202 GRGRGFAVH++LD GA GPL + ++A TG+ + PA VL +PG A+ALL ++ Sbjct 125 PVGRGRGFAVHKSLDLAGAFAGPLIASAVIAATGSLW-PAFAVLAIPGALAMALLFRIRG 183 Query 203 RVPRPESYED---CPVVLGNPSAP---RPWA-----LPAQFWLYCGFTAITMLGFGTFGL 251 RVP P+ + PV+ P P +P LP F L+ G FG+ Sbjct 184 RVPEPQRTAEQLVTPVLPDAPDTPGGLKPADTPAGRLPGVFLLFALSAFFWSAGLVAFGV 243 Query 252 LSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFA 311 ++FH+ + + + VP+VYAAAMAA AL ALASG+ YDR G L VLP+L ++ + A Sbjct 244 IAFHLTAAVDVPVSAVPLVYAAAMAAAALGALASGYGYDRAGGAVLLVLPVLVAVIPVLA 303 Query 312 FTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAA 359 F+ + V+ G LVWGAA GIQ+ST++ +VADLV R+ +AYG+FAA Sbjct 304 FSVSTGPVLGGVLVWGAATGIQDSTVKALVADLVVPARQGTAYGIFAA 351 >gi|157363592|ref|YP_001470359.1| major facilitator transporter [Thermotoga lettingae TMO] gi|157314196|gb|ABV33295.1| major facilitator superfamily MFS_1 [Thermotoga lettingae TMO] Length=389 Score = 244 bits (624), Expect = 1e-62, Method: Compositional matrix adjust. Identities = 149/396 (38%), Positives = 226/396 (58%), Gaps = 21/396 (5%) Query 15 TRPALSAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGL 74 T+ AL+ F+ + G V L +D+VYEGARSI+GP L LGA+ VV G+GE L Sbjct 5 TKRALA---FIVLMGFVSLFSDIVYEGARSISGPFLGLLGASATVVAFTAGLGEFIGYAL 61 Query 75 RLVSGPLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKD 134 RLV+G LA +++R+W +T GY + + VP L +AG +A L+++ER GKA+R P++D Sbjct 62 RLVTGYLAGKTKRYWLFTFVGYFMNLFAVPALALAGNWQLAVLLLLSERFGKAIRKPSRD 121 Query 135 TLLSHAASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGN----AYAPALGVLTLPG 190 T++S+AA G G GF + EALDQVGA+ GP+ ++ +L++ Y A VL P Sbjct 122 TMMSYAAKQVGTGFGFGLEEALDQVGAISGPVILSLVLSLKAGEEFAKYKLAFSVLFFPA 181 Query 191 GAALALLLWLQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFG 250 A+ LL+ + P P +E+ S P F LY ++ GF F Sbjct 182 LIAIILLICGRIFFPEPGEFEE-------KSTPGGKITTNGFALYMVAISLIAAGFSDFP 234 Query 251 LLSFHMVSHGVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLF 310 L+SFH + +L+++ +P+ Y+ AMA DA+ AL G +D+ G + VL I S L LF Sbjct 235 LISFHFAKNHILSSSTIPLFYSIAMAVDAVAALFFGKLFDKKG---IMVLIISSALSALF 291 Query 311 A----FTDNVTMVVIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATA 366 A T N+ ++ +G +WG +G QES L+ VVA+LV+ +RA AYG+F G Sbjct 292 APLVFLTKNIFLISVGVSLWGIGMGAQESILKAVVANLVSREKRAFAYGIFNTVFGLFWF 351 Query 367 GGGALIGWLYDISIGTLVVVVIALELMALVMMFAIR 402 G +G LY+ S+ LV+ + EL ++ ++ +R Sbjct 352 LGSLFMGILYEKSLLLLVIFSVVSELSSVFVLLGLR 387 >gi|148269929|ref|YP_001244389.1| major facilitator transporter [Thermotoga petrophila RKU-1] gi|170288614|ref|YP_001738852.1| major facilitator transporter [Thermotoga sp. RQ2] gi|281412190|ref|YP_003346269.1| major facilitator superfamily MFS_1 [Thermotoga naphthophila RKU-10] gi|147735473|gb|ABQ46813.1| major facilitator superfamily MFS_1 [Thermotoga petrophila RKU-1] gi|170176117|gb|ACB09169.1| major facilitator superfamily MFS_1 [Thermotoga sp. RQ2] gi|281373293|gb|ADA66855.1| major facilitator superfamily MFS_1 [Thermotoga naphthophila RKU-10] Length=384 Score = 244 bits (623), Expect = 2e-62, Method: Compositional matrix adjust. Identities = 141/386 (37%), Positives = 215/386 (56%), Gaps = 9/386 (2%) Query 20 SAWRFVTVFGVVGLLADVVYEGARSITGPLLASLGATGLVVGVVTGVGEAAALGLRLVSG 79 A+ F+ + G+V L ADV YEGARSI GP + +LGA+ +G G+GE RL+SG Sbjct 5 KAFLFIVLLGLVSLFADVTYEGARSIIGPFMKTLGASAAALGFAVGLGELTGYAFRLISG 64 Query 80 PLADRSRRFWAWTIAGYTLTVVTVPLLGIAGALWVACALVIAERVGKAVRGPAKDTLLSH 139 L+D++R++W +TI GY + + VP L +AG A L+IAER GKA+R PA+D LLS Sbjct 65 ILSDKTRKYWLFTILGYAINLFAVPALALAGNWQTALVLIIAERFGKALRTPARDVLLSF 124 Query 140 AASVTGRGRGFAVHEALDQVGAMIGPLTVAGMLAITGNAYAPALGVLTLPGGAALALLLW 199 A+ G G+GF +HEALDQ+GA++GPL + LA G +Y +L +P A+ LLL Sbjct 125 ASEEVGMGKGFGIHEALDQIGAILGPLALTFALAF-GKSYRFCFFILLIPALVAMVLLLT 183 Query 200 LQRRVPRPESYEDCPVVLGNPSAPRPWALPAQFWLYCGFTAITMLGFGTFGLLSFHMVSH 259 + P P+ + P L +W Y ++ F F ++++HM S Sbjct 184 ARITFPAPQEMKK------RKDNPVDRNLGKTYWFYLAIVSMVAFAFVDFPIIAYHMKSF 237 Query 260 GVLAAAMVPVVYAAAMAADALTALASGFSYDRYGAKTLAVLPILSILVVLFAFTDNVTMV 319 V P Y+ AMA DA+ AL G +D+ G LA +LS L +F+++ ++ Sbjct 238 EVTKDFFAPATYSLAMAVDAVAALVFGHLFDKKGFVALAYALLLSSFFPLLSFSNSFPLI 297 Query 320 VIGTLVWGAAVGIQESTLRGVVADLVASPRRASAYGVFAAGLGAATAGGGALIGWLYDIS 379 G ++WG +G QES +R VVA +V + +R AYG+F G G ++G LYDI+ Sbjct 298 FAGVILWGIGMGAQESIMRAVVAKIVPAEKRGFAYGMFFTVYGVFWFSGSWIMGTLYDIN 357 Query 380 IGTLVVVVIALELMALVMMFAIRLPR 405 L++ ++ A +++ +R+ R Sbjct 358 RFYLILFSFVIQFAAALLL--LRMKR 381 Lambda K H 0.325 0.139 0.421 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 816290083944 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