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= 0017.0089.p (513 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value B7X2U3.1 B7X2U3_COMTE Outer membrane efflux protein 579 e-163 D8DD76.1 D8DD76_COMTE Putative outer membrane efflux protein 542 e-152 A1K8L6.1 A1K8L6_AZOSB Putative outer membrane efflux protein 478 e-132 B1Y5U5.1 B1Y5U5_LEPCP Outer membrane efflux protein 430 e-118 Q2W245.1 Q2W245_MAGSA Outer membrane protein 410 e-112 A4U5U3.1 A4U5U3_9PROT Outer membrane efflux protein 404 e-110 Q2W881.1 Q2W881_MAGSA Outer membrane protein 404 e-110 A0L4Q3.1 A0L4Q3_MAGSM Outer membrane efflux protein 396 e-108 C5JB52.1 C5JB52_9BACT Outer membrane protein 381 e-103 B8KMR8.1 B8KMR8_9GAMM Outer membrane efflux protein 374 e-101 >B7X2U3.1 B7X2U3_COMTE Outer membrane efflux protein Length = 513 Score = 579 bits (1493), Expect = e-163, Method: Compositional matrix adjust. Identities = 298/512 (58%), Positives = 385/512 (75%), Gaps = 7/512 (1%) Query: 2 AIRNRSSETRSRPFIRLACSALALSAV--AGCASIEPQALSNSEIAATLQADKEALDKGV 59 A+ +R E R +RL +AL SA+ GCA++ QALS EI + ++AD+++L K V Sbjct: 3 ALAHRRPENHFRGRVRL--TALLGSAIWLTGCANLTGQALSTEEIQSQVRADRQSLGKDV 60 Query: 60 EPLNGPLTLDEAIARAIKYNADRRLKMMEEALAAGTLEAGNYDMLPKLVASAGYRDRNND 119 + GP++L+EAIARAIKYNA +RL+ MEEA+A GT +DMLPKLVASAGYR R+ D Sbjct: 61 AAVTGPVSLEEAIARAIKYNAAQRLRGMEEAVAQGTANVARFDMLPKLVASAGYRYRDKD 120 Query: 120 YITRSQDSVTGQQSLANPFISSGRSAVTTDLTFSWSLLDFGQSYYAAKQNADRVLVARER 179 I+RS DSVTG SLA+P+ISS R + T L+FSWSLLDFGQSYYAA+Q+ADR +A ER Sbjct: 121 LISRSTDSVTGAPSLAHPYISSDRESTLTSLSFSWSLLDFGQSYYAARQHADRAQIAAER 180 Query: 180 RRKALHTLIQDVRTAYWRVVAAQSLKGKVQSGIVDAEQALKDAERAENERLRNPLEALRF 239 RRKA+HTLIQDVR AYWRV AAQ+L+ +Q+ DA++AL+D+ + E E+LR+P+E LR+ Sbjct: 181 RRKAIHTLIQDVRIAYWRVAAAQALESSLQTAGQDADKALEDSRKVEAEKLRSPMEPLRY 240 Query: 240 QRQLLENLRLLETVEQELSAARIELAALTRLP---LGSDYSVAAPQMSLSKTWLELPVAQ 296 QRQLLEN+RLLE ++QELS++RIELA+L + L V P S ++ WLE PV + Sbjct: 241 QRQLLENIRLLEAIQQELSSSRIELASLMGVSPAELNQPLRVIEPAASNAQRWLEQPVDK 300 Query: 297 LEEQALQRNADLRESMYNARIAQQETHRTMLRLFPGLSFNYGYKSSDDSYLINQHWREAG 356 LE++AL N DLRES+YNARIA +ET R MLR+FPGLSFNYG S DSYLIN W++AG Sbjct: 301 LEDRALLLNPDLRESLYNARIANEETKRVMLRMFPGLSFNYGVNKSSDSYLINDRWQDAG 360 Query: 357 VQVSFNLFNLLALPSQKRLADAGVDLAEQKRMVTQMAVLTQLHIARLQYANAMHQYERAD 416 +Q+SFNL LL+LP+Q++LADAGV LA+Q+R+ TQMAVLTQLH+ARLQ+ANA+ QYERA Sbjct: 361 LQISFNLLGLLSLPAQRQLADAGVQLADQRRLATQMAVLTQLHVARLQFANAVRQYERAQ 420 Query: 417 AIANVEGRIADHVGNQAVAQKQTQLDRVSQQTSLILAQLRRYQAMAAVHTASSRLQASLG 476 IA+V+ R+++HV NQ A K L+RVSQQT+ IL+ LRRYQA + + ASSRLQA+LG Sbjct: 421 TIASVDQRLSEHVNNQVQADKLNALERVSQQTTTILSVLRRYQAQSNMQAASSRLQATLG 480 Query: 477 MEPSIGDVAGDSIGDLAKAVHKSLQDWDNGSL 508 MEP I + +L +AV KSLQ WD G Sbjct: 481 MEPVIEGSDSMPLPELTQAVGKSLQSWDAGQF 512 >D8DD76.1 D8DD76_COMTE Putative outer membrane efflux protein Length = 447 Score = 542 bits (1397), Expect = e-152, Method: Compositional matrix adjust. Identities = 271/446 (60%), Positives = 344/446 (77%), Gaps = 3/446 (0%) Query: 66 LTLDEAIARAIKYNADRRLKMMEEALAAGTLEAGNYDMLPKLVASAGYRDRNNDYITRSQ 125 ++L+EAIARAIKYNA +RL+ MEEA+A GT +DMLPKLVASAGYR R+ D I+RS Sbjct: 1 MSLEEAIARAIKYNAAQRLRGMEEAVAQGTANVAKFDMLPKLVASAGYRYRDKDLISRST 60 Query: 126 DSVTGQQSLANPFISSGRSAVTTDLTFSWSLLDFGQSYYAAKQNADRVLVARERRRKALH 185 DSVTG SLA+P+ISS R + L+FSWSLLDFGQSYYAA+Q+ADR +A ERRRKA+H Sbjct: 61 DSVTGAPSLAHPYISSDRESTLASLSFSWSLLDFGQSYYAARQHADRAQIAAERRRKAIH 120 Query: 186 TLIQDVRTAYWRVVAAQSLKGKVQSGIVDAEQALKDAERAENERLRNPLEALRFQRQLLE 245 TLIQDVR AYWRV AAQ+L+ +Q+ DA++AL+D+ + E E+LR+P+E LR+QRQLLE Sbjct: 121 TLIQDVRIAYWRVAAAQALESSLQTAGQDADKALEDSRKVEAEKLRSPMEPLRYQRQLLE 180 Query: 246 NLRLLETVEQELSAARIELAALTRLP---LGSDYSVAAPQMSLSKTWLELPVAQLEEQAL 302 N+RLLE ++QELS++RIELA+L + L V P S ++ WLE PV +LE++AL Sbjct: 181 NIRLLEAIQQELSSSRIELASLMGVSPAELNQPLRVIEPAASNAQRWLEKPVDKLEDRAL 240 Query: 303 QRNADLRESMYNARIAQQETHRTMLRLFPGLSFNYGYKSSDDSYLINQHWREAGVQVSFN 362 N DLRES+YNARIA +ET R MLR+FPGLSFNYG S DSYLIN W++AG+Q+SFN Sbjct: 241 LLNPDLRESLYNARIANEETKRVMLRMFPGLSFNYGVNKSSDSYLINDRWQDAGLQISFN 300 Query: 363 LFNLLALPSQKRLADAGVDLAEQKRMVTQMAVLTQLHIARLQYANAMHQYERADAIANVE 422 L LL+LP+Q++LADAGV LA+Q+R+ TQMAVLTQLH+ARLQ+ANA+ QYERA IA+V+ Sbjct: 301 LLGLLSLPAQRQLADAGVQLADQRRLATQMAVLTQLHVARLQFANAVRQYERAQTIASVD 360 Query: 423 GRIADHVGNQAVAQKQTQLDRVSQQTSLILAQLRRYQAMAAVHTASSRLQASLGMEPSIG 482 R+++HV NQ A K L+RVSQQT+ IL+ LRRYQA + + ASSRLQA+LGMEP I Sbjct: 361 QRLSEHVNNQVQADKLNALERVSQQTTTILSVLRRYQAQSNMQAASSRLQATLGMEPVIE 420 Query: 483 DVAGDSIGDLAKAVHKSLQDWDNGSL 508 + +L +AV KSLQ WD G Sbjct: 421 GSDSMPLPELTQAVGKSLQSWDAGQF 446 >A1K8L6.1 A1K8L6_AZOSB Putative outer membrane efflux protein Length = 514 Score = 478 bits (1230), Expect = e-132, Method: Compositional matrix adjust. Identities = 253/477 (53%), Positives = 331/477 (69%), Gaps = 5/477 (1%) Query: 29 AGCASIEPQALSNSEIAATLQADKEALDKGVEPLNGPLTLDEAIARAIKYNADRRLKMME 88 + C++I+PQ L + + D A VEPL+ LTLD+AIARA+KYN DRR+KMME Sbjct: 20 SACSTIQPQPLGEAALREQGAKDHAAAAADVEPLDTELTLDQAIARALKYNLDRRVKMME 79 Query: 89 EALAAGTLEAGNYDMLPKLVASAGYRDRNNDYITRSQDSVTGQQSLANP--FISSGRSAV 146 EAL L+ +YDMLP+L+A AGY RNND +RS + TG + N FIS R Sbjct: 80 EALTFRQLDVAHYDMLPRLLAQAGYSWRNNDRTSRSLNPDTG---VVNEIGFISQDREHT 136 Query: 147 TTDLTFSWSLLDFGQSYYAAKQNADRVLVARERRRKALHTLIQDVRTAYWRVVAAQSLKG 206 L SW+LLD G Y+ +Q ADRVL+A E+RRKA+H L+QDVRTA+WR +AQ L+ Sbjct: 137 LNSLGVSWNLLDLGVGYFNTRQQADRVLIATEKRRKAMHLLMQDVRTAFWRAASAQKLQA 196 Query: 207 KVQSGIVDAEQALKDAERAENERLRNPLEALRFQRQLLENLRLLETVEQELSAARIELAA 266 V++ AE+AL D+ +AE ERLRNP++ALR+QRQ+LENLRLLE ++QELS ARIELAA Sbjct: 197 DVRAATRTAEEALADSRKAEAERLRNPIDALRYQRQVLENLRLLEAIDQELSTARIELAA 256 Query: 267 LTRLPLGSDYSVAAPQMSLSKTWLELPVAQLEEQALQRNADLRESMYNARIAQQETHRTM 326 L PLG ++ P + + LE+P +EE A+ NAD+RE YNARIA++ET +T+ Sbjct: 257 LINAPLGQSLTLVEPPAMVDRQPLEIPAELMEEVAMTSNADVREQHYNARIAREETRKTL 316 Query: 327 LRLFPGLSFNYGYKSSDDSYLINQHWREAGVQVSFNLFNLLALPSQKRLADAGVDLAEQK 386 +RLFP LSFNYG DSYL+N W EAGVQ+SFNLFNL P+Q RLADAGV LA+Q+ Sbjct: 317 VRLFPNLSFNYGLSYDTDSYLVNNRWNEAGVQLSFNLFNLFTGPTQLRLADAGVALADQR 376 Query: 387 RMVTQMAVLTQLHIARLQYANAMHQYERADAIANVEGRIADHVGNQAVAQKQTQLDRVSQ 446 R+ QMAVL Q+H+ RLQ ANA++Q+ERADAI + RIA+H N+ +Q Q++LD V+ Sbjct: 377 RVAAQMAVLAQVHVGRLQLANALNQFERADAIWETDRRIAEHTRNREASQAQSKLDVVAN 436 Query: 447 QTSLILAQLRRYQAMAAVHTASSRLQASLGMEPSIGDVAGDSIGDLAKAVHKSLQDW 503 QT+ IL+ LRRYQA+A A +RLQA+LG+EP IG V + DL + V +S W Sbjct: 437 QTTAILSLLRRYQALAQAQAAEARLQATLGIEPGIGSVGEIPLADLTRDVSQSRNVW 493 >B1Y5U5.1 B1Y5U5_LEPCP Outer membrane efflux protein Length = 496 Score = 430 bits (1105), Expect = e-118, Method: Compositional matrix adjust. Identities = 224/455 (49%), Positives = 308/455 (67%) Query: 25 LSAVAGCASIEPQALSNSEIAATLQADKEALDKGVEPLNGPLTLDEAIARAIKYNADRRL 84 L+ + CA + PQAL E A +AD EA + V PL L LDEAIARA+KYN DRR Sbjct: 18 LALLTACAQLPPQALQADEHQAQTRADSEAARRDVPPLGAQLGLDEAIARALKYNLDRRA 77 Query: 85 KMMEEALAAGTLEAGNYDMLPKLVASAGYRDRNNDYITRSQDSVTGQQSLANPFISSGRS 144 ++ME+A+A +A YD LPKLVASAGY R++D + RS ++ TGQQ +P IS R Sbjct: 78 RLMEQAMALQQYDASAYDSLPKLVASAGYSARDSDRLARSVNAATGQQIGVDPSISQERQ 137 Query: 145 AVTTDLTFSWSLLDFGQSYYAAKQNADRVLVARERRRKALHTLIQDVRTAYWRVVAAQSL 204 L +WSLLDFG + Y ++Q DRVL A ERRRKA H L+QDVR AYWR +AQ L Sbjct: 138 HTLVQLDMTWSLLDFGLAKYNSQQAGDRVLAAAERRRKATHLLVQDVRVAYWRAASAQRL 197 Query: 205 KGKVQSGIVDAEQALKDAERAENERLRNPLEALRFQRQLLENLRLLETVEQELSAARIEL 264 G+V++ + A++A+ DA RAE E+LR PL++LR+QRQL EN+RLLE++EQEL AR +L Sbjct: 198 HGEVRAALALADEAMVDARRAEEEKLRAPLDSLRYQRQLTENMRLLESIEQELVTARYDL 257 Query: 265 AALTRLPLGSDYSVAAPQMSLSKTWLELPVAQLEEQALQRNADLRESMYNARIAQQETHR 324 A L P+ + L +EEQAL +NADLRE Y RIA E H+ Sbjct: 258 AGLINAPVMMQVEFDSDSKLGQTDLLATSAEAMEEQALAQNADLREQAYQRRIAATEVHK 317 Query: 325 TMLRLFPGLSFNYGYKSSDDSYLINQHWREAGVQVSFNLFNLLALPSQKRLADAGVDLAE 384 + R++P LSFN G + DSYL+N+ W EAG+QVS+NL+NLL++P+QK A+AGV LA+ Sbjct: 318 VLARIYPNLSFNLGARYDTDSYLVNKSWNEAGMQVSYNLWNLLSVPAQKLAAEAGVALAD 377 Query: 385 QKRMVTQMAVLTQLHIARLQYANAMHQYERADAIANVEGRIADHVGNQAVAQKQTQLDRV 444 Q+R+ +AV+TQ+H+AR Q A+A Q +RADA+ ++ +I + + + AQ ++L+RV Sbjct: 378 QRRLAAHVAVVTQVHVAREQLASARLQLKRADALWTLDSKIMEQLMRREQAQAGSKLERV 437 Query: 445 SQQTSLILAQLRRYQAMAAVHTASSRLQASLGMEP 479 + QT+ I++ LRRYQA+A H A+SRLQA+LG++P Sbjct: 438 AAQTTTIVSLLRRYQALAQAHAATSRLQATLGIDP 472 >Q2W245.1 Q2W245_MAGSA Outer membrane protein Length = 597 Score = 410 bits (1053), Expect = e-112, Method: Compositional matrix adjust. Identities = 208/485 (42%), Positives = 321/485 (66%), Gaps = 7/485 (1%) Query: 17 RLA--CSALALSAVAGCASIEPQALSNSEIAATLQADKEALDKGVEPLNGPLTLDEAIAR 74 RLA +A++ +A+ ++ P + E +A +AD+ A+ +G E + PLTL +A+AR Sbjct: 7 RLARLMAAVSTAALLSACAVTPTPFTADEFSAKAKADRAAMFEGQEVMAKPLTLADAVAR 66 Query: 75 AIKYNADRRLKMMEEALAAGTLEAGNYDMLPKLVASAGYRDRNNDYITRSQDSVTGQQSL 134 +KYN D+R KMM+EALA G +D+LPKL A+AGY +R+ TRS+D T S Sbjct: 67 VLKYNLDKRSKMMDEALALGQTSLDRFDLLPKLAANAGYTERSAPNATRSRDLYTQTTST 126 Query: 135 ANPFISSGRSAVTTDLTFSWSLLDFGQSYYAAKQNADRVLVARERRRKALHTLIQDVRTA 194 +NP S+ R ++T DL +W++LDFG SY+ A QNADR L+A+E+RRK ++ L+Q+VR Sbjct: 127 SNPSYSADRFSITNDLGLTWNILDFGVSYFTAHQNADRALIAQEKRRKTVNNLVQEVRFT 186 Query: 195 YWRVVAAQSLKGKVQSGIVDAEQALKDAERAENERLRNPLEALRFQRQLLENLRLLETVE 254 +WR AAQ+LKGKV I +AE+ALKD+ER E E+L+NP E LR Q+ LLE++R LE ++ Sbjct: 187 FWRAAAAQTLKGKVTEVIANAEKALKDSERVEAEKLKNPTETLRIQKTLLESIRQLEAID 246 Query: 255 QELSAARIELAALTRLPLGSDYSVAAPQ---MSLSKTWLELPVAQLEEQALQRNADLRES 311 QEL+ A+ ELAAL + GSD+ + P+ M++ W ++P+ Q+EE AL N DLRE Sbjct: 247 QELTTAKAELAALINVAPGSDFKLDVPEKGGMTIP-AW-DMPIEQMEEAALINNPDLREQ 304 Query: 312 MYNARIAQQETHRTMLRLFPGLSFNYGYKSSDDSYLINQHWREAGVQVSFNLFNLLALPS 371 Y +RIA +TH+ +L+L PG++ ++ + +S+L+ W + G +V++NL NLL+ P Sbjct: 305 DYQSRIAIDDTHKEILKLLPGVTLSFSRQYDSNSFLMENRWNDVGTKVTWNLINLLSAPD 364 Query: 372 QKRLADAGVDLAEQKRMVTQMAVLTQLHIARLQYANAMHQYERADAIANVEGRIADHVGN 431 + AD+ +A+ KR+ +MAVL Q+H+ Q+A+A Q+ERAD + +E R+A+ GN Sbjct: 365 RLAHADSAEKVADAKRIALRMAVLAQVHVISHQFASATKQFERADKLWGIETRLAEASGN 424 Query: 432 QAVAQKQTQLDRVSQQTSLILAQLRRYQAMAAVHTASSRLQASLGMEPSIGDVAGDSIGD 491 Q Q +++R+S +TS I A+LRR+Q A + +A +LQA++G +P VA S+ Sbjct: 425 QQRGGTQNEIERISTETSAIAAELRRFQTYAQMQSAYGKLQATIGADPVPERVASHSLEG 484 Query: 492 LAKAV 496 L+ A+ Sbjct: 485 LSGAI 489 >A4U5U3.1 A4U5U3_9PROT Outer membrane efflux protein Length = 543 Score = 404 bits (1038), Expect = e-110, Method: Compositional matrix adjust. Identities = 202/483 (41%), Positives = 318/483 (65%), Gaps = 5/483 (1%) Query: 21 SALALSAVAGCASIEPQALSNSEIAATLQADKEALDKGVEPLNGPLTLDEAIARAIKYNA 80 +A++ +A+ ++ P + E +A +AD+ A+ +G E + PLTL +A+AR ++YN Sbjct: 13 AAVSTAALLSACAVTPTPFTADEFSARAKADRAAMFEGQEVIAKPLTLADAVARVLRYNL 72 Query: 81 DRRLKMMEEALAAGTLEAGNYDMLPKLVASAGYRDRNNDYITRSQDSVTGQQSLANPFIS 140 D+R KMMEEALA G +++LPKL A+AGY +R+ TRS+D T S +NP S Sbjct: 73 DKRAKMMEEALALGQTSLDRFELLPKLTANAGYTERSEPNATRSRDLYTQTTSTSNPSYS 132 Query: 141 SGRSAVTTDLTFSWSLLDFGQSYYAAKQNADRVLVARERRRKALHTLIQDVRTAYWRVVA 200 + R +VT+DL +W++LDFG SY+ A QNADR L+A ERRRK ++ L+Q+VR +WR A Sbjct: 133 ADRFSVTSDLGLTWNILDFGVSYFTAHQNADRALIASERRRKTINNLVQEVRFTFWRAAA 192 Query: 201 AQSLKGKVQSGIVDAEQALKDAERAENERLRNPLEALRFQRQLLENLRLLETVEQELSAA 260 AQ+LK KV I AE+ALKD+E+ E ERL+NP+E+LR Q+ LLE++R LE ++QEL++A Sbjct: 193 AQTLKAKVTDTITSAEKALKDSEKVEGERLKNPIESLRIQKTLLESIRQLEAIDQELTSA 252 Query: 261 RIELAALTRLPLGSDYSVAAPQ---MSLSKTWLELPVAQLEEQALQRNADLRESMYNARI 317 + ELAAL + GSD+ + P MS+ + W + + +E+ A+ N DLRE Y +RI Sbjct: 253 KAELAALINVAPGSDFKLDVPANGGMSVPE-W-PMDIGAMEQAAMINNPDLREQDYQSRI 310 Query: 318 AQQETHRTMLRLFPGLSFNYGYKSSDDSYLINQHWREAGVQVSFNLFNLLALPSQKRLAD 377 A +TH+ +L+L PG++ ++ + +S+L++ W + G +V++NL NLLA P + AD Sbjct: 311 ALDDTHKEILKLLPGITVSFSRQYDSNSFLVDNRWNDVGTKVTWNLINLLAAPDRMAHAD 370 Query: 378 AGVDLAEQKRMVTQMAVLTQLHIARLQYANAMHQYERADAIANVEGRIADHVGNQAVAQK 437 + + E KR+ +MAVL Q+H+ Q+A+A Q+ERAD + +E R+AD GNQ+ Sbjct: 371 SAEKVVEAKRIALRMAVLAQVHVVSHQFASAAKQFERADKLWGIEKRLADAAGNQSRGGT 430 Query: 438 QTQLDRVSQQTSLILAQLRRYQAMAAVHTASSRLQASLGMEPSIGDVAGDSIGDLAKAVH 497 +++R+S +TS I A+LRR+Q A + ++ +LQ+++G +P VA S+ L+ A+ Sbjct: 431 VNEIERISTETSAIAAELRRFQTYAQMQSSYGKLQSTIGADPVPEKVASHSLDGLSGAIV 490 Query: 498 KSL 500 S+ Sbjct: 491 LSM 493 >Q2W881.1 Q2W881_MAGSA Outer membrane protein Length = 577 Score = 404 bits (1037), Expect = e-110, Method: Compositional matrix adjust. Identities = 207/495 (41%), Positives = 317/495 (64%), Gaps = 2/495 (0%) Query: 17 RLACSALALSAVAGCASIEPQALSNSEIAATLQADKEALDKGVEPLNGPLTLDEAIARAI 76 RL SA ++ +A CA + P+ + E+A D+ A+ KG EPL GPLT+ +AIARA+ Sbjct: 17 RLLASASMVALLAACA-VTPEPFTKDELATQSVDDRTAMFKGGEPLTGPLTVSDAIARAL 75 Query: 77 KYNADRRLKMMEEALAAGTLEAGNYDMLPKLVASAGYRDRNNDYITRSQDSVTGQQSLAN 136 +YN D+R KMMEEALA G + +D+LPKL A+AGY +R+ TRS+D T S +N Sbjct: 76 RYNLDKRSKMMEEALALGQTDVDRWDLLPKLTANAGYNERSEPNATRSRDLYTQTTSTSN 135 Query: 137 PFISSGRSAVTTDLTFSWSLLDFGQSYYAAKQNADRVLVARERRRKALHTLIQDVRTAYW 196 P S+ R + T DLT SW++LDFG +Y+ AK NADR LVA ERRRKA+H LI +VR A+W Sbjct: 136 PSYSADRVSKTVDLTMSWNVLDFGLTYFTAKSNADRALVATERRRKAVHNLISEVRFAFW 195 Query: 197 RVVAAQSLKGKVQSGIVDAEQALKDAERAENERLRNPLEALRFQRQLLENLRLLETVEQE 256 R A Q+L +V + +A AL A++ E E L+ P+E+LR+Q+ LLE LR L ++QE Sbjct: 196 RAAAYQTLNDEVNKAVAEARVALGKAKQVEQENLKAPVESLRYQKSLLETLRQLTAIQQE 255 Query: 257 LSAARIELAALTRLPLGSDYSVAAPQMSLSKTWLELPVAQLEEQALQRNADLRESMYNAR 316 LS ARIELAAL +P G++ +A P+ W + + ++EEQA N DL E Y +R Sbjct: 256 LSTARIELAALINVPPGTEIKLAVPETMAPPQW-DTSLDRMEEQAFLNNPDLHEQGYLSR 314 Query: 317 IAQQETHRTMLRLFPGLSFNYGYKSSDDSYLINQHWREAGVQVSFNLFNLLALPSQKRLA 376 I +T + ++++ PG++F+ G +S+L++ HW EAG ++S+NL N+++ PS + A Sbjct: 315 ITLDDTKKAIIKMLPGVTFSAGRNYDYNSFLMDNHWYEAGAKLSWNLMNVISGPSALKYA 374 Query: 377 DAGVDLAEQKRMVTQMAVLTQLHIARLQYANAMHQYERADAIANVEGRIADHVGNQAVAQ 436 ++ ++A+ +R+ +MAVL Q+H++ Q+ NA Q+E++D + V+ R+A+ +A Sbjct: 375 ESNEEVAKARRIALRMAVLAQVHVSERQFRNASSQFEQSDELWKVDKRLAELSDAKAAND 434 Query: 437 KQTQLDRVSQQTSLILAQLRRYQAMAAVHTASSRLQASLGMEPSIGDVAGDSIGDLAKAV 496 L+RV+ S I +QLRR+Q A V A +++QA++G + + +++GDL+K V Sbjct: 435 ASGMLERVAGHASAIASQLRRFQTYAQVEQAYAKMQATMGDDLLPDSIKAENLGDLSKLV 494 Query: 497 HKSLQDWDNGSLPVT 511 K L W G + VT Sbjct: 495 AKRLDQWGKGQMAVT 509 >A0L4Q3.1 A0L4Q3_MAGSM Outer membrane efflux protein Length = 552 Score = 396 bits (1017), Expect = e-108, Method: Compositional matrix adjust. Identities = 203/468 (43%), Positives = 312/468 (66%), Gaps = 6/468 (1%) Query: 32 ASIEPQALSNSEIAATLQADKEALDKGVEPLNGPLTLDEAIARAIKYNADRRLKMMEEAL 91 S++P + +E AA +AD+ A+ +G + + PLTL+EA+AR +KYN D+R KMM+EAL Sbjct: 25 CSVKPTPFTQAEFAAQAKADRTAMFQGQQAVTTPLTLNEAVARVLKYNLDKRSKMMDEAL 84 Query: 92 AAGTLEAGNYDMLPKLVASAGYRDRNNDYITRSQDSVTGQQSLANPFISSGRSAVTTDLT 151 A G YD+LPKL +AG+ +R+ TRS+D VT Q + ANP S RS+ T DL Sbjct: 85 ALGQTYLDRYDLLPKLEINAGHTERSEINATRSRDLVT-QTTTANPTYSEDRSSTTADLG 143 Query: 152 FSWSLLDFGQSYYAAKQNADRVLVARERRRKALHTLIQDVRTAYWRVVAAQSLKGKVQSG 211 +W++LDFG SY+ A QNADR L+A+E+RRK ++ L+Q+VR +WR AAQ+LK +V Sbjct: 144 LTWNILDFGVSYFTAHQNADRALIAQEKRRKTINNLVQEVRFTFWRAAAAQNLKTRVSQV 203 Query: 212 IVDAEQALKDAERAENERLRNPLEALRFQRQLLENLRLLETVEQELSAARIELAALTRLP 271 I AE AL+D+ER E ERLRNP+E+LR Q+ +LE++R LE ++QEL+AA+ ELAAL LP Sbjct: 204 IATAESALQDSERVEGERLRNPIESLRVQKTMLESIRQLEAIDQELNAAKAELAALINLP 263 Query: 272 LGSDYSVAAPQ---MSLSKTWLELPVAQLEEQALQRNADLRESMYNARIAQQETHRTMLR 328 GSD+ + P M++ + W L V ++EE A+ N DLRE Y +RIA +T + +L+ Sbjct: 264 PGSDFQLDVPSNDGMAIPE-W-PLSVEEMEEAAMVNNPDLREQGYQSRIALDDTRKEILK 321 Query: 329 LFPGLSFNYGYKSSDDSYLINQHWREAGVQVSFNLFNLLALPSQKRLADAGVDLAEQKRM 388 L PG++ ++ + +S++++ W +AG +V++NL NLL+ P + +++ LAE KR+ Sbjct: 322 LLPGITLSFSRQYDSNSFMVDNRWNDAGAKVTWNLLNLLSGPDRIAHSESVEKLAEVKRL 381 Query: 389 VTQMAVLTQLHIARLQYANAMHQYERADAIANVEGRIADHVGNQAVAQKQTQLDRVSQQT 448 +MAVL Q+H+ Q+A+A Q+ERA + +E R+A+ GNQ+ +++R+S +T Sbjct: 382 ALRMAVLAQVHVVSHQFASASKQFERAHKLWTIERRLAEAAGNQSRGGTVNEIERISTET 441 Query: 449 SLILAQLRRYQAMAAVHTASSRLQASLGMEPSIGDVAGDSIGDLAKAV 496 S I A+LRRYQ A V + +LQA++G +P +A ++ +A A+ Sbjct: 442 SAIAAELRRYQTYAQVQLSYGKLQATIGADPVPERLASHALDGIAGAI 489 >C5JB52.1 C5JB52_9BACT Outer membrane protein Length = 708 Score = 381 bits (978), Expect = e-103, Method: Compositional matrix adjust. Identities = 200/476 (42%), Positives = 300/476 (63%), Gaps = 1/476 (0%) Query: 22 ALALSAVAGCASIEPQALSNSEIAATLQADKEALDKGVEPLNGPLTLDEAIARAIKYNAD 81 A+ + A+ ++P + E + QAD++A+ G EP+ PLTL +AIAR +KYN D Sbjct: 14 AVGIPALVAACILDPDPFTQEEFESKAQADRQAMFAGQEPVTRPLTLADAIARVLKYNLD 73 Query: 82 RRLKMMEEALAAGTLEAGNYDMLPKLVASAGYRDRNNDYITRSQDSVTGQQSLANPFISS 141 RR KMMEE+L+ G + +D+LPK+ + GY ++ T+S D+ T S +NP S+ Sbjct: 74 RRSKMMEESLSLGQISLDRFDLLPKVSGTGGYTGKSEFGATKSTDAYTHVLSTSNPTYST 133 Query: 142 GRSAVTTDLTFSWSLLDFGQSYYAAKQNADRVLVARERRRKALHTLIQDVRTAYWRVVAA 201 R TDL+ +W++LDFG S+Y A Q+ DR L+A ERRRK + TL Q+VR ++WR AA Sbjct: 134 DRDLYKTDLSATWNILDFGASWYTAHQSGDRSLIASERRRKTVATLTQEVRFSFWRAAAA 193 Query: 202 QSLKGKVQSGIVDAEQALKDAERAENERLRNPLEALRFQRQLLENLRLLETVEQELSAAR 261 Q L KV++ I +AE+AL DAER E+E LR+P E LR Q+ LLEN+R LETVEQEL+ AR Sbjct: 194 QILGDKVKATIAEAERALADAERVESENLRDPAETLRTQKTLLENIRQLETVEQELATAR 253 Query: 262 IELAALTRLPLGSDYSV-AAPQMSLSKTWLELPVAQLEEQALQRNADLRESMYNARIAQQ 320 ELAAL +P GS + + + ++ ++LP+ ++EE AL N DLRE YN+RIA Sbjct: 254 AELAALINVPPGSVFRLDVSHDAAMRVPVVDLPIERMEELALSNNPDLREQDYNSRIAAD 313 Query: 321 ETHRTMLRLFPGLSFNYGYKSSDDSYLINQHWREAGVQVSFNLFNLLALPSQKRLADAGV 380 ET + +++L PG++ + + +S+LI Q W E G ++S+NL N+++ P + A Sbjct: 314 ETRKEIIKLLPGINLSLSKQYDSNSFLIEQDWYEYGTKISWNLLNIISAPYRIDHAGTAE 373 Query: 381 DLAEQKRMVTQMAVLTQLHIARLQYANAMHQYERADAIANVEGRIADHVGNQAVAQKQTQ 440 D+AE KR+ +MAVL Q+H+ Q A Q+ERAD + VE R+ NQ Q++ Sbjct: 374 DVAEAKRVALRMAVLAQVHVINHQVRAAGKQFERADRLWEVERRLLQVSENQQGGGTQSE 433 Query: 441 LDRVSQQTSLILAQLRRYQAMAAVHTASSRLQASLGMEPSIGDVAGDSIGDLAKAV 496 ++R+S TS I A+LRR+Q A + ++ +LQ +LG++P +VA + LA + Sbjct: 434 IERISISTSAISAELRRFQTYAQLQSSYGKLQTTLGIDPVPQEVASGDLDTLASGI 489 >B8KMR8.1 B8KMR8_9GAMM Outer membrane efflux protein Length = 524 Score = 374 bits (959), Expect = e-101, Method: Compositional matrix adjust. Identities = 211/473 (44%), Positives = 317/473 (67%), Gaps = 2/473 (0%) Query: 28 VAGCASIEPQALSNSEIAATLQADKEALDKGVEPLNGPLTLDEAIARAIKYNADRRLKMM 87 V+GC ++ P +S+ + A ++ DK + P++GPL+L EAIARA+KYN + R +++ Sbjct: 42 VSGC-NVAPTPISDEALRAAIETDKANIAAIAAPVSGPLSLSEAIARALKYNLNHRTRLL 100 Query: 88 EEALAAGTLEAGNYDMLPKLVASAGYRDRNNDYITRSQDSVTGQQSLANPFISSGRSAVT 147 EE+LA+ + DMLP+++A GY R+ + I R+ DSVTG SL+NPFI+S VT Sbjct: 101 EESLASAQFDLSKMDMLPQVMAGVGYSGRDRENIRRAVDSVTGLPSLSNPFITSEPEHVT 160 Query: 148 TDLTFSWSLLDFGQSYYAAKQNADRVLVARERRRKALHTLIQDVRTAYWRVVAAQSLKGK 207 DL +W+LLDFG SYY AKQNADR+LVA ERRR+A+H LIQ R+A+WR VAA L Sbjct: 161 ADLGLTWNLLDFGVSYYGAKQNADRLLVAGERRRQAMHELIQRTRSAFWRAVAADKLDAA 220 Query: 208 VQSGIVDAEQALKDAERAENERLRNPLEALRFQRQLLENLRLLETVEQELSAARIELAAL 267 V+ + +AE+AL + +R+R P ALR+QR LLENLRLLE+V++ELSA+R+ELA+L Sbjct: 221 VRDNLDEAERALAKSRSMLKQRIRQPSSALRYQRNLLENLRLLESVQRELSASRVELASL 280 Query: 268 TRLPLGSDYSVAAPQMSLSKTWLELPVAQLEEQALQRNADLRESMYNARIAQQETHRTML 327 G S+ P + + + LEL V +EE AL NA LRE YN RI +T ++++ Sbjct: 281 IGAEPGQVLSLIEPDRN-NASLLELDVLTMEEVALANNASLREEHYNVRITALQTRKSLV 339 Query: 328 RLFPGLSFNYGYKSSDDSYLINQHWREAGVQVSFNLFNLLALPSQKRLADAGVDLAEQKR 387 ++ PG+S +YG DD +LI + WR+ G++V++NL NLLA+P Q+R A A +AE +R Sbjct: 340 QMLPGVSLDYGSYYDDDDFLIYESWRQGGLRVTYNLLNLLAIPKQQRAAKAAERVAETRR 399 Query: 388 MVTQMAVLTQLHIARLQYANAMHQYERADAIANVEGRIADHVGNQAVAQKQTQLDRVSQQ 447 M Q+AVLTQ+H+ R Y + + Q+ERA+ IA+++ ++ + N++ + ++LDRV+ Sbjct: 400 MALQVAVLTQVHLGRNYYRSVLRQFERAEQIADIDMQLMELSSNESQSGTGSELDRVAAN 459 Query: 448 TSLILAQLRRYQAMAAVHTASSRLQASLGMEPSIGDVAGDSIGDLAKAVHKSL 500 IL+++RRYQA+A V A+S+LQA+LG+EP + + S+ L + + L Sbjct: 460 AVSILSEVRRYQAIARVEEAASQLQATLGLEPELASLDQLSMPALTDIMRREL 512