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= 0017.0138.p (452 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IRI8.1 D8IRI8_HERSS Outer membrane protein 532 e-149 A4G6E6.1 A4G6E6_HERAR Putative uncharacterized protein 453 e-125 A6SXS9.1 A6SXS9_JANMA Uncharacterized conserved protein 446 e-123 C6X788.1 C6X788_METSD Outer membrane efflux protein 137 4e-30 E4QKD5.1 E4QKD5_METS6 Outer membrane efflux protein 137 5e-30 >D8IRI8.1 D8IRI8_HERSS Outer membrane protein Length = 547 Score = 532 bits (1371), Expect = e-149, Method: Compositional matrix adjust. Identities = 288/486 (59%), Positives = 346/486 (71%), Gaps = 64/486 (13%) Query: 7 TPGQAVSVGASATSAASTAVADAATKTEAAAAS-NDEILALLRQSDPAFTGSAIDLPYIT 65 +P Q + +GA AA A E+A S DEIL LLRQ+DP F+G+AI LP I+ Sbjct: 54 SPPQ-IRLGADPGGAAVGDFKLPALPGESAMGSPQDEILQLLRQADPEFSGNAIVLPQIS 112 Query: 66 SETVGEEQVPF--LTLDQVIDLALDNSYSYAATSAQADQADYAAKAALGQLGPTLDVRTQ 123 V E P LTL QV+DLA++NSYSYAATSAQADQA YAA+A GQ+GPTLDVR Q Sbjct: 113 ---VVPEGAPVNDLTLSQVLDLAVNNSYSYAATSAQADQARYAARATAGQMGPTLDVRAQ 169 Query: 124 KGREYSSPASFRDDNGNIVQ-ADQHKRWDATLIGRQPIFAPGSYFDFQKQRAMSRAADQR 182 KG+EYSSP+S D N +V+ A HKRWD T+IGRQP+FAPGSYFD++K +++ AAD R Sbjct: 170 KGQEYSSPSSVIDPNTGLVRRASDHKRWDVTVIGRQPVFAPGSYFDYRKASSLADAADLR 229 Query: 183 RDDARESLYYSAIKAYYDVLRAYASLSFSRSYAQRMKDLLDYMGKRVEGGGASKIDYDRV 242 R+DARE+LYY+AIK+YYDV+RAYA+LSFSRSYAQRM LL+YM KR+EGGGAS+ID++RV Sbjct: 230 REDARETLYYTAIKSYYDVMRAYATLSFSRSYAQRMNALLEYMRKRLEGGGASRIDFERV 289 Query: 243 RGRSLQADSAILDSEGTLDSTLVTLTQLIGRRVRQVQVPDRMMPKVPPTS---------- 292 RGRSL A +A+ ++EG L+S +V+L Q+ GR++ Q++VPD MMP VP TS Sbjct: 290 RGRSLTAQAAVAEAEGALESAMVSLNQITGRKIEQLEVPDHMMPPVPDTSKLALKDIYDT 349 Query: 293 ----RLALQDXD----------------------QT--------------------LVTD 306 R A QD + QT L TD Sbjct: 350 NPGVRAARQDVEAANQELKSARAKFSPTLAVEFTQTKTRGAGGAIDTTNPTANSLQLSTD 409 Query: 307 RRLMLVMTMNLLNGGSDAYYQRQIGAKLVEKSNTASDLERKLKEQVEINYRTLEAVKKRM 366 RRLMLVMTMNLLNGGSD YY +Q GAK VEKSNT DLERKL+EQ+EINYRTL AV+KRM Sbjct: 410 RRLMLVMTMNLLNGGSDVYYSKQAGAKYVEKSNTVLDLERKLREQIEINYRTLGAVRKRM 469 Query: 367 NISRDIYVNNANVADVFLEQLSTGSKQLLDVLDAYQQAYQTRMDFALLLFQQADISYQIL 426 +ISR Y+ NANVADVFL+QLS GSKQL+DVLDAYQQAYQ R+DF+ LLFQQADISYQIL Sbjct: 470 DISRQAYLTNANVADVFLDQLSAGSKQLIDVLDAYQQAYQARVDFSNLLFQQADISYQIL 529 Query: 427 RNTGRA 432 RNTGRA Sbjct: 530 RNTGRA 535 >A4G6E6.1 A4G6E6_HERAR Putative uncharacterized protein Length = 553 Score = 453 bits (1166), Expect = e-125, Method: Compositional matrix adjust. Identities = 249/462 (53%), Positives = 319/462 (69%), Gaps = 49/462 (10%) Query: 19 TSAASTAVADAATKTEAAAASNDEILALLRQSDPAFTGSAIDLP-YITSETVGEEQVPFL 77 T +T A A+ +A + +DEIL LLRQSD F+ A+ LP I + + G Q L Sbjct: 83 TKNENTNAAKASENVQADGSRDDEILQLLRQSDKTFSSPAVPLPDGIAALSDGPLQN-ML 141 Query: 78 TLDQVIDLALDNSYSYAATSAQADQADYAAKAALGQLGPTLDVRTQKGREYSSPASFRDD 137 +L++ + L NSYSYAA SA A+ A Y AALGQLGPTLDVR Q+GREYS+PAS + Sbjct: 142 SLEEALARTLQNSYSYAAASAVAEGAVYGKNAALGQLGPTLDVRAQRGREYSAPASIINQ 201 Query: 138 N-GNIVQADQHKRWDATLIGRQPIFAPGSYFDFQKQRAMSRAADQRRDDARESLYYSAIK 196 N G + +D H RWD ++I RQP+FAP SYF+++KQ +++ AAD R++DARE+LYY+ IK Sbjct: 202 NTGRALSSDTHIRWDNSVILRQPLFAPASYFEYRKQASLANAADLRKEDAREALYYTTIK 261 Query: 197 AYYDVLRAYASLSFSRSYAQRMKDLLDYMGKRVEGGGASKIDYDRVRGRSLQADSAILDS 256 AYYD+LR+Y L+F+RSY +RM L +YM KR++GGGASK+D++RVRGR+L A S ++++ Sbjct: 262 AYYDLLRSYVGLTFARSYTERMDTLQEYMNKRLQGGGASKVDFERVRGRALTARSTMIEA 321 Query: 257 EGTLDSTLVTLTQLIGRRVRQVQVPDRMMPKVPPTSRLALQDX----------------- 299 EG L+S +VTL QL G R +Q+ +P +MMP VP +SRLAL+ Sbjct: 322 EGVLESAMVTLAQLTGVRSQQLGIPSKMMPIVPTSSRLALEQIYENNPAVRAARLDAAAA 381 Query: 300 -----------------------------DQTLVTDRRLMLVMTMNLLNGGSDAYYQRQI 330 D L TDRR M VM MNLLNGGSD YYQ+QI Sbjct: 382 NEELKSARSRFSPNFSIEMSQARTDNAGGDGRLTTDRRYMFVMNMNLLNGGSDYYYQKQI 441 Query: 331 GAKLVEKSNTASDLERKLKEQVEINYRTLEAVKKRMNISRDIYVNNANVADVFLEQLSTG 390 G+K VEKSNTASD+ERKLKEQ+EINYRTL+AVKKR+ I+R Y NA+VADVFLEQL+ G Sbjct: 442 GSKYVEKSNTASDIERKLKEQIEINYRTLDAVKKRITIARQAYQTNADVADVFLEQLAIG 501 Query: 391 SKQLLDVLDAYQQAYQTRMDFALLLFQQADISYQILRNTGRA 432 +KQLLDVLDAYQQAY +R++ + LLF QADISYQILRNTGRA Sbjct: 502 NKQLLDVLDAYQQAYLSRVELSQLLFLQADISYQILRNTGRA 543 >A6SXS9.1 A6SXS9_JANMA Uncharacterized conserved protein Length = 553 Score = 446 bits (1148), Expect = e-123, Method: Compositional matrix adjust. Identities = 248/462 (53%), Positives = 319/462 (69%), Gaps = 49/462 (10%) Query: 19 TSAASTAVADAATKTEAAAASNDEILALLRQSDPAFTGSAIDLP-YITSETVGEEQVPFL 77 T A ++ A A+ +A + +DEIL LLRQSD AF+ A+ LP I + + G Q L Sbjct: 83 TKADNSNAAKASENVQADGSRDDEILQLLRQSDKAFSSPAVPLPDGIAALSDGPLQN-ML 141 Query: 78 TLDQVIDLALDNSYSYAATSAQADQADYAAKAALGQLGPTLDVRTQKGREYSSPASFRDD 137 +L++ + L NSYSYAA SA A+ A Y AALGQLGPTLDVR Q+GREYS+PAS + Sbjct: 142 SLEEALARTLQNSYSYAAASAVAEGAVYGKNAALGQLGPTLDVRAQRGREYSAPASIINP 201 Query: 138 -NGNIVQADQHKRWDATLIGRQPIFAPGSYFDFQKQRAMSRAADQRRDDARESLYYSAIK 196 G + +D H RWD ++I RQP+FAP SYF+++KQ +++ AAD R++DARE+LYY+ IK Sbjct: 202 ATGRALSSDTHIRWDNSVILRQPLFAPASYFEYRKQASLANAADLRKEDAREALYYTTIK 261 Query: 197 AYYDVLRAYASLSFSRSYAQRMKDLLDYMGKRVEGGGASKIDYDRVRGRSLQADSAILDS 256 A YD+LR+Y L+F+RSY +RM L DYM KR++GGGASK+D++RVRGR+L A S ++++ Sbjct: 262 ADYDLLRSYVGLTFARSYTERMDTLQDYMNKRLQGGGASKVDFERVRGRALTARSTMIEA 321 Query: 257 EGTLDSTLVTLTQLIGRRVRQVQVPDRMMPKVPPTSRLALQDX----------------- 299 EG L+S +VTL QL G R +Q+ +P +MMP VP +SRLAL+ Sbjct: 322 EGVLESAMVTLAQLTGVRSQQLGIPSKMMPIVPTSSRLALEQIYENNPAVRAARQDAAAA 381 Query: 300 -----------------------------DQTLVTDRRLMLVMTMNLLNGGSDAYYQRQI 330 D L TDRR MLVM MNLLNGGSD YYQ+QI Sbjct: 382 NEELKSARSRFSPNFSVEVSQARTDNAGGDGRLTTDRRYMLVMNMNLLNGGSDYYYQKQI 441 Query: 331 GAKLVEKSNTASDLERKLKEQVEINYRTLEAVKKRMNISRDIYVNNANVADVFLEQLSTG 390 G+K VEK NTASD+ERKLKEQ+EINYRTL+AV+KR+ I+R Y NA+VADVFLEQL+ G Sbjct: 442 GSKYVEKVNTASDIERKLKEQIEINYRTLDAVRKRITIARQAYQANADVADVFLEQLAVG 501 Query: 391 SKQLLDVLDAYQQAYQTRMDFALLLFQQADISYQILRNTGRA 432 +KQLLDVLDAYQQAY +R++ + LLF QADISYQILRNTGRA Sbjct: 502 NKQLLDVLDAYQQAYLSRVELSQLLFLQADISYQILRNTGRA 543 >C6X788.1 C6X788_METSD Outer membrane efflux protein Length = 539 Score = 137 bits (345), Expect = 4e-30, Method: Compositional matrix adjust. Identities = 116/420 (27%), Positives = 190/420 (45%), Gaps = 47/420 (11%) Query: 59 IDLPYITSETVGEEQVPFLTLDQVIDLALDNSYSYAATSAQADQADYAAKAALGQLGPTL 118 I P +E +GEEQV LTL+ A ++SYS A+ ++ A A+AA + P++ Sbjct: 109 ISQPAALAELMGEEQVDSLTLEDARRKAHESSYSLGASRSKTSAAANLARAAYSGVLPSV 168 Query: 119 DVRTQKGREYSSPASFRDDN-GNIVQADQHKRWDATLIGRQPIFAPGSYFDFQKQRAMSR 177 ++RT +GRE S+P+S DD G + R + + QP+ + + ++ A+ + Sbjct: 169 NLRTARGRENSTPSSRLDDTTGEALAESTQIRKEVYAVISQPLLDLSAVTEIRRTAAVRK 228 Query: 178 AADQRRDDARESLYYSAIKAYYDVLRAYASLSFSRSYAQRMKDLLDYMGKRVEGGGASKI 237 A++ R + Y + A++ + A SL + + QR++ L +M R E GGAS Sbjct: 229 ASEFDESGVRGDVTYDSSAAFFSAVEAELSLKLALAQQQRLERLGIWMSARAEAGGASGA 288 Query: 238 DYDRVRGRSLQADSAILDSEGTLDSTLVTLTQLIGRRVRQVQVP---------------- 281 D +R+ R L A S + D+ + +TL+QL G RQ+ +P Sbjct: 289 DRERINARVLSAKSNVEDAISQANQAYITLSQLTGTLPRQLVLPSLGSYEPVGSLEDALA 348 Query: 282 ---------------------DRM--MPKVPPTSRLALQDXD-------QTLVTDRRLML 311 +R+ + PT + L + D R ML Sbjct: 349 MVSHANPAVLTARANEEASKQERLGYWARFTPTLKFELSTTNIDNAGGVMGWRKDERAML 408 Query: 312 VMTMNLLNGGSDAYYQRQIGAKLVEKSNTASDLERKLKEQVEINYRTLEAVKKRMNISRD 371 V+ M+L GG D + QR K + + D ER + ++I Y L + ++++ Sbjct: 409 VLNMSLFAGGGDYFKQRASHNKEEQYAFERLDSERTARRSLQIAYSGLSSARQKIKSLTK 468 Query: 372 IYVNNANVADVFLEQLSTGSKQLLDVLDAYQQAYQTRMDFALLLFQQADISYQILRNTGR 431 A V + F QL+ S+ LLDV DAYQQ YQ++++ Q + QILR TGR Sbjct: 469 QAQAQAKVVEAFDAQLAITSRNLLDVFDAYQQYYQSQLELVRTSVQAILLEQQILRVTGR 528 >E4QKD5.1 E4QKD5_METS6 Outer membrane efflux protein Length = 491 Score = 137 bits (344), Expect = 5e-30, Method: Compositional matrix adjust. Identities = 116/420 (27%), Positives = 190/420 (45%), Gaps = 47/420 (11%) Query: 59 IDLPYITSETVGEEQVPFLTLDQVIDLALDNSYSYAATSAQADQADYAAKAALGQLGPTL 118 I P +E +GEEQV LTL+ A ++SYS A+ ++ A A+AA + P++ Sbjct: 61 ISQPAALAELMGEEQVDSLTLEDARRKAHESSYSLGASRSKTSAAANLARAAYSGVLPSV 120 Query: 119 DVRTQKGREYSSPASFRDDN-GNIVQADQHKRWDATLIGRQPIFAPGSYFDFQKQRAMSR 177 ++RT +GRE S+P+S DD G + R + + QP+ + + ++ A+ + Sbjct: 121 NLRTARGRENSTPSSRLDDTTGEALAESTQIRKEVYAVISQPLLDLSAVTEIRRTAAVRK 180 Query: 178 AADQRRDDARESLYYSAIKAYYDVLRAYASLSFSRSYAQRMKDLLDYMGKRVEGGGASKI 237 A++ R + Y + A++ + A SL + + QR++ L +M R E GGAS Sbjct: 181 ASEFDESGVRGDVTYDSSAAFFSAVEAELSLKLALAQQQRLERLGIWMSARAEAGGASGA 240 Query: 238 DYDRVRGRSLQADSAILDSEGTLDSTLVTLTQLIGRRVRQVQVP---------------- 281 D +R+ R L A S + D+ + +TL+QL G RQ+ +P Sbjct: 241 DRERINARVLSAKSNVEDAISQANQAYITLSQLTGTLPRQLVLPSLGSYEPVGSLEDALA 300 Query: 282 ---------------------DRM--MPKVPPTSRLALQDXD-------QTLVTDRRLML 311 +R+ + PT + L + D R ML Sbjct: 301 MVSHANPAVLTARANEEASKQERLGYWARFTPTLKFELSTTNIDNAGGVMGWRKDERAML 360 Query: 312 VMTMNLLNGGSDAYYQRQIGAKLVEKSNTASDLERKLKEQVEINYRTLEAVKKRMNISRD 371 V+ M+L GG D + QR K + + D ER + ++I Y L + ++++ Sbjct: 361 VLNMSLFAGGGDYFKQRASHNKEEQYAFERLDSERTARRSLQIAYSGLSSARQKIKSLTK 420 Query: 372 IYVNNANVADVFLEQLSTGSKQLLDVLDAYQQAYQTRMDFALLLFQQADISYQILRNTGR 431 A V + F QL+ S+ LLDV DAYQQ YQ++++ Q + QILR TGR Sbjct: 421 QAQAQAKVVEAFDAQLAITSRNLLDVFDAYQQYYQSQLELVRTSVQAILLEQQILRVTGR 480