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= 0013.0215.p (660 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8INX3.1 D8INX3_HERSS Outer membrane Iron(III) dicitrate transpo... 927 0.0 A6T466.1 A6T466_JANMA FecA iron(III) dicitrate transport protein 910 0.0 F2LNH2.1 F2LNH2_BURGA TonB-dependent siderophore receptor 838 0.0 Q46S88.1 Q46S88_CUPPJ TonB-dependent siderophore receptor 813 0.0 B8L5K0.1 B8L5K0_9GAMM TonB-dependent siderophore receptor 802 0.0 >D8INX3.1 D8INX3_HERSS Outer membrane Iron(III) dicitrate transport protein Length = 703 Score = 927 bits (2397), Expect = 0.0, Method: Compositional matrix adjust. Identities = 440/636 (69%), Positives = 532/636 (83%), Gaps = 3/636 (0%) Query: 27 PVCKTQVVKKEEIQSTGAVTIGDVMRRIPGVQVTDNSGTSGGAMSLNIGVRGLTGRYSPR 86 P +T VVKK+EI+STGAV+IGD MRRIPGVQ +DNSGT+G A++LNIGVRGL GRYSPR Sbjct: 69 PGART-VVKKQEIESTGAVSIGDAMRRIPGVQSSDNSGTAGSAIALNIGVRGLAGRYSPR 127 Query: 87 STILLDGIPMASAPYGQPQISFAPVSLNNIEAIDVVRGGGAVRYGPQNVGGIINFRTRSI 146 STILLDGIPMA APYGQPQ+SFAP+SLNNIE+IDVVRGGGAVR+GPQNVGGIINF+TRSI Sbjct: 128 STILLDGIPMAVAPYGQPQLSFAPLSLNNIESIDVVRGGGAVRFGPQNVGGIINFKTRSI 187 Query: 147 PTTSGISGDASLRYNSYETGGSSKQYTAFAGTTLDNGLGLAFLYSGTDGSGWRAFSNERI 206 PTT GISGDA++RYNSY GG + QYTAFAG +NG G+AFLYSG +GSGWR S+E + Sbjct: 188 PTTPGISGDAAVRYNSYGQGGGNTQYTAFAGGQAENGFGMAFLYSGQEGSGWRDKSDEHL 247 Query: 207 NDFALKFRYEISSSSEIYGKVSYYDVMSHTPGGLTVAQYNADPFQNTRKRDYWKGNRRGV 266 NDFALK RYEIS +SE+Y K++YYDV+S TPGGL+VAQY ADPFQ+TR+RD W G R+G Sbjct: 248 NDFALKMRYEISPTSELYAKINYYDVLSRTPGGLSVAQYAADPFQSTRQRDNWGGTRKGF 307 Query: 267 DFGYLNTISDTQEFEIRTYYNESYRESALIGSSTTQLTHQPRFYETTAIEPRFTQRFNLG 326 D GYLNTISD QEFEIRTY++++ R+S LI + T+L+HQPR YET IEPR+TQRF G Sbjct: 308 DVGYLNTISDRQEFEIRTYFSQATRQSTLINPAGTRLSHQPRNYETLGIEPRYTQRFAWG 367 Query: 327 SVTNDVTVGYRYIAERGHDDSYTETIATGALGVATKNRNKTDAQAAYIDDKISFGAWRIT 386 T+DVTVGYRY+ ERG D+ Y+E + TG L T+ +N TDA A YIDDKI+FG WRIT Sbjct: 368 GTTHDVTVGYRYVRERGDDNVYSEAVLTGVLSGFTQFQNSTDAHAGYIDDKIAFGKWRIT 427 Query: 387 PGVRFEHIQTTRQNIASTTKFEVTNNKPLPSLNIAYLATPELTLFTNYGTSFGVVQNTQL 446 PG+RFEH+Q+TR ++A+ ++V+NNKPLPS+N+AYL T +LTLF+NY TSFGVVQN+QL Sbjct: 428 PGLRFEHVQSTRYDVANNASYQVSNNKPLPSINVAYLLTEQLTLFSNYNTSFGVVQNSQL 487 Query: 447 SAASAPNNLAPELAKTAELGARWKSNNLSAEVTYFNIRFDNQILLI--ASPDTYQNIGKT 504 + S+ N L+PELAKT E G RWKS SAE T F+I FDNQI+ + +P ++NIGKT Sbjct: 488 NTMSSANPLSPELAKTIEGGVRWKSARASAEATVFHIDFDNQIVSVQGTNPSVFRNIGKT 547 Query: 505 KHDGIETAVDYTFGQDSLLRGLNVYANYTYTRALQESGATAGLDVPFYSRTTDTIGARYQ 564 +HDGIE A+DY F Q S+L+G +VYANYTYTRALQ+SGA G D+PFY+RTTDT+G R++ Sbjct: 548 QHDGIELAMDYAFDQQSVLKGWSVYANYTYTRALQKSGANPGKDLPFYARTTDTVGTRFK 607 Query: 565 AGPWGFNLSTTHQSRQFSLENNVIAETADGKDGEIPGYRLWNAQVDWKVPNSKGFDVVAG 624 +GPWGFNLSTTHQ RQFS E N IAE+ADG GEIPG+RLWNAQVDWKVP +KGFDV AG Sbjct: 608 SGPWGFNLSTTHQGRQFSDEANTIAESADGSIGEIPGFRLWNAQVDWKVPGTKGFDVFAG 667 Query: 625 VNNLTDRRYYSRTRDGNPGRMVGAPRTIYVQGRYAF 660 +NNLTDRRY++RT D N G++VGAPRT+YVQGRY+F Sbjct: 668 INNLTDRRYFTRTTDNNLGKLVGAPRTVYVQGRYSF 703 >A6T466.1 A6T466_JANMA FecA iron(III) dicitrate transport protein Length = 707 Score = 910 bits (2352), Expect = 0.0, Method: Compositional matrix adjust. Identities = 435/634 (68%), Positives = 512/634 (80%), Gaps = 6/634 (0%) Query: 33 VVKKEEIQSTGAVTIGDVMRRIPGVQVTDNSGTSGGAMSLNIGVRGLTGRYSPRSTILLD 92 VVKKEEI+++GA +I DVMRRIPGVQV+DNSG++G A+SLN+GVRGL GRYSPRSTILLD Sbjct: 74 VVKKEEIENSGAASISDVMRRIPGVQVSDNSGSAGSAISLNVGVRGLAGRYSPRSTILLD 133 Query: 93 GIPMASAPYGQPQISFAPVSLNNIEAIDVVRGGGAVRYGPQNVGGIINFRTRSIPTTSGI 152 GIPMA+APYGQPQ+SFAPVSLNN+E++DVVRGGGAVRYGPQNVGGIINF+TRSIPTT G Sbjct: 134 GIPMANAPYGQPQLSFAPVSLNNVESVDVVRGGGAVRYGPQNVGGIINFKTRSIPTTPGA 193 Query: 153 SGDASLRYNSYETGGSSKQYTAFAGTTLDNGLGLAFLYSGTDGSGWRAFSNERINDFALK 212 +GD S+R N Y GGS+ QY+AFAG L+NGLG A LYSG GS WR S+E++ND ALK Sbjct: 194 TGDVSIRQNDYSKGGSNTQYSAFAGNQLENGLGFAVLYSGMSGSDWRVGSDEKVNDLALK 253 Query: 213 FRYEISSSSEIYGKVSYYDVMSHTPGGLTVAQYNADPFQNTRKRDYWKGNRRGVDFGYLN 272 FRYE+S +SEIYGK SYYDV S TPGGLTVAQYNADPFQNTR DYW G+R D GY+N Sbjct: 254 FRYELSPTSEIYGKFSYYDVTSRTPGGLTVAQYNADPFQNTRPTDYWSGDRTAFDIGYIN 313 Query: 273 TISDTQEFEIRTYYNESYRESALIGSSTT----QLTHQPRFYETTAIEPRFTQRFNLGSV 328 TISDTQEFEIRTYYNES R+S L + T + HQPR Y+T IEPR+TQRFN+G+ Sbjct: 314 TISDTQEFEIRTYYNESNRQSTLYTVNRTTNAVSIQHQPRSYQTLGIEPRYTQRFNIGNT 373 Query: 329 TNDVTVGYRYIAERGHDDSYTETIATGALGVATKNRNKTDAQAAYIDDKISFGAWRITPG 388 TNDVTVGYRYI ERG D+ Y+E++ TGALG T N TDA + YIDDKI+FGAWRITPG Sbjct: 374 TNDVTVGYRYIRERGDDNVYSESVTTGALGAQTTFDNSTDAHSIYIDDKIAFGAWRITPG 433 Query: 389 VRFEHIQTTRQNIASTTKFEVTNNKPLPSLNIAYLATPELTLFTNYGTSFGVVQNTQLSA 448 VRFEHI + R + + FEV NNKPLPSLN+AYL T ++TLF NYGTSFGVVQNTQL+ Sbjct: 434 VRFEHINSLRHDRTTGADFEVKNNKPLPSLNVAYLLTQDITLFANYGTSFGVVQNTQLNT 493 Query: 449 ASAPNNLAPELAKTAELGARWKSNNLSAEVTYFNIRFDNQILLIASPD--TYQNIGKTKH 506 + N L PELAKT E GARWKS +SAE+T FNIRFDNQI + S + N+GKT+H Sbjct: 494 MTPGNPLKPELAKTVEAGARWKSKQVSAEITAFNIRFDNQIQSVGSGANLAFFNLGKTEH 553 Query: 507 DGIETAVDYTFGQDSLLRGLNVYANYTYTRALQESGATAGLDVPFYSRTTDTIGARYQAG 566 GIETAVDYTF + + G N +ANYTYTRA ESGA AG DVPFYSR TDT+G RY+ G Sbjct: 554 KGIETAVDYTFDKAGPMSGFNAFANYTYTRATLESGAFAGNDVPFYSRNTDTVGMRYETG 613 Query: 567 PWGFNLSTTHQSRQFSLENNVIAETADGKDGEIPGYRLWNAQVDWKVPNSKGFDVVAGVN 626 PWGFNLS+THQS QF+ E N +AE+ +G++G IPG+RLWNAQV+WK PN KG +++AG+N Sbjct: 614 PWGFNLSSTHQSSQFADERNTVAESVNGENGLIPGFRLWNAQVNWKSPNKKGLEILAGLN 673 Query: 627 NLTDRRYYSRTRDGNPGRMVGAPRTIYVQGRYAF 660 NLTD+RY++RT DGN G++VGAPR IYVQ R AF Sbjct: 674 NLTDKRYFTRTTDGNLGKLVGAPRMIYVQARLAF 707 >F2LNH2.1 F2LNH2_BURGA TonB-dependent siderophore receptor Length = 706 Score = 838 bits (2164), Expect = 0.0, Method: Compositional matrix adjust. Identities = 396/630 (62%), Positives = 488/630 (77%), Gaps = 2/630 (0%) Query: 33 VVKKEEIQSTGAVTIGDVMRRIPGVQVTDNSGTSGGAMSLNIGVRGLTGRYSPRSTILLD 92 VV + I+ +GA +IGDV+RR+PGVQ TDNSG++G A+SLNIGVRGLTGRY+PRSTILLD Sbjct: 77 VVNHQAIEDSGASSIGDVLRRVPGVQATDNSGSAGSAISLNIGVRGLTGRYAPRSTILLD 136 Query: 93 GIPMASAPYGQPQISFAPVSLNNIEAIDVVRGGGAVRYGPQNVGGIINFRTRSIPTTSGI 152 GIP+A APYGQPQ+SFAP+SL NI++IDVVR GG+VRYGPQNVGG+INFRTR IP+ G+ Sbjct: 137 GIPLAFAPYGQPQMSFAPISLGNIQSIDVVRSGGSVRYGPQNVGGVINFRTRDIPSQPGL 196 Query: 153 SGDASLRYNSYETGGSSKQYTAFAGTTLDNGLGLAFLYSGTDGSGWRAFSNERINDFALK 212 S DA++R N Y GG+S QY+ F GT +DNGLG+A LYSG G WR S+E +ND LK Sbjct: 197 SADATMRENIYTHGGASTQYSTFLGTQMDNGLGVALLYSGMAGRDWRVGSDESVNDLQLK 256 Query: 213 FRYEISSSSEIYGKVSYYDVMSHTPGGLTVAQYNADPFQNTRKRDYWKGNRRGVDFGYLN 272 +RYE++ SSE+YGK SYYDV SHTPGGLTVAQ+NADPFQNTR D+W G+R+G D GYLN Sbjct: 257 WRYELTPSSELYGKFSYYDVKSHTPGGLTVAQFNADPFQNTRPSDFWYGDRKGFDIGYLN 316 Query: 273 TISDTQEFEIRTYYNESYRESALIGSSTTQLTHQPRFYETTAIEPRFTQRFNLGSVTNDV 332 TIS QEFE+RT+YN+SYR S+LI ++ TQL QPR Y IEPRFTQR +LG T+DV Sbjct: 317 TISANQEFEVRTFYNDSYRTSSLINAARTQLQDQPRTYSVYGIEPRFTQRLSLGPTTHDV 376 Query: 333 TVGYRYIAERGHDDSYTETIATGALGVATKNRNKTDAQAAYIDDKISFGAWRITPGVRFE 392 TVGYRYI ERG D+S+ ++I TG L T+ N TDA A YIDDKI+FG WR+TPG+R+E Sbjct: 377 TVGYRYIRERGTDNSFNQSILTGILTSPTRFDNSTDAHAVYIDDKIAFGRWRLTPGIRYE 436 Query: 393 HIQTTRQNIASTTKFEVTNNKPLPSLNIAYLATPELTLFTNYGTSFGVVQNTQLSAASAP 452 HI++ R++ F NNKPLP+++++YL TP LTLFT+Y TSFG VQN QL++ SA Sbjct: 437 HIESVRRDDILNQSFGSKNNKPLPAVSLSYLLTPALTLFTDYSTSFGPVQNLQLNSQSAN 496 Query: 453 NNLAPELAKTAELGARWKSNNLSAEVTYFNIRFDNQILLIAS--PDTYQNIGKTKHDGIE 510 N L PE AKT E+GARW S + AEV+ FN+RFDNQI + P T+QNIG T H G+E Sbjct: 497 NPLQPETAKTFEVGARWTSRQIHAEVSAFNMRFDNQIQQVVGVVPATFQNIGATHHQGVE 556 Query: 511 TAVDYTFGQDSLLRGLNVYANYTYTRALQESGATAGLDVPFYSRTTDTIGARYQAGPWGF 570 TA DY F D LRGL+ Y N+TYT+A+QESG AG DVPFYSR TDTIGARY+ G W F Sbjct: 557 TAFDYEFADDGPLRGLDAYVNFTYTKAVQESGQFAGRDVPFYSRFTDTIGARYKTGAWTF 616 Query: 571 NLSTTHQSRQFSLENNVIAETADGKDGEIPGYRLWNAQVDWKVPNSKGFDVVAGVNNLTD 630 N+S+THQS Q+S N +AE+ADG G +PG+R+WN Q DWK+P KG + AG+NN+ D Sbjct: 617 NVSSTHQSAQYSDTANTVAESADGSVGRVPGFRVWNLQADWKIPKMKGSTLTAGINNVGD 676 Query: 631 RRYYSRTRDGNPGRMVGAPRTIYVQGRYAF 660 RYY+R DGN GRMVGAPRT+YVQG + + Sbjct: 677 ARYYTRNVDGNAGRMVGAPRTVYVQGHFVY 706 >Q46S88.1 Q46S88_CUPPJ TonB-dependent siderophore receptor Length = 708 Score = 813 bits (2099), Expect = 0.0, Method: Compositional matrix adjust. Identities = 407/631 (64%), Positives = 486/631 (77%), Gaps = 4/631 (0%) Query: 33 VVKKEEIQSTGAVTIGDVMRRIPGVQVTDNSGTSGGAMSLNIGVRGLTGRYSPRSTILLD 92 VV +E+I+ +GA +I DVMRRIPGVQ TDNSGTSG A+SLNIGVRGLTGRYSPRST+LLD Sbjct: 79 VVGEEQIEQSGASSISDVMRRIPGVQSTDNSGTSGSAISLNIGVRGLTGRYSPRSTVLLD 138 Query: 93 GIPMASAPYGQPQISFAPVSLNNIEAIDVVRGGGAVRYGPQNVGGIINFRTRSIPTTSGI 152 GIPMA APYGQPQ+SFAPVSL NI++IDVVR GGAVRYGPQNVGGIINF TR IPT+ GI Sbjct: 139 GIPMAVAPYGQPQVSFAPVSLGNIDSIDVVRSGGAVRYGPQNVGGIINFNTRPIPTSPGI 198 Query: 153 SGDASLRYNSY-ETGGSSKQYTAFAGTTLDNGLGLAFLYSGTDGSGWRAFSNERINDFAL 211 +GDAS+R N Y E GGS+ QY AF GTTLD+GLGLA LYSG G WR S++ +ND A+ Sbjct: 199 TGDASIRENIYTEGGGSNTQYNAFVGTTLDSGLGLAVLYSGMTGREWRKGSDDDVNDLAV 258 Query: 212 KFRYEISSSSEIYGKVSYYDVMSHTPGGLTVAQYNADPFQNTRKRDYWKGNRRGVDFGYL 271 KF Y+I+++S++YGKVSYYDV S TPGGLTVAQYNADPFQNTR DYW GNR D GY+ Sbjct: 259 KFAYDINNTSQVYGKVSYYDVRSRTPGGLTVAQYNADPFQNTRPNDYWSGNRTAFDLGYV 318 Query: 272 NTISDTQEFEIRTYYNESYRESALIGSSTTQLTHQPRFYETTAIEPRFTQRFNLGSVTND 331 NTIS QEFEIRT++NESYR+S L S+T + HQPR Y T IEPR+TQR LG T+D Sbjct: 319 NTISGNQEFEIRTFFNESYRQSTLQQSATV-IAHQPRNYTTFGIEPRYTQRLALGPTTHD 377 Query: 332 VTVGYRYIAERGHDDSYTETIATGALGVATKNRNKTDAQAAYIDDKISFGAWRITPGVRF 391 +TVGYRYI ERG D+++ + TG +G T N TDA A YIDD+I+ G WRI PGVRF Sbjct: 378 ITVGYRYIRERGDDNAFNQNPRTGVVGPTTTFDNATDAHAVYIDDRIAVGNWRIVPGVRF 437 Query: 392 EHIQTTRQNIASTTKFEVTNNKPLPSLNIAYLATPELTLFTNYGTSFGVVQNTQLSAASA 451 EHI TTRQ +TT+F+ NNK LPS+N++YL T+FT+Y TSFG VQNTQL++ + Sbjct: 438 EHIDTTRQQRGTTTQFDSMNNKALPSINVSYLVNNAWTVFTDYSTSFGPVQNTQLNSQTP 497 Query: 452 PNNLAPELAKTAELGARWKSNNLSAEVTYFNIRFDNQILLIAS--PDTYQNIGKTKHDGI 509 N L PE+A+T E+G RW N + AE+T F I+FDNQI + P T+QNIG T HDG+ Sbjct: 498 SNPLQPEVARTFEVGTRWTDNRIKAELTAFKIKFDNQIQQVPGLFPATFQNIGATDHDGV 557 Query: 510 ETAVDYTFGQDSLLRGLNVYANYTYTRALQESGATAGLDVPFYSRTTDTIGARYQAGPWG 569 ETA+DYTF + S+L GLNVYANYTYTRA+Q+SGATAG+DVPFYSR TDTIGARY W Sbjct: 558 ETAIDYTFDRASVLGGLNVYANYTYTRAIQKSGATAGMDVPFYSRNTDTIGARYNWRNWT 617 Query: 570 FNLSTTHQSRQFSLENNVIAETADGKDGEIPGYRLWNAQVDWKVPNSKGFDVVAGVNNLT 629 FN STTHQS Q+S N +AE+ADG G IPG+R WN Q + VP K D+ G+NNL Sbjct: 618 FNASTTHQSAQYSDLANTVAESADGSVGRIPGFRTWNLQAMFTVPQWKRTDITIGINNLF 677 Query: 630 DRRYYSRTRDGNPGRMVGAPRTIYVQGRYAF 660 D+RYY+RT D N GR+VGAPR +Y+Q R F Sbjct: 678 DKRYYTRTTDSNAGRLVGAPRMVYIQARAGF 708 >B8L5K0.1 B8L5K0_9GAMM TonB-dependent siderophore receptor Length = 709 Score = 802 bits (2072), Expect = 0.0, Method: Compositional matrix adjust. Identities = 394/631 (62%), Positives = 472/631 (74%), Gaps = 3/631 (0%) Query: 33 VVKKEEIQSTGAVTIGDVMRRIPGVQVTDNSGTSGGAMSLNIGVRGLTGRYSPRSTILLD 92 VV ++ I+++GA +IGD MRRIPGVQVTDNSGT+G ++SLNIGVRGLTGRYSPRST+LLD Sbjct: 79 VVDRQRIEASGAASIGDAMRRIPGVQVTDNSGTAGSSVSLNIGVRGLTGRYSPRSTVLLD 138 Query: 93 GIPMASAPYGQPQISFAPVSLNNIEAIDVVRGGGAVRYGPQNVGGIINFRTRSIPTTSGI 152 G+P+A APYGQPQ+SFAP SL+NIE+IDVVRGGGAVRYGPQNVGGIINF TR+IPT +G+ Sbjct: 139 GVPLAVAPYGQPQLSFAPTSLSNIESIDVVRGGGAVRYGPQNVGGIINFSTRAIPTGAGL 198 Query: 153 SGDASLRYNSYETGG-SSKQYTAFAGTTLDNGLGLAFLYSGTDGSGWRAFSNERINDFAL 211 G+A +RY +Y+ GG S QY AF G T DNGLG A LYSG DG GWR S++R ND AL Sbjct: 199 HGEAGVRYTAYDHGGGDSTQYNAFLGGTGDNGLGAALLYSGQDGRGWRQGSDDRFNDLAL 258 Query: 212 KFRYEISSSSEIYGKVSYYDVMSHTPGGLTVAQYNADPFQNTRKRDYWKGNRRGVDFGYL 271 KF Y I E+ K+SYYDV S TPGGLT AQY ADPFQNTR D+WKG+R G+D GY Sbjct: 259 KFAYAIDEQQELRAKLSYYDVRSLTPGGLTRAQYEADPFQNTRPADFWKGHRTGIDLGYT 318 Query: 272 NTISDTQEFEIRTYYNESYRESALIGSSTTQLTHQPRFYETTAIEPRFTQRFNLGSVTND 331 NT+S EFE+ YYNES R S+LI ++ TQLT QPR Y IEPR+TQR + GS +D Sbjct: 319 NTLSANSEFEVLAYYNESNRASSLINAANTQLTVQPRDYRVLGIEPRYTQRLHWGSTVHD 378 Query: 332 VTVGYRYIAERGHDDSYTETIATGALGVATKNRNKTDAQAAYIDDKISFGAWRITPGVRF 391 +T GYR++ ERG+D SYT T TGA T+ N TDA A YIDD+I+ G WRITPGVR Sbjct: 379 ITAGYRFLRERGNDRSYTVTRRTGAASATTRFDNATDAHAFYIDDRIAVGQWRITPGVRM 438 Query: 392 EHIQTTRQNIASTTKFEVTNNKPLPSLNIAYLATPELTLFTNYGTSFGVVQNTQLSAASA 451 E I R+ T F NNK LPSLNIAYL TP+LT+F NY TSFG VQN QL++ +A Sbjct: 439 EWIDMDRRQSGGTAIFSSRNNKALPSLNIAYLLTPQLTVFGNYTTSFGPVQNIQLNSQTA 498 Query: 452 PNNLAPELAKTAELGARWKSNNLSAEVTYFNIRFDNQILLIA--SPDTYQNIGKTKHDGI 509 N L PE+AKT ELGARW+ L AEVT F +RFDNQIL + +P T+QNIG T H G+ Sbjct: 499 SNPLNPEVAKTTELGARWQDGALRAEVTVFKMRFDNQILQVPGITPPTFQNIGATDHKGV 558 Query: 510 ETAVDYTFGQDSLLRGLNVYANYTYTRALQESGATAGLDVPFYSRTTDTIGARYQAGPWG 569 E+A++Y F +DS L GL +YANYT+T+A+Q+SG GLDVPFYSR TD++GARY W Sbjct: 559 ESALEYHFAEDSALAGLELYANYTWTKAIQQSGDNRGLDVPFYSRDTDSVGARYALAGWT 618 Query: 570 FNLSTTHQSRQFSLENNVIAETADGKDGEIPGYRLWNAQVDWKVPNSKGFDVVAGVNNLT 629 FN+S+THQS QFS N AETAD + G +PG RLWNAQV W+VP ++ GVNNL Sbjct: 619 FNVSSTHQSGQFSDAANTWAETADARVGRVPGVRLWNAQVAWQVPGLGDSEIALGVNNLA 678 Query: 630 DRRYYSRTRDGNPGRMVGAPRTIYVQGRYAF 660 D+R+Y+R DGN GRMV APRT YVQGRY F Sbjct: 679 DKRWYTRNVDGNAGRMVAAPRTFYVQGRYRF 709