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= 0004.0021.p (626 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J037.1 D8J037_HERSS Inner membrane transmembrane (Na+-driven m... 873 0.0 C3XAD6.1 C3XAD6_OXAFO Inner membrane transmembrane protein 481 e-133 Q13Z88.1 Q13Z88_BURXL Multi antimicrobial extrusion protein MatE... 469 e-130 B5WNG9.1 B5WNG9_9BURK MATE efflux family protein 462 e-128 B1YRF7.1 B1YRF7_BURA4 MATE efflux family protein 458 e-126 D5W7S0.1 D5W7S0_BURSC MATE efflux family protein 457 e-126 Q46ZE7.1 Q46ZE7_CUPPJ Multi antimicrobial extrusion protein MatE 456 e-126 C3X1L0.1 C3X1L0_OXAFO MATE efflux family protein 456 e-126 Q1BGZ7.1 Q1BGZ7_BURCA MATE efflux family protein 455 e-125 A0K7V9.1 A0K7V9_BURCH MATE efflux family protein 455 e-125 >D8J037.1 D8J037_HERSS Inner membrane transmembrane (Na+-driven multidrug efflux pump) protein Length = 454 Score = 873 bits (2255), Expect = 0.0, Method: Compositional matrix adjust. Identities = 452/454 (99%), Positives = 454/454 (100%) Query: 173 LSSRHHVGRIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGL 232 +SSRHHVGRIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGL Sbjct: 1 MSSRHHVGRIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGL 60 Query: 233 SGVLQALQPTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPE 292 SGVLQALQPTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPE Sbjct: 61 SGVLQALQPTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPE 120 Query: 293 LVEKATLYLRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGG 352 LVEKATLYLRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGG Sbjct: 121 LVEKATLYLRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGG 180 Query: 353 LGLPAFGGPGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWL 412 LGLPAFGGPGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWL Sbjct: 181 LGLPAFGGPGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWL 240 Query: 413 GIPIGMSYFIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQ 472 GIPIGMSYFIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQ Sbjct: 241 GIPIGMSYFIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQ 300 Query: 473 AIGGGNFAVAKKIGNAGIRLAISLSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYI 532 AIGGGNFAVAKKIGNAGIRLAI+LSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYI Sbjct: 301 AIGGGNFAVAKKIGNAGIRLAIALSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYI 360 Query: 533 AFYQLFDSLQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPLGLTPPNLLGP 592 AFYQLFDSLQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPLGLTPPNLLGP Sbjct: 361 AFYQLFDSLQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPLGLTPPNLLGP 420 Query: 593 AGFWLANSASLGLVGIGLLYYLRHIQRRWLNAPA 626 AGFWLANSASLGLVGIGLLYYLRHIQRRWLNAPA Sbjct: 421 AGFWLANSASLGLVGIGLLYYLRHIQRRWLNAPA 454 >C3XAD6.1 C3XAD6_OXAFO Inner membrane transmembrane protein Length = 470 Score = 481 bits (1237), Expect = e-133, Method: Compositional matrix adjust. Identities = 251/449 (55%), Positives = 329/449 (73%), Gaps = 3/449 (0%) Query: 174 SSRHHVGRIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGLS 233 +S I LA P+ +GQLA IAN V+DT MVSR+S DL ALA+ S+Y+SV+V L+ Sbjct: 6 ASSRPTSSIIGLAVPIWIGQLAAIANPVVDTAMVSRYSVTDLGALAVAASVYISVYVALN 65 Query: 234 GVLQALQPTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMF-SPLFLSVAKASPE 292 GV+Q+L PT GQLFGAG+ E+G E +QG+WLA+FLS+IG+L+L F PLF S+AKASPE Sbjct: 66 GVMQSLAPTFGQLFGAGKFPEMGKEAKQGVWLAIFLSIIGSLLLSFPQPLF-SIAKASPE 124 Query: 293 LVEKATLYLRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGG 352 + EKATLYLRI A +LPA+L F VY+ LN A+ARPKMVMAIQV GLLLK+PLN L IFGG Sbjct: 125 MTEKATLYLRILAFSLPASLNFLVYNTLNNAMARPKMVMAIQVTGLLLKIPLNTLFIFGG 184 Query: 353 LGLPAFGGPGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWL 412 G+PAFGGPGCAIAT +I WL +L WL++ P YR L LFG GF P+WK+L+ LL L Sbjct: 185 WGIPAFGGPGCAIATFIIVWLELLIGWLILRYNPFYRILHLFGTGFAWPNWKSLKELLSL 244 Query: 413 GIPIGMSYFIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQ 472 GIP+G++YFIEVT+FT MA+FIAR+G VAGHQI AN VLYMLPLS+ASATSTLVAQ Sbjct: 245 GIPVGLNYFIEVTSFTFMALFIARIGVNAVAGHQIVANFSGVLYMLPLSLASATSTLVAQ 304 Query: 473 AIGGGNFAVAKKIGNAGIRLAISLSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYI 532 +IGG +A+KI AGIRL+ L+++V V+ + II YT + + A PLFL++ Sbjct: 305 SIGGRRLEIARKISFAGIRLSAILAIIVACAVWLGKDWIISLYTSNETVAANAAPLFLFL 364 Query: 533 AFYQLFDSLQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPL-GLTPPNLLG 591 FD++QVT ++VLRAYKV + PT++Y +TLW +GLG GY+ + PP + G Sbjct: 365 CSLLFFDAIQVTASYVLRAYKVVLAPTLLYVMTLWCIGLGCGYMFAFNFFPDYIPPRITG 424 Query: 592 PAGFWLANSASLGLVGIGLLYYLRHIQRR 620 +GFW +N SL ++ +G++ +R +++ Sbjct: 425 SSGFWFSNCVSLVILSVGMIIIMRKTEKK 453 >Q13Z88.1 Q13Z88_BURXL Multi antimicrobial extrusion protein MatE family Length = 459 Score = 469 bits (1206), Expect = e-130, Method: Compositional matrix adjust. Identities = 248/446 (55%), Positives = 318/446 (71%), Gaps = 1/446 (0%) Query: 178 HVGRIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGLSGVLQ 237 V +IA LAWP+L+GQLA+IA GVIDT MV R+SA+DLAAL LG SIY+SV++GL+G+L Sbjct: 4 DVRKIAALAWPVLIGQLAIIAFGVIDTAMVGRYSAVDLAALGLGSSIYISVYIGLTGILT 63 Query: 238 ALQPTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPELVEKA 297 ALQP QL+GA R+DEIG+EVRQ +WLA+ L+VIG L+L F L +A+ L ++ Sbjct: 64 ALQPITAQLYGARRYDEIGEEVRQALWLALALTVIGFLILFFPGPVLHLARVPDALHDRT 123 Query: 298 TLYLRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGGLGLPA 357 YLRI A LPA L FRVY ++ A+ +P++VM +Q+ LLLK+PLN IFGGLG+PA Sbjct: 124 VAYLRILAFGLPAGLAFRVYGSVTNAVGKPRLVMILQIGALLLKVPLNTWFIFGGLGVPA 183 Query: 358 FGGPGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWLGIPIG 417 GGPGCA+A+T I W + + +L+ R+ V+ P +F R F P W+ L LGIP+G Sbjct: 184 LGGPGCALASTTINWGLAVLGMVLLTRVDVFTPFAIFAR-FCWPVWRRQAAQLRLGIPMG 242 Query: 418 MSYFIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQAIGGG 477 +SY IEVT++T MA+FIAR G +AGHQI N+G VLYM PLSI A+STLVAQA+G Sbjct: 243 LSYLIEVTSYTFMALFIARFGTTTLAGHQIAGNIGAVLYMTPLSIGIASSTLVAQALGAH 302 Query: 478 NFAVAKKIGNAGIRLAISLSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYIAFYQL 537 A+ + GI +A++++ +V LR II YTPD ++ AALPL L +A Y L Sbjct: 303 RPEAARTLSRHGIMMAVAIACCYAAIVLALRPFIIEGYTPDAQVVAAALPLVLIVACYHL 362 Query: 538 FDSLQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPLGLTPPNLLGPAGFWL 597 FD+LQ+TTAFVLRAYKVAVVPTVIYAV LWGVGLGGGY LG D G+TP L G GFW+ Sbjct: 363 FDALQITTAFVLRAYKVAVVPTVIYAVALWGVGLGGGYALGFDVTGITPEWLTGARGFWV 422 Query: 598 ANSASLGLVGIGLLYYLRHIQRRWLN 623 AN+ASL + GIGLL Y R + +R L Sbjct: 423 ANTASLAIAGIGLLMYWRVVSKRHLR 448 >B5WNG9.1 B5WNG9_9BURK MATE efflux family protein Length = 461 Score = 462 bits (1190), Expect = e-128, Method: Compositional matrix adjust. Identities = 250/449 (55%), Positives = 317/449 (70%), Gaps = 1/449 (0%) Query: 178 HVGRIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGLSGVLQ 237 V +IA LAWP+L+GQLA+IA GVIDT MV R+SA+DLAAL LG SIY+SV++GL+G+L Sbjct: 6 DVRKIAALAWPVLIGQLAIIAFGVIDTAMVGRYSAVDLAALGLGSSIYISVYIGLTGILT 65 Query: 238 ALQPTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPELVEKA 297 ALQP QL+GA R+ EIG+EVRQ WLA L++IG L+L F L++++ L E+ Sbjct: 66 ALQPIAAQLYGARRYGEIGEEVRQSWWLAAALTMIGFLILFFPGPLLALSRVPDALHERT 125 Query: 298 TLYLRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGGLGLPA 357 YLRI A LPA L FRVYS++ A+ +P++VM +QV LLLK+PLN IFGGLG+PA Sbjct: 126 LAYLRILAFGLPAGLAFRVYSSVANALGKPRLVMFLQVAALLLKIPLNTWFIFGGLGVPA 185 Query: 358 FGGPGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWLGIPIG 417 GGPGCA+A+TL+ W + LL+AR+ ++ L +F F P WK L LGIP+G Sbjct: 186 LGGPGCALASTLLNWGLATLGMLLLARVDDFKQLGIFTH-FCWPVWKRQAAQLRLGIPMG 244 Query: 418 MSYFIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQAIGGG 477 +SY IEVT++T MA+FIAR G +AGHQI N+G VLYM PLSI A+STLVAQA+G Sbjct: 245 LSYLIEVTSYTFMALFIARFGTTTLAGHQIAGNIGAVLYMTPLSIGIASSTLVAQALGAH 304 Query: 478 NFAVAKKIGNAGIRLAISLSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYIAFYQL 537 A+ + GI +A++++ G +V LR I+ YT D + ALPL L +A Y L Sbjct: 305 RPQAARTLSRHGIAMAVAIACCYGALVLALRPYIVDGYTTDAEVAAKALPLVLIVACYHL 364 Query: 538 FDSLQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPLGLTPPNLLGPAGFWL 597 FD+LQ+TTAFVLRAYKVAVVPTVIYAV LWGVGLGGGY LG D GLTPP L G GFW+ Sbjct: 365 FDALQITTAFVLRAYKVAVVPTVIYAVALWGVGLGGGYALGFDTTGLTPPWLTGARGFWV 424 Query: 598 ANSASLGLVGIGLLYYLRHIQRRWLNAPA 626 AN+ASL + GIGLL Y R + R+L A Sbjct: 425 ANTASLAIAGIGLLVYWRIVSHRYLREDA 453 >B1YRF7.1 B1YRF7_BURA4 MATE efflux family protein Length = 451 Score = 458 bits (1179), Expect = e-126, Method: Compositional matrix adjust. Identities = 243/446 (54%), Positives = 313/446 (70%), Gaps = 1/446 (0%) Query: 181 RIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGLSGVLQALQ 240 RI LAWP+LVGQLA+IA GVIDT MV R+SA+DLAAL LG SIYVS+++G++G+L ALQ Sbjct: 7 RIVGLAWPVLVGQLAIIAFGVIDTAMVGRYSAIDLAALGLGSSIYVSIYIGMTGILSALQ 66 Query: 241 PTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPELVEKATLY 300 P GQL+GA R+ EIG+EVRQ +WLA+ L+V G L+L F L +A A P L E+ Y Sbjct: 67 PITGQLYGARRYAEIGEEVRQALWLALMLAVPGFLLLHFPEPLLHIAHAPPALHERTVDY 126 Query: 301 LRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGGLGLPAFGG 360 LRI + LPA+L FR+Y+AL A +P++ M +Q+ LLLK PLN IFGG G+PA GG Sbjct: 127 LRILSYGLPASLVFRIYNALTNAAGKPRLAMILQIGALLLKFPLNVWFIFGGFGVPALGG 186 Query: 361 PGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWLGIPIGMSY 420 PGC +A+TLI W + L + L+A+L V+ PL +F R F P W + +L LG+P+G+SY Sbjct: 187 PGCGLASTLINWALALVGFTLLAKLDVFTPLAIFSR-FCWPVWARQKAILKLGVPMGLSY 245 Query: 421 FIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQAIGGGNFA 480 IEVT+FT MA+FIA+ G +AGHQI N+ VLYM PLSI A STLVA+A+G G Sbjct: 246 LIEVTSFTCMALFIAQFGTTTLAGHQIAGNISAVLYMTPLSIGVAASTLVARALGAGRPD 305 Query: 481 VAKKIGNAGIRLAISLSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYIAFYQLFDS 540 A+ +G + LA ++ G++V+ LR I+ YTP+P ++ AALPL + Y FD+ Sbjct: 306 EARLLGRHSVMLACGIAAAYGVLVFTLRPLIVSGYTPNPAVVAAALPLVAIVTCYHFFDA 365 Query: 541 LQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPLGLTPPNLLGPAGFWLANS 600 LQ+T+AFVLRAYKVAVVPTVIYAV LWGVGLGGGY+LG D G+ P L G GFW AN+ Sbjct: 366 LQITSAFVLRAYKVAVVPTVIYAVALWGVGLGGGYMLGFDIGGIAPAWLTGARGFWFANT 425 Query: 601 ASLGLVGIGLLYYLRHIQRRWLNAPA 626 SL L G GL YLR + R L+ A Sbjct: 426 ISLMLAGAGLALYLRRVSRAALSVGA 451 >D5W7S0.1 D5W7S0_BURSC MATE efflux family protein Length = 459 Score = 457 bits (1176), Expect = e-126, Method: Compositional matrix adjust. Identities = 250/449 (55%), Positives = 318/449 (70%), Gaps = 1/449 (0%) Query: 178 HVGRIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGLSGVLQ 237 V +IA LAWP+L+GQLA+IA GVIDT MV R+SA+DLAAL LG SIY+SV++GL+G+L Sbjct: 4 DVRKIAALAWPVLIGQLAIIAFGVIDTAMVGRYSAVDLAALGLGSSIYISVYIGLTGILT 63 Query: 238 ALQPTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPELVEKA 297 ALQP QL+GA R+ EIG+EVRQ WLA L+VIG L+L F L+++ L E+ Sbjct: 64 ALQPITAQLYGARRYAEIGEEVRQSWWLAAALTVIGFLILFFPGPLLALSHVPDALHERT 123 Query: 298 TLYLRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGGLGLPA 357 YLRI A LPA L FRVYS++ A+ +P++VM +Q+ L+LK+PLN IFGGLG+PA Sbjct: 124 LAYLRILAFGLPAGLAFRVYSSVANALGKPRLVMFLQIAALMLKIPLNTWFIFGGLGVPA 183 Query: 358 FGGPGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWLGIPIG 417 GGPGCA+A+TL+ W + L LL+AR+ ++ L +F R F P WK L LGIP+G Sbjct: 184 LGGPGCALASTLLNWALALLGMLLLARVDDFKALGIFTR-FCWPVWKRQAAQLRLGIPMG 242 Query: 418 MSYFIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQAIGGG 477 +SY IEVT++T MA+FIAR G +AGHQI N+G VLYM PLSI A+STLVAQA+G Sbjct: 243 LSYLIEVTSYTFMALFIARFGTTTLAGHQIAGNIGAVLYMTPLSIGIASSTLVAQALGAH 302 Query: 478 NFAVAKKIGNAGIRLAISLSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYIAFYQL 537 A+ + GI +A++++ G +V LR I+ YT D + ALPL L +A Y L Sbjct: 303 RPQAARTLSRHGIAMAVAIACCYGALVLVLRPLIVDGYTTDAQVAAKALPLVLIVACYHL 362 Query: 538 FDSLQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPLGLTPPNLLGPAGFWL 597 FD+LQ+TTAFVLRAYKVAVVPTVIYAV LWGVGLGGGY LG D GLTPP L G GFW+ Sbjct: 363 FDALQITTAFVLRAYKVAVVPTVIYAVALWGVGLGGGYALGFDTTGLTPPWLTGARGFWV 422 Query: 598 ANSASLGLVGIGLLYYLRHIQRRWLNAPA 626 AN+ASL + G+GLL Y R + +R L A Sbjct: 423 ANTASLAIAGVGLLVYWRVVSQRHLREIA 451 >Q46ZE7.1 Q46ZE7_CUPPJ Multi antimicrobial extrusion protein MatE Length = 450 Score = 456 bits (1174), Expect = e-126, Method: Compositional matrix adjust. Identities = 250/445 (56%), Positives = 321/445 (72%), Gaps = 7/445 (1%) Query: 177 HHVGRIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGLSGVL 236 H + RIA LA P+LVGQLA+IA GV+DTVM R SA DLAA+ LG SIY++V++ L GVL Sbjct: 5 HDLRRIAHLAAPVLVGQLAVIAFGVMDTVMAGRASASDLAAVGLGGSIYITVYISLMGVL 64 Query: 237 QALQPTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPELVEK 296 QAL P GQL+GAGR DEIG EVRQ WL + LSV G L+L F L+ AKA PELV K Sbjct: 65 QALAPIAGQLYGAGRSDEIGSEVRQAAWLGLALSVPGVLLLAFPEPLLAFAKAPPELVGK 124 Query: 297 ATLYLRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGGLGLP 356 A+ YL I A LPA L FR+YSALN A++RP MV +Q+ GL LK+PLNA I GG G+P Sbjct: 125 ASQYLHIGAFGLPAALGFRIYSALNNALSRPVMVTMLQIVGLALKVPLNAWFINGGFGVP 184 Query: 357 AFGGPGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSW---KTLRRLLWLG 413 A GGPGCA+A+TLI+W +A L++ VYR LK+F A SW LR LL LG Sbjct: 185 AMGGPGCALASTLISWTWCIAGLLILRYSAVYRSLKIFS----AWSWPVATQLRALLRLG 240 Query: 414 IPIGMSYFIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQA 473 +P+G++Y IE+T+FTLM++FI R+G V +AGHQI AN+G V YMLPLS+A ATSTLVAQ+ Sbjct: 241 VPMGLTYLIEITSFTLMSIFITRMGTVMLAGHQIIANLGAVAYMLPLSLAIATSTLVAQS 300 Query: 474 IGGGNFAVAKKIGNAGIRLAISLSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYIA 533 IG + A A ++ GI LA +L++L G +++ LR ++ AYT D ++ AALPL L+IA Sbjct: 301 IGARDMAGASRLAWRGICLAAALAMLTGCLLWLLRETVLHAYTKDGAVVAAALPLVLFIA 360 Query: 534 FYQLFDSLQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPLGLTPPNLLGPA 593 FYQ FD++QV TAF+LRAYK+A++PT+IYA +LWG+G+GGGY+LG + PP G + Sbjct: 361 FYQAFDAVQVMTAFILRAYKIALIPTLIYAGSLWGIGIGGGYVLGFGLIDTLPPFTRGAS 420 Query: 594 GFWLANSASLGLVGIGLLYYLRHIQ 618 GFW+ANSASL + G L+ Y I Sbjct: 421 GFWIANSASLAVAGFFLVRYFMRIS 445 >C3X1L0.1 C3X1L0_OXAFO MATE efflux family protein Length = 466 Score = 456 bits (1173), Expect = e-126, Method: Compositional matrix adjust. Identities = 240/445 (53%), Positives = 323/445 (72%), Gaps = 1/445 (0%) Query: 177 HHVGRIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGLSGVL 236 H I LA P+ +GQLA IAN V+DT MVSR+S DL ALA+G S+Y+SV+V L+GV+ Sbjct: 9 RHFFAILGLALPIWIGQLAAIANPVLDTAMVSRYSVTDLGALAVGASVYISVYVALNGVM 68 Query: 237 QALQPTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPELVEK 296 Q+L PT GQL+GAG+ E+G E +QG+WLA+FLS+ G+ +L F LS+A A+PE+ EK Sbjct: 69 QSLAPTFGQLYGAGKFAEMGKEAKQGVWLAIFLSLAGSCLLYFPQPLLSIADATPEVTEK 128 Query: 297 ATLYLRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGGLGLP 356 AT YLRI A +LPA+L F VY+ LN A+ARPKMVMAIQV GLLLK+PLN L IFGG+G+P Sbjct: 129 ATFYLRILAFSLPASLNFLVYTTLNNAMARPKMVMAIQVAGLLLKIPLNTLFIFGGMGIP 188 Query: 357 AFGGPGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWLGIPI 416 AFGGPGCA+AT +I WL +L +L++ P YR + LFG G P WK+L+ LL LGIP+ Sbjct: 189 AFGGPGCALATFVIVWLELLIGYLILRYNPFYRIVHLFGNGIAGPDWKSLKALLALGIPV 248 Query: 417 GMSYFIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQAIGG 476 G++YFIEVT+FT MA+FIARLG VAGHQI AN VLYMLPLS+ASATSTLVAQ+IG Sbjct: 249 GLNYFIEVTSFTFMALFIARLGINAVAGHQIVANFSGVLYMLPLSLASATSTLVAQSIGA 308 Query: 477 GNFAVAKKIGNAGIRLAISLSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYIAFYQ 536 G A+ I ++GIRL+ +L++L V+ + II YT P++ +A PLFL++ Sbjct: 309 GQLERARDISSSGIRLSAALALLAACSVWLAKDWIISLYTAIPVVAASASPLFLFLCSLL 368 Query: 537 LFDSLQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPL-GLTPPNLLGPAGF 595 FD++QV++++VLRAYKV + PT++Y +TLW +GLG GY + + L P + G +GF Sbjct: 369 FFDAIQVSSSYVLRAYKVVLAPTLLYVLTLWCIGLGCGYAFAFNLIPSLIPSRITGSSGF 428 Query: 596 WLANSASLGLVGIGLLYYLRHIQRR 620 W +N SL ++ IG+ L+ +++ Sbjct: 429 WFSNCISLVILSIGMSVLLKKTEKK 453 >Q1BGZ7.1 Q1BGZ7_BURCA MATE efflux family protein Length = 450 Score = 455 bits (1170), Expect = e-125, Method: Compositional matrix adjust. Identities = 241/439 (54%), Positives = 310/439 (70%), Gaps = 1/439 (0%) Query: 181 RIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGLSGVLQALQ 240 RI LAWP+LVGQLA+IA GVIDT MV R+SA+DLAAL LG SIYVS+++GL+G+L ALQ Sbjct: 7 RIVGLAWPVLVGQLAIIAFGVIDTAMVGRYSAVDLAALGLGSSIYVSIYIGLTGILSALQ 66 Query: 241 PTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPELVEKATLY 300 P GQL+GA R+ EIG+EVRQ +WLA+ LS+ G L+L F L VA A L ++ Y Sbjct: 67 PITGQLYGARRYAEIGEEVRQALWLALLLSIPGFLLLHFPEPLLRVAHAPAALHDRTVDY 126 Query: 301 LRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGGLGLPAFGG 360 LR+ + LPA+L FR+Y+AL A +P++ M +Q+ LLLK PLN IFGG G+PA GG Sbjct: 127 LRVLSYGLPASLVFRIYNALTNAAGKPRLAMILQIGALLLKFPLNVWFIFGGFGVPALGG 186 Query: 361 PGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWLGIPIGMSY 420 PGC +A+TLI W + L + L+A+L V+ PL +F R F P W + +L LG+P+G+SY Sbjct: 187 PGCGLASTLINWALALIGYTLLAKLDVFAPLAIFSR-FCWPVWARQKAILKLGVPMGLSY 245 Query: 421 FIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQAIGGGNFA 480 IEVT++T MA+FIA+ G +AGHQI N+G VLYM PLSI A STLVA+A+G G Sbjct: 246 LIEVTSYTCMALFIAQFGTTTLAGHQIAGNIGAVLYMTPLSIGVAASTLVARALGAGRAE 305 Query: 481 VAKKIGNAGIRLAISLSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYIAFYQLFDS 540 A+ +G + A ++ G++V+ LR II YTP+P + AA+PL +A Y +FD+ Sbjct: 306 EARLLGRHSVFFACGVAAAYGVLVFALRPLIIGGYTPNPAVAAAAMPLVAIVACYHMFDA 365 Query: 541 LQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPLGLTPPNLLGPAGFWLANS 600 LQVT+AFVLRAYKVAVVPTVIYAV LWGVGL GGY+LG D G+ P L G GFW AN+ Sbjct: 366 LQVTSAFVLRAYKVAVVPTVIYAVALWGVGLSGGYVLGFDVGGIAPAWLTGARGFWFANT 425 Query: 601 ASLGLVGIGLLYYLRHIQR 619 SL L G GL+ YLR I R Sbjct: 426 VSLMLAGAGLVLYLRRISR 444 >A0K7V9.1 A0K7V9_BURCH MATE efflux family protein Length = 450 Score = 455 bits (1170), Expect = e-125, Method: Compositional matrix adjust. Identities = 241/439 (54%), Positives = 310/439 (70%), Gaps = 1/439 (0%) Query: 181 RIARLAWPLLVGQLALIANGVIDTVMVSRFSALDLAALALGVSIYVSVFVGLSGVLQALQ 240 RI LAWP+LVGQLA+IA GVIDT MV R+SA+DLAAL LG SIYVS+++GL+G+L ALQ Sbjct: 7 RIVGLAWPVLVGQLAIIAFGVIDTAMVGRYSAVDLAALGLGSSIYVSIYIGLTGILSALQ 66 Query: 241 PTIGQLFGAGRHDEIGDEVRQGMWLAVFLSVIGALVLMFSPLFLSVAKASPELVEKATLY 300 P GQL+GA R+ EIG+EVRQ +WLA+ LS+ G L+L F L VA A L ++ Y Sbjct: 67 PITGQLYGARRYAEIGEEVRQALWLALLLSIPGFLLLHFPEPLLRVAHAPAALHDRTVDY 126 Query: 301 LRIEALALPATLFFRVYSALNTAIARPKMVMAIQVCGLLLKLPLNALLIFGGLGLPAFGG 360 LR+ + LPA+L FR+Y+AL A +P++ M +Q+ LLLK PLN IFGG G+PA GG Sbjct: 127 LRVLSYGLPASLVFRIYNALTNAAGKPRLAMILQIGALLLKFPLNVWFIFGGFGVPALGG 186 Query: 361 PGCAIATTLIAWLMMLAAWLLVARLPVYRPLKLFGRGFVAPSWKTLRRLLWLGIPIGMSY 420 PGC +A+TLI W + L + L+A+L V+ PL +F R F P W + +L LG+P+G+SY Sbjct: 187 PGCGLASTLINWALALIGYTLLAKLDVFAPLAIFSR-FCWPVWARQKAILKLGVPMGLSY 245 Query: 421 FIEVTAFTLMAVFIARLGAVPVAGHQITANVGTVLYMLPLSIASATSTLVAQAIGGGNFA 480 IEVT++T MA+FIA+ G +AGHQI N+G VLYM PLSI A STLVA+A+G G Sbjct: 246 LIEVTSYTCMALFIAQFGTTTLAGHQIAGNIGAVLYMTPLSIGVAASTLVARALGAGRAE 305 Query: 481 VAKKIGNAGIRLAISLSVLVGLVVYCLRGQIIRAYTPDPLIIGAALPLFLYIAFYQLFDS 540 A+ +G + A ++ G++V+ LR II YTP+P + AA+PL +A Y +FD+ Sbjct: 306 EARLLGRHSVFFACGVAAAYGVLVFALRPLIIGGYTPNPAVAAAAMPLVAIVACYHMFDA 365 Query: 541 LQVTTAFVLRAYKVAVVPTVIYAVTLWGVGLGGGYLLGLDPLGLTPPNLLGPAGFWLANS 600 LQVT+AFVLRAYKVAVVPTVIYAV LWGVGL GGY+LG D G+ P L G GFW AN+ Sbjct: 366 LQVTSAFVLRAYKVAVVPTVIYAVALWGVGLSGGYVLGFDVGGIAPAWLTGARGFWFANT 425 Query: 601 ASLGLVGIGLLYYLRHIQR 619 SL L G GL+ YLR I R Sbjct: 426 VSLMLAGAGLVLYLRRISR 444