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= 0020.0043.p (399 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IX82.1 D8IX82_HERSS Permease of the major facilitator superfam... 763 0.0 B5WI76.1 B5WI76_9BURK UPF0226 membrane protein BH160DRAFT_2777 443 e-122 E1T8D3.1 E1T8D3_BURSG Major facilitator superfamily MFS_1 441 e-121 B2T0B0.1 B2T0B0_BURPP UPF0226 membrane protein Bphyt_0792 439 e-121 B1FW91.1 B1FW91_9BURK Major facilitator superfamily MFS_1 437 e-120 E8YNR3.1 E8YNR3_9BURK Major facilitator superfamily MFS_1 436 e-120 Q144X9.1 Q144X9_BURXL UPF0226 membrane protein Bxeno_A0572 431 e-118 A2WCA6.1 A2WCA6_9BURK UPF0226 membrane protein BDAG_02365 428 e-118 A4JBX7.1 A4JBX7_BURVG UPF0226 membrane protein Bcep1808_0768 427 e-117 B1JWK7.1 B1JWK7_BURCC UPF0226 membrane protein Bcenmc03_0803 426 e-117 >D8IX82.1 D8IX82_HERSS Permease of the major facilitator superfamily protein Length = 413 Score = 763 bits (1970), Expect = 0.0, Method: Compositional matrix adjust. Identities = 398/399 (99%), Positives = 398/399 (99%) Query: 1 VPAAPPRPLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISV 60 VPAAPPRPLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISV Sbjct: 15 VPAAPPRPLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISV 74 Query: 61 QYFATFVSRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASR 120 QYFATFVSRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASR Sbjct: 75 QYFATFVSRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASR 134 Query: 121 ALLGLGESLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAM 180 ALLGLGESLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAM Sbjct: 135 ALLGLGESLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAM 194 Query: 181 IGLSGMLLTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFI 240 IGLSGMLLTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFI Sbjct: 195 IGLSGMLLTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFI 254 Query: 241 TLYYADLHWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWSA 300 TLYYADLHWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWS Sbjct: 255 TLYYADLHWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWST 314 Query: 301 TTPELALLGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAG 360 TTPELALLGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAG Sbjct: 315 TTPELALLGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAG 374 Query: 361 AIAGQLGYPQVFLFAAIAAIGAVALSLSLYRSAQQRGKP 399 AIAGQLGYPQVFLFAAIAAIGAVALSLSLYRSAQQRGKP Sbjct: 375 AIAGQLGYPQVFLFAAIAAIGAVALSLSLYRSAQQRGKP 413 >B5WI76.1 B5WI76_9BURK UPF0226 membrane protein BH160DRAFT_2777 Length = 403 Score = 443 bits (1139), Expect = e-122, Method: Compositional matrix adjust. Identities = 248/393 (63%), Positives = 292/393 (74%), Gaps = 3/393 (0%) Query: 3 AAPPRPLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISVQY 62 +AP R + T QII FFTFL YL IGIP+AVLPGY+H DLGYS+V+AG ISVQY Sbjct: 5 SAPAR--SEFATTLQIIPVVFFTFLCYLTIGIPLAVLPGYVHADLGYSAVLAGAAISVQY 62 Query: 63 FATFVSRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASRAL 122 AT SR AGR DT+G K+TV G+L C ASG LLL +AL P LSL LL SR + Sbjct: 63 LATLASRPLAGRSADTLGPKRTVSIGLLGCGASGVLLLLAALTGHWPVLSLALLVCSRLV 122 Query: 123 LGLGESLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAMIG 182 LG GESL GTGAI+WG+GRVG+ N A++ISWNGIATY ALAIGAPLGV + S+GF +G Sbjct: 123 LGFGESLCGTGAILWGIGRVGTSNNARVISWNGIATYGALAIGAPLGVAISHSIGFTALG 182 Query: 183 LSGMLLTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFITL 242 + ++L ALGY LAR PVV GE++S++ V +V +GMGLA G+ GFGSIATFITL Sbjct: 183 ILVIVLAALGYYLARLVAAVPVVHGERMSYRSVFSRVLPHGMGLALGSAGFGSIATFITL 242 Query: 243 YYADLHWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWSATT 302 +YA HW AA +LT F + F+GARLLFAN I +GG+RVA+ SF E GLL+LW A Sbjct: 243 FYAAKHWPNAALSLTLFGTLFIGARLLFANTIKTYGGFRVAIASFSLECAGLLMLWLAPV 302 Query: 303 PELALLGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAGAI 362 P +AL GA L GFGFALVFPSLGVEAV LV PA+RGAAL+AYSVFLDL+LGITGPLAG I Sbjct: 303 PHVALAGAALTGFGFALVFPSLGVEAVGLVPPASRGAALSAYSVFLDLSLGITGPLAGYI 362 Query: 363 AGQLGYPQVFLFAAIAAIGAVALSLSLY-RSAQ 394 AG+ GY VFLFAAIAA AV LS LY R+A+ Sbjct: 363 AGEFGYGSVFLFAAIAAAAAVVLSTVLYLRNAK 395 >E1T8D3.1 E1T8D3_BURSG Major facilitator superfamily MFS_1 Length = 403 Score = 441 bits (1133), Expect = e-121, Method: Compositional matrix adjust. Identities = 245/396 (61%), Positives = 293/396 (73%), Gaps = 2/396 (0%) Query: 3 AAPPRPLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISVQY 62 +APPR + T QII FFTFL YL IGIP+AVLPGY+H DLG+S+V+AG ISVQY Sbjct: 5 SAPPR--SEFATTMQIIPVVFFTFLCYLTIGIPLAVLPGYVHDDLGFSAVLAGAAISVQY 62 Query: 63 FATFVSRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASRAL 122 AT SR AGR DT+G K+TV G+L C ASG LLL + L P SL LL SR + Sbjct: 63 LATLASRPLAGRSADTLGPKRTVSIGLLGCGASGVLLLLAVLCGRWPAASLALLVCSRLV 122 Query: 123 LGLGESLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAMIG 182 LG GESL GTGAI+WG+GRVG+ N A++ISWNGIATY ALA+GAPLGV ++R++GFA +G Sbjct: 123 LGFGESLCGTGAILWGIGRVGTSNNARVISWNGIATYGALAVGAPLGVAIERTVGFAALG 182 Query: 183 LSGMLLTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFITL 242 + MLL ALG+ LAR PVV GE++S++ V +V +G+GLA G+ GFGSIATFITL Sbjct: 183 ILVMLLAALGFYLARTIAPVPVVHGERMSYRSVFTRVLPHGIGLALGSAGFGSIATFITL 242 Query: 243 YYADLHWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWSATT 302 +YA W AA +LT F + F+GARLLFAN I +GG+RVA+ SF E VGLL+LW A Sbjct: 243 FYAAKQWPNAALSLTVFGTLFIGARLLFANTIKTYGGFRVAIASFSFECVGLLMLWLAPE 302 Query: 303 PELALLGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAGAI 362 P +AL GA L GFGFALVFP+LGVEAV LV PA+RGAAL+AYSVFLDL+LGITGPLAG I Sbjct: 303 PHVALAGAALTGFGFALVFPALGVEAVGLVPPASRGAALSAYSVFLDLSLGITGPLAGYI 362 Query: 363 AGQLGYPQVFLFAAIAAIGAVALSLSLYRSAQQRGK 398 AG+ GY VFLFAAIAA AV LS LY + GK Sbjct: 363 AGEFGYGSVFLFAAIAAAAAVGLSCFLYLRDAKVGK 398 >B2T0B0.1 B2T0B0_BURPP UPF0226 membrane protein Bphyt_0792 Length = 403 Score = 439 bits (1130), Expect = e-121, Method: Compositional matrix adjust. Identities = 241/393 (61%), Positives = 292/393 (74%), Gaps = 1/393 (0%) Query: 8 PLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISVQYFATFV 67 P T T QII FFTFL YL IGIP+AVLPGY+H DLGYS+V+AG ISVQY AT Sbjct: 8 PRTEFATTMQIIPVVFFTFLCYLTIGIPLAVLPGYVHDDLGYSAVLAGAAISVQYLATLA 67 Query: 68 SRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASRALLGLGE 127 SR AGR DT+G K+TV G+L C ASG LLL + L P +SL LL SR +LG GE Sbjct: 68 SRPLAGRSADTLGPKRTVTIGLLGCGASGVLLLLAVLCGRWPVVSLGLLVCSRLVLGFGE 127 Query: 128 SLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAMIGLSGML 187 SL GTGAI+WG+GRVG+ N A++ISWNGIATY ALA+GAPLGV + ++GFA +G+ ++ Sbjct: 128 SLCGTGAILWGIGRVGTSNNARVISWNGIATYGALAVGAPLGVAIAHTVGFAALGILVIM 187 Query: 188 LTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFITLYYADL 247 L ALG+ LAR P+V GE++S++ V +V +G+GLA G+ GFGSIATFITL+YA Sbjct: 188 LAALGFYLARPIAPVPIVHGERMSYRSVFTRVLPHGLGLALGSAGFGSIATFITLFYAAK 247 Query: 248 HWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWSATTPELAL 307 HW AA +LT F + F+GARLLFAN I +GG+RVA+ SF E GLL+LW A P +AL Sbjct: 248 HWPNAALSLTVFGTLFIGARLLFANTIKTYGGFRVAIASFSFECAGLLMLWLAPEPHIAL 307 Query: 308 LGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAGAIAGQLG 367 GA L GFGFALVFP+LGVEAV LV PA+RGAAL+AYSVFLDL+LGITGPLAG IAG+ G Sbjct: 308 AGAALTGFGFALVFPALGVEAVGLVPPASRGAALSAYSVFLDLSLGITGPLAGYIAGEFG 367 Query: 368 YPQVFLFAAIAAIGAVALSLSLY-RSAQQRGKP 399 Y QVFLFAA+A+ AV LS LY R+A+ G P Sbjct: 368 YAQVFLFAAVASAAAVGLSTMLYLRNARAPGSP 400 >B1FW91.1 B1FW91_9BURK Major facilitator superfamily MFS_1 Length = 403 Score = 437 bits (1124), Expect = e-120, Method: Compositional matrix adjust. Identities = 242/391 (61%), Positives = 289/391 (73%) Query: 8 PLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISVQYFATFV 67 P + T QII FFTFL YL IGIP+AVLPGY+H DLGYS+V+AG ISVQY AT Sbjct: 8 PRSELATTLQIIPVVFFTFLCYLTIGIPLAVLPGYVHDDLGYSAVLAGAAISVQYLATLA 67 Query: 68 SRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASRALLGLGE 127 SR AGR DT+G K+TV G+L C ASGALLL + L P SL LL SR +LG GE Sbjct: 68 SRPLAGRSADTLGPKRTVSIGLLGCGASGALLLLAVLCGRWPAASLALLVCSRLVLGFGE 127 Query: 128 SLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAMIGLSGML 187 SL GTGAI+WG+GRVG+ N A++ISWNGIATY ALA+GAPLGV ++R++GFA +G+ ML Sbjct: 128 SLCGTGAILWGIGRVGTSNNARVISWNGIATYGALAVGAPLGVAIERTVGFAALGILVML 187 Query: 188 LTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFITLYYADL 247 L ALG+ LAR P+V GE++S++ V +V +G+GLA G+ GFGSIATFITL+YA Sbjct: 188 LAALGFYLARSIAPVPLVHGERMSYRSVFTRVLPHGIGLALGSAGFGSIATFITLFYAAK 247 Query: 248 HWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWSATTPELAL 307 W AA +LT F + F+GARLLFAN I +GG+RVA+ SF E GLL+LW A P +AL Sbjct: 248 QWPNAALSLTVFGTLFIGARLLFANTIKTYGGFRVAIASFSFECAGLLMLWLAPEPHVAL 307 Query: 308 LGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAGAIAGQLG 367 GA L GFGFALVFP+LGVEAV LV PA+RGAAL+AYSVFLDL+LGITGPLAG IAG+ G Sbjct: 308 AGAALTGFGFALVFPALGVEAVGLVPPASRGAALSAYSVFLDLSLGITGPLAGYIAGEFG 367 Query: 368 YPQVFLFAAIAAIGAVALSLSLYRSAQQRGK 398 Y VFLFAAIAA AV LS LY + GK Sbjct: 368 YGSVFLFAAIAAAAAVGLSSFLYLRDARVGK 398 >E8YNR3.1 E8YNR3_9BURK Major facilitator superfamily MFS_1 Length = 403 Score = 436 bits (1121), Expect = e-120, Method: Compositional matrix adjust. Identities = 242/384 (63%), Positives = 288/384 (75%) Query: 15 TRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISVQYFATFVSRANAGR 74 T QII FFTFL YL IGIP+AVLPGY+H DLGYS+V+AG ISVQY AT SR AGR Sbjct: 15 TLQIIPVVFFTFLCYLTIGIPLAVLPGYVHGDLGYSAVLAGAAISVQYLATLASRPLAGR 74 Query: 75 MIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASRALLGLGESLVGTGA 134 DT+G K+TV G+L C ASG LLL + L+ P SL LL SR +LG GESL GTGA Sbjct: 75 SADTLGPKRTVSIGLLGCGASGVLLLLAVLSGRWPAASLTLLVCSRLVLGFGESLCGTGA 134 Query: 135 IMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAMIGLSGMLLTALGYV 194 I+WG+GRVG+ N A++ISWNGIATY ALAIGAPLGV ++R++GFA +G+ +LL ALGY Sbjct: 135 ILWGIGRVGTNNNARVISWNGIATYGALAIGAPLGVAIERTVGFAALGILVILLAALGYY 194 Query: 195 LARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFITLYYADLHWSGAAF 254 LAR PVV GE++S++ V +V +G+GLA G+ GFGSIATFITL+YA W AA Sbjct: 195 LARSMAAVPVVHGERMSYRSVFTRVLPHGIGLALGSAGFGSIATFITLFYAAKQWPNAAL 254 Query: 255 ALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWSATTPELALLGAGLAG 314 +LT F + F+GARLLFAN I +GG+RVA+ SF E VGLL+LW A P +AL GA L G Sbjct: 255 SLTVFGTLFIGARLLFANTIKTYGGFRVAIASFSFECVGLLMLWLAPEPHVALAGAALTG 314 Query: 315 FGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAGAIAGQLGYPQVFLF 374 FGFALVFP+LGVEAV LV PA+RGAAL+AYSVFLDL+LGITGPLAG IAG+ GY VFLF Sbjct: 315 FGFALVFPALGVEAVGLVPPASRGAALSAYSVFLDLSLGITGPLAGYIAGEFGYGSVFLF 374 Query: 375 AAIAAIGAVALSLSLYRSAQQRGK 398 AA+AA AV LS LY + GK Sbjct: 375 AAVAAAAAVVLSGFLYVRDVRVGK 398 >Q144X9.1 Q144X9_BURXL UPF0226 membrane protein Bxeno_A0572 Length = 403 Score = 431 bits (1107), Expect = e-118, Method: Compositional matrix adjust. Identities = 241/393 (61%), Positives = 289/393 (73%), Gaps = 1/393 (0%) Query: 8 PLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISVQYFATFV 67 P + T QII FFTFL YL IGIP+AVLPGY+H DLGYS+V+AG ISVQY AT Sbjct: 8 PHSEFATTLQIIPVVFFTFLCYLTIGIPLAVLPGYVHDDLGYSAVLAGAAISVQYLATLA 67 Query: 68 SRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASRALLGLGE 127 SR AGR DT+G K+TV G+L C ASG LLL + L LSL LL SR +LG GE Sbjct: 68 SRPLAGRSADTLGPKRTVTIGLLGCGASGVLLLLAVLCGRWSVLSLGLLVCSRLVLGFGE 127 Query: 128 SLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAMIGLSGML 187 SL GTGAI+WG+GRVG+ N A++ISWNGIATY ALA+GAPLGV + ++GFA +G+ +L Sbjct: 128 SLCGTGAILWGIGRVGTSNNARVISWNGIATYGALAVGAPLGVAIAHTVGFAALGILVIL 187 Query: 188 LTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFITLYYADL 247 L ALG+ LAR PVV GE++S++ V +V +G+GLA G+ GFGSIATFITL+YA Sbjct: 188 LAALGFYLARPIAPVPVVHGERMSYRSVFTRVLPHGIGLALGSAGFGSIATFITLFYAAK 247 Query: 248 HWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWSATTPELAL 307 HW AA +LT F + F+GARLLFAN I +GG+RVA+ SF E GLL+LW A P +AL Sbjct: 248 HWPNAALSLTVFGTLFIGARLLFANTIKTYGGFRVAIASFSFECAGLLMLWLAPEPHVAL 307 Query: 308 LGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAGAIAGQLG 367 GA L GFGFALVFP+LGVEAV LV PA+RGAAL+AYSVFLDL+LGITGPLAG IAG+ G Sbjct: 308 AGAALTGFGFALVFPALGVEAVGLVPPASRGAALSAYSVFLDLSLGITGPLAGYIAGEFG 367 Query: 368 YPQVFLFAAIAAIGAVALSLSLY-RSAQQRGKP 399 Y VFLFAA+AA AV LS LY R+A+ P Sbjct: 368 YGSVFLFAAVAAAVAVGLSTFLYLRNAKVTNLP 400 >A2WCA6.1 A2WCA6_9BURK UPF0226 membrane protein BDAG_02365 Length = 404 Score = 428 bits (1100), Expect = e-118, Method: Compositional matrix adjust. Identities = 239/396 (60%), Positives = 297/396 (75%), Gaps = 1/396 (0%) Query: 4 APPRPLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISVQYF 63 +P P + VT QI++ FTF+ YL IG+P+AVLPG++H +LG+S+++AG ISVQYF Sbjct: 5 SPSTPRSGFAVTLQIVSVVCFTFICYLTIGLPLAVLPGFVHDELGFSAIVAGAAISVQYF 64 Query: 64 ATFVSRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASRALL 123 AT SR AGR DT+G KQTV+RG++ C ASG LLL + L P SLVLL ASR +L Sbjct: 65 ATLASRPLAGRFADTLGPKQTVLRGLIGCGASGVLLLVALLLARWPAASLVLLVASRLVL 124 Query: 124 GLGESLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAMIGL 183 G+GESL GTGAI+WG+GRVG + AK+ISWNGIATY ALA+GAP+GV + +L A+IG+ Sbjct: 125 GVGESLCGTGAILWGIGRVGVAHNAKVISWNGIATYGALALGAPVGVAIAHALNPALIGV 184 Query: 184 SGMLLTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFITLY 243 + L ALGY LAR PVV GE++S+ V +V +G+GLA G+ GFGSIATF+TLY Sbjct: 185 IVIALAALGYYLARLIDAVPVVHGERMSYASVFTRVLPHGLGLALGSAGFGSIATFVTLY 244 Query: 244 YADLHWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWSATTP 303 YA HW AA +LT F + F+GARLLFAN I +GG+RVA+VSF E GL+LLW A P Sbjct: 245 YAARHWPNAALSLTVFGTLFIGARLLFANTIKTYGGFRVAIVSFAFECSGLVLLWLAPVP 304 Query: 304 ELALLGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAGAIA 363 +AL+GA L GFGFAL+FP+LGVEAV LV PA+RGAAL+AYSVFLDL+LGITGPLAG +A Sbjct: 305 HVALVGAALTGFGFALIFPALGVEAVALVPPASRGAALSAYSVFLDLSLGITGPLAGYVA 364 Query: 364 GQLGYPQVFLFAAIAAIGAVALSLSLY-RSAQQRGK 398 G GYPQVFLFAA+AA VALS+ LY R A+ G Sbjct: 365 GAFGYPQVFLFAAVAAAAGVALSMVLYQRQARVAGS 400 >A4JBX7.1 A4JBX7_BURVG UPF0226 membrane protein Bcep1808_0768 Length = 404 Score = 427 bits (1097), Expect = e-117, Method: Compositional matrix adjust. Identities = 240/397 (60%), Positives = 295/397 (74%), Gaps = 3/397 (0%) Query: 3 AAPPRPLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISVQY 62 A PPR + VT QI++ FTF+ YL IG+P+AVLPG++H DLGYS+++AG ISVQY Sbjct: 6 ATPPR--SGLAVTLQIVSVVCFTFVCYLTIGLPLAVLPGFVHDDLGYSAIVAGAAISVQY 63 Query: 63 FATFVSRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASRAL 122 FAT SR AGR DT+G KQTV+RG++ C SG LLL + L P SLVLL SR + Sbjct: 64 FATLASRPLAGRFADTLGPKQTVLRGLIGCGVSGVLLLVALLLARWPAASLVLLIGSRLV 123 Query: 123 LGLGESLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAMIG 182 LG+GESL GTGAI+WG+GRVG + AK+ISWNGIATY ALA+GAP+GV + +L A+IG Sbjct: 124 LGVGESLCGTGAILWGIGRVGIAHNAKVISWNGIATYGALALGAPVGVAIAHALNPALIG 183 Query: 183 LSGMLLTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFITL 242 + + L A G+ LAR P+V GE++S+ V +V +G+GLA G+ GFGSIATF+TL Sbjct: 184 VLVIALAAAGFYLARLIDAVPLVHGERMSYASVFTRVLPHGLGLALGSAGFGSIATFVTL 243 Query: 243 YYADLHWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWSATT 302 YYA HW AA +LT F + F+GARLLFAN I +GG+RVA+VSF E+ GLLLLW A Sbjct: 244 YYAARHWPNAALSLTVFGTLFIGARLLFANMIKTYGGFRVAIVSFAFESSGLLLLWLAPV 303 Query: 303 PELALLGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAGAI 362 P +AL+GA L GFGFAL+FP+LGVEAV LV PA+RGAAL+AYSVFLDL+LGITGPLAG I Sbjct: 304 PHVALVGAALTGFGFALIFPALGVEAVALVPPASRGAALSAYSVFLDLSLGITGPLAGYI 363 Query: 363 AGQLGYPQVFLFAAIAAIGAVALSLSLY-RSAQQRGK 398 AG GYPQVFLFAA AA VALS+ LY R A+ G Sbjct: 364 AGAFGYPQVFLFAAAAAAAGVALSMVLYQRQARVAGS 400 >B1JWK7.1 B1JWK7_BURCC UPF0226 membrane protein Bcenmc03_0803 Length = 404 Score = 426 bits (1096), Expect = e-117, Method: Compositional matrix adjust. Identities = 240/397 (60%), Positives = 299/397 (75%), Gaps = 3/397 (0%) Query: 3 AAPPRPLTPAKVTRQIIATAFFTFLVYLAIGIPMAVLPGYIHLDLGYSSVMAGLGISVQY 62 A PPR + VT QI++ FTF+ YL IG+P+AVLPG++H DLG+S+++AG ISVQY Sbjct: 6 ATPPR--SGFAVTLQIVSVVCFTFICYLTIGLPLAVLPGFVHDDLGFSAIVAGGAISVQY 63 Query: 63 FATFVSRANAGRMIDTVGAKQTVMRGMLLCSASGALLLCSALAQPLPFLSLVLLFASRAL 122 FAT SR AGR+ DT+G KQTV+RG++ C SG LLL + L P SLVLL ASR + Sbjct: 64 FATLASRPLAGRLADTLGPKQTVLRGLVGCGVSGVLLLVALLLAHWPVASLVLLVASRLV 123 Query: 123 LGLGESLVGTGAIMWGVGRVGSENTAKMISWNGIATYAALAIGAPLGVVLDRSLGFAMIG 182 LG+GESL GTGAI+WG+GRVG + AK+ISWNGIATY ALA+GAP+GV + +L A+IG Sbjct: 124 LGVGESLCGTGAILWGIGRVGVAHNAKVISWNGIATYGALALGAPVGVAIAHTLNPALIG 183 Query: 183 LSGMLLTALGYVLARGGPVTPVVQGEQLSFKLVLRKVFAYGMGLAFGTIGFGSIATFITL 242 + + L ALG+ LAR P+V GE++S+ V +V +G+GLA G+ GFGSIATF+TL Sbjct: 184 VIVIALAALGFYLARLIAPVPLVHGERMSYASVFTRVLPHGLGLALGSAGFGSIATFVTL 243 Query: 243 YYADLHWSGAAFALTAFSSAFVGARLLFANAITRFGGYRVAVVSFLTEAVGLLLLWSATT 302 YYA HW AA +LT F + F+GARLLFAN I +GG+RVA+VSF E+ GLLLLW A Sbjct: 244 YYAARHWPNAALSLTVFGTLFIGARLLFANTIKTYGGFRVAIVSFAFESAGLLLLWLAPV 303 Query: 303 PELALLGAGLAGFGFALVFPSLGVEAVNLVSPANRGAALAAYSVFLDLALGITGPLAGAI 362 P +AL+GA L GFGFAL+FP+LGVEAV LV PA+RGAAL+AYSVFLDL+LGITGPLAG + Sbjct: 304 PHVALVGAALTGFGFALIFPALGVEAVALVPPASRGAALSAYSVFLDLSLGITGPLAGYV 363 Query: 363 AGQLGYPQVFLFAAIAAIGAVALSLSLY-RSAQQRGK 398 AG GYPQVFLFAA+AA VALS+ LY R A+ G Sbjct: 364 AGAFGYPQVFLFAAVAAAAGVALSMVLYQRQARVAGS 400