BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, 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 compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0002.0104.p (438 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value B5WI76.1 B5WI76_9BURK UPF0226 membrane protein BH160DRAFT_2777 466 e-129 D8IX82.1 D8IX82_HERSS Permease of the major facilitator superfam... 461 e-128 Q144X9.1 Q144X9_BURXL UPF0226 membrane protein Bxeno_A0572 458 e-127 B1FW91.1 B1FW91_9BURK Major facilitator superfamily MFS_1 458 e-126 E8YNR3.1 E8YNR3_9BURK Major facilitator superfamily MFS_1 457 e-126 >B5WI76.1 B5WI76_9BURK UPF0226 membrane protein BH160DRAFT_2777 Length = 403 Score = 466 bits (1200), Expect = e-129, Method: Compositional matrix adjust. Identities = 254/402 (63%), Positives = 309/402 (76%), Gaps = 2/402 (0%) Query: 36 AAEAAPAIPHSQTAVMIQILSTVLFTFLAYMTIGIPLAVLPGYVHLDLGYSSFIAGLSIS 95 + ++APA S+ A +QI+ V FTFL Y+TIGIPLAVLPGYVH DLGYS+ +AG +IS Sbjct: 2 STDSAPA--RSEFATTLQIIPVVFFTFLCYLTIGIPLAVLPGYVHADLGYSAVLAGAAIS 59 Query: 96 VQYLSTFITRAQAGRMVDTIGPKKTVMRGMLACVASGAFLVLAAWSAELPWLSLSMILVS 155 VQYL+T +R AGR DT+GPK+TV G+L C ASG L+LAA + P LSL++++ S Sbjct: 60 VQYLATLASRPLAGRSADTLGPKRTVSIGLLGCGASGVLLLLAALTGHWPVLSLALLVCS 119 Query: 156 RFCLGIGESLAGTGSIIWGIGRIGATHTARMISWNGIATYGALAIGAPLGVALLHVGGFA 215 R LG GESL GTG+I+WGIGR+G ++ AR+ISWNGIATYGALAIGAPLGVA+ H GF Sbjct: 120 RLVLGFGESLCGTGAILWGIGRVGTSNNARVISWNGIATYGALAIGAPLGVAISHSIGFT 179 Query: 216 AIGFLALALPLIGYVIARRRPAVPVVRGERLAFRLVLNRVLPYGIGLALGTVGFGAIATF 275 A+G L + L +GY +AR AVPVV GER+++R V +RVLP+G+GLALG+ GFG+IATF Sbjct: 180 ALGILVIVLAALGYYLARLVAAVPVVHGERMSYRSVFSRVLPHGMGLALGSAGFGSIATF 239 Query: 276 ITLYYASHQWSNAAFSLTLFGGCFIGSRLLFANSINRFGGFKVAIASFIVEAFGLSILWL 335 ITL+YA+ W NAA SLTLFG FIG+RLLFAN+I +GGF+VAIASF +E GL +LWL Sbjct: 240 ITLFYAAKHWPNAALSLTLFGTLFIGARLLFANTIKTYGGFRVAIASFSLECAGLLMLWL 299 Query: 336 AGSAEVAMLGAALAGFGFALVFPSLGVEAVGLVPAPNRGAALGAYSVFLDLALGITGPLA 395 A VA+ GAAL GFGFALVFPSLGVEAVGLVP +RGAAL AYSVFLDL+LGITGPLA Sbjct: 300 APVPHVALAGAALTGFGFALVFPSLGVEAVGLVPPASRGAALSAYSVFLDLSLGITGPLA 359 Query: 396 GLIVGQFGYEEVFLFAAIGALCAVALTLSLYRRSQHYKTDNA 437 G I G+FGY VFLFAAI A AV L+ LY R+ +A Sbjct: 360 GYIAGEFGYGSVFLFAAIAAAAAVVLSTVLYLRNAKVSNLSA 401 >D8IX82.1 D8IX82_HERSS Permease of the major facilitator superfamily protein Length = 413 Score = 461 bits (1187), Expect = e-128, Method: Compositional matrix adjust. Identities = 258/398 (64%), Positives = 312/398 (78%) Query: 34 ATAAEAAPAIPHSQTAVMIQILSTVLFTFLAYMTIGIPLAVLPGYVHLDLGYSSFIAGLS 93 AT AAP P + V QI++T FTFL Y+ IGIP+AVLPGY+HLDLGYSS +AGL Sbjct: 12 ATPVPAAPPRPLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLG 71 Query: 94 ISVQYLSTFITRAQAGRMVDTIGPKKTVMRGMLACVASGAFLVLAAWSAELPWLSLSMIL 153 ISVQY +TF++RA AGRM+DT+G K+TVMRGML C ASGA L+ +A + LP+LSL ++ Sbjct: 72 ISVQYFATFVSRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLF 131 Query: 154 VSRFCLGIGESLAGTGSIIWGIGRIGATHTARMISWNGIATYGALAIGAPLGVALLHVGG 213 SR LG+GESL GTG+I+WG+GR+G+ +TA+MISWNGIATY ALAIGAPLGV L G Sbjct: 132 ASRALLGLGESLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLG 191 Query: 214 FAAIGFLALALPLIGYVIARRRPAVPVVRGERLAFRLVLNRVLPYGIGLALGTVGFGAIA 273 FA IG + L +GYV+AR P PVV+GE+L+F+LVL +V YG+GLA GT+GFG+IA Sbjct: 192 FAMIGLSGMLLTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIA 251 Query: 274 TFITLYYASHQWSNAAFSLTLFGGCFIGSRLLFANSINRFGGFKVAIASFIVEAFGLSIL 333 TFITLYYA WS AAF+LT F F+G+RLLFAN+I RFGG++VA+ SF+ EA GL +L Sbjct: 252 TFITLYYADLHWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLL 311 Query: 334 WLAGSAEVAMLGAALAGFGFALVFPSLGVEAVGLVPAPNRGAALGAYSVFLDLALGITGP 393 W + E+A+LGA LAGFGFALVFPSLGVEAV LV NRGAAL AYSVFLDLALGITGP Sbjct: 312 WSTTTPELALLGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGP 371 Query: 394 LAGLIVGQFGYEEVFLFAAIGALCAVALTLSLYRRSQH 431 LAG I GQ GY +VFLFAAI A+ AVAL+LSLYR +Q Sbjct: 372 LAGAIAGQLGYPQVFLFAAIAAIGAVALSLSLYRSAQQ 409 >Q144X9.1 Q144X9_BURXL UPF0226 membrane protein Bxeno_A0572 Length = 403 Score = 458 bits (1178), Expect = e-127, Method: Compositional matrix adjust. Identities = 249/395 (63%), Positives = 300/395 (75%), Gaps = 2/395 (0%) Query: 42 AIPHSQTAVMIQILSTVLFTFLAYMTIGIPLAVLPGYVHLDLGYSSFIAGLSISVQYLST 101 A PHS+ A +QI+ V FTFL Y+TIGIPLAVLPGYVH DLGYS+ +AG +ISVQYL+T Sbjct: 6 ATPHSEFATTLQIIPVVFFTFLCYLTIGIPLAVLPGYVHDDLGYSAVLAGAAISVQYLAT 65 Query: 102 FITRAQAGRMVDTIGPKKTVMRGMLACVASGAFLVLAAWSAELPWLSLSMILVSRFCLGI 161 +R AGR DT+GPK+TV G+L C ASG L+LA LSL +++ SR LG Sbjct: 66 LASRPLAGRSADTLGPKRTVTIGLLGCGASGVLLLLAVLCGRWSVLSLGLLVCSRLVLGF 125 Query: 162 GESLAGTGSIIWGIGRIGATHTARMISWNGIATYGALAIGAPLGVALLHVGGFAAIGFLA 221 GESL GTG+I+WGIGR+G ++ AR+ISWNGIATYGALA+GAPLGVA+ H GFAA+G L Sbjct: 126 GESLCGTGAILWGIGRVGTSNNARVISWNGIATYGALAVGAPLGVAIAHTVGFAALGILV 185 Query: 222 LALPLIGYVIARRRPAVPVVRGERLAFRLVLNRVLPYGIGLALGTVGFGAIATFITLYYA 281 + L +G+ +AR VPVV GER+++R V RVLP+GIGLALG+ GFG+IATFITL+YA Sbjct: 186 ILLAALGFYLARPIAPVPVVHGERMSYRSVFTRVLPHGIGLALGSAGFGSIATFITLFYA 245 Query: 282 SHQWSNAAFSLTLFGGCFIGSRLLFANSINRFGGFKVAIASFIVEAFGLSILWLAGSAEV 341 + W NAA SLT+FG FIG+RLLFAN+I +GGF+VAIASF E GL +LWLA V Sbjct: 246 AKHWPNAALSLTVFGTLFIGARLLFANTIKTYGGFRVAIASFSFECAGLLMLWLAPEPHV 305 Query: 342 AMLGAALAGFGFALVFPSLGVEAVGLVPAPNRGAALGAYSVFLDLALGITGPLAGLIVGQ 401 A+ GAAL GFGFALVFP+LGVEAVGLVP +RGAAL AYSVFLDL+LGITGPLAG I G+ Sbjct: 306 ALAGAALTGFGFALVFPALGVEAVGLVPPASRGAALSAYSVFLDLSLGITGPLAGYIAGE 365 Query: 402 FGYEEVFLFAAIGALCAVALTLSLYRRSQHYKTDN 436 FGY VFLFAA+ A AV L+ LY R+ K N Sbjct: 366 FGYGSVFLFAAVAAAVAVGLSTFLYLRNA--KVTN 398 >B1FW91.1 B1FW91_9BURK Major facilitator superfamily MFS_1 Length = 403 Score = 458 bits (1178), Expect = e-126, Method: Compositional matrix adjust. Identities = 247/390 (63%), Positives = 298/390 (76%) Query: 42 AIPHSQTAVMIQILSTVLFTFLAYMTIGIPLAVLPGYVHLDLGYSSFIAGLSISVQYLST 101 A P S+ A +QI+ V FTFL Y+TIGIPLAVLPGYVH DLGYS+ +AG +ISVQYL+T Sbjct: 6 ATPRSELATTLQIIPVVFFTFLCYLTIGIPLAVLPGYVHDDLGYSAVLAGAAISVQYLAT 65 Query: 102 FITRAQAGRMVDTIGPKKTVMRGMLACVASGAFLVLAAWSAELPWLSLSMILVSRFCLGI 161 +R AGR DT+GPK+TV G+L C ASGA L+LA P SL++++ SR LG Sbjct: 66 LASRPLAGRSADTLGPKRTVSIGLLGCGASGALLLLAVLCGRWPAASLALLVCSRLVLGF 125 Query: 162 GESLAGTGSIIWGIGRIGATHTARMISWNGIATYGALAIGAPLGVALLHVGGFAAIGFLA 221 GESL GTG+I+WGIGR+G ++ AR+ISWNGIATYGALA+GAPLGVA+ GFAA+G L Sbjct: 126 GESLCGTGAILWGIGRVGTSNNARVISWNGIATYGALAVGAPLGVAIERTVGFAALGILV 185 Query: 222 LALPLIGYVIARRRPAVPVVRGERLAFRLVLNRVLPYGIGLALGTVGFGAIATFITLYYA 281 + L +G+ +AR VP+V GER+++R V RVLP+GIGLALG+ GFG+IATFITL+YA Sbjct: 186 MLLAALGFYLARSIAPVPLVHGERMSYRSVFTRVLPHGIGLALGSAGFGSIATFITLFYA 245 Query: 282 SHQWSNAAFSLTLFGGCFIGSRLLFANSINRFGGFKVAIASFIVEAFGLSILWLAGSAEV 341 + QW NAA SLT+FG FIG+RLLFAN+I +GGF+VAIASF E GL +LWLA V Sbjct: 246 AKQWPNAALSLTVFGTLFIGARLLFANTIKTYGGFRVAIASFSFECAGLLMLWLAPEPHV 305 Query: 342 AMLGAALAGFGFALVFPSLGVEAVGLVPAPNRGAALGAYSVFLDLALGITGPLAGLIVGQ 401 A+ GAAL GFGFALVFP+LGVEAVGLVP +RGAAL AYSVFLDL+LGITGPLAG I G+ Sbjct: 306 ALAGAALTGFGFALVFPALGVEAVGLVPPASRGAALSAYSVFLDLSLGITGPLAGYIAGE 365 Query: 402 FGYEEVFLFAAIGALCAVALTLSLYRRSQH 431 FGY VFLFAAI A AV L+ LY R Sbjct: 366 FGYGSVFLFAAIAAAAAVGLSSFLYLRDAR 395 >E8YNR3.1 E8YNR3_9BURK Major facilitator superfamily MFS_1 Length = 403 Score = 457 bits (1176), Expect = e-126, Method: Compositional matrix adjust. Identities = 249/388 (64%), Positives = 297/388 (76%) Query: 42 AIPHSQTAVMIQILSTVLFTFLAYMTIGIPLAVLPGYVHLDLGYSSFIAGLSISVQYLST 101 A S+ A +QI+ V FTFL Y+TIGIPLAVLPGYVH DLGYS+ +AG +ISVQYL+T Sbjct: 6 ATTRSEFATTLQIIPVVFFTFLCYLTIGIPLAVLPGYVHGDLGYSAVLAGAAISVQYLAT 65 Query: 102 FITRAQAGRMVDTIGPKKTVMRGMLACVASGAFLVLAAWSAELPWLSLSMILVSRFCLGI 161 +R AGR DT+GPK+TV G+L C ASG L+LA S P SL++++ SR LG Sbjct: 66 LASRPLAGRSADTLGPKRTVSIGLLGCGASGVLLLLAVLSGRWPAASLTLLVCSRLVLGF 125 Query: 162 GESLAGTGSIIWGIGRIGATHTARMISWNGIATYGALAIGAPLGVALLHVGGFAAIGFLA 221 GESL GTG+I+WGIGR+G + AR+ISWNGIATYGALAIGAPLGVA+ GFAA+G L Sbjct: 126 GESLCGTGAILWGIGRVGTNNNARVISWNGIATYGALAIGAPLGVAIERTVGFAALGILV 185 Query: 222 LALPLIGYVIARRRPAVPVVRGERLAFRLVLNRVLPYGIGLALGTVGFGAIATFITLYYA 281 + L +GY +AR AVPVV GER+++R V RVLP+GIGLALG+ GFG+IATFITL+YA Sbjct: 186 ILLAALGYYLARSMAAVPVVHGERMSYRSVFTRVLPHGIGLALGSAGFGSIATFITLFYA 245 Query: 282 SHQWSNAAFSLTLFGGCFIGSRLLFANSINRFGGFKVAIASFIVEAFGLSILWLAGSAEV 341 + QW NAA SLT+FG FIG+RLLFAN+I +GGF+VAIASF E GL +LWLA V Sbjct: 246 AKQWPNAALSLTVFGTLFIGARLLFANTIKTYGGFRVAIASFSFECVGLLMLWLAPEPHV 305 Query: 342 AMLGAALAGFGFALVFPSLGVEAVGLVPAPNRGAALGAYSVFLDLALGITGPLAGLIVGQ 401 A+ GAAL GFGFALVFP+LGVEAVGLVP +RGAAL AYSVFLDL+LGITGPLAG I G+ Sbjct: 306 ALAGAALTGFGFALVFPALGVEAVGLVPPASRGAALSAYSVFLDLSLGITGPLAGYIAGE 365 Query: 402 FGYEEVFLFAAIGALCAVALTLSLYRRS 429 FGY VFLFAA+ A AV L+ LY R Sbjct: 366 FGYGSVFLFAAVAAAAAVVLSGFLYVRD 393