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= 0018.0025.p (708 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IPW2.1 D8IPW2_HERSS Hydroxamate-type ferrisiderophore receptor... 1012 0.0 D4XEX2.1 D4XEX2_9BURK Putative uncharacterized protein 909 0.0 D2UGC8.1 D2UGC8_XANAP Putative tonb-dependent outer membrane rec... 697 0.0 B3RB14.1 B3RB14_CUPTR TonB-dependent siderophore receptor, HYDRO... 668 0.0 Q0JZR6.1 Q0JZR6_CUPNH Outer membrane receptor, TonB dependent 651 0.0 >D8IPW2.1 D8IPW2_HERSS Hydroxamate-type ferrisiderophore receptor signal peptide protein, tonB-dependent receptor Length = 715 Score = 1012 bits (2616), Expect = 0.0, Method: Compositional matrix adjust. Identities = 495/708 (69%), Positives = 584/708 (82%), Gaps = 16/708 (2%) Query: 17 APSILLAQTTDST--TSTTPLSSTAAAE---------TNQLPAVTVSADADAETRYNAAK 65 A +ILLA + S TS++ L+ TA + + LP V+V+AD ++++ A + Sbjct: 8 ARAILLAFSASSALFTSSSVLAQTAPPQGADSSSTAASAALPTVSVTADGYTDSKFKATQ 67 Query: 66 MQVNKSSVPLSQTPQSISVVPRAVLDSQQAVTLADALKNAPGVVSGQYGRRGWDDLIIRG 125 QVNKSS PLS+TPQSISVV RA++DSQQAV+L+DALKN GVV+ QYGRRGWDDLIIRG Sbjct: 68 TQVNKSSTPLSETPQSISVVTRAMMDSQQAVSLSDALKNVSGVVAQQYGRRGWDDLIIRG 127 Query: 126 QVASDSLYLDGLRTAASNRVAEQLFGLEQVEVVKGPGSLLYGLVLPGGLVNMVSKRPQGY 185 QVASDSLYLDGLRT AS+RVAEQL+GL+QVEV+KGPGSLLYGLVLPGGLVNMVSKRPQG Sbjct: 128 QVASDSLYLDGLRTTASSRVAEQLYGLQQVEVLKGPGSLLYGLVLPGGLVNMVSKRPQGS 187 Query: 186 DFANADVTVGSHDFRQATIDLNKSLSENGKQAFRINGLISNSNDATDYVWFKNRYIAPSL 245 DFAN DVT+GSHD Q+T+DLNKSLSENGKQAFRINGLISNS+DATD+VWFKNRYIAPSL Sbjct: 188 DFANVDVTIGSHDLYQSTVDLNKSLSENGKQAFRINGLISNSDDATDHVWFKNRYIAPSL 247 Query: 246 SLDLGARTDFTILTSFQERGYIRQQGLPLSGSINRNVNGSIPRSRFTGEPAARPYNATET 305 SLDLGARTDFTILTS+QER Y+RQQGLPLSGSI N +G + RS F GEP ARPY A ET Sbjct: 248 SLDLGARTDFTILTSYQERNYVRQQGLPLSGSITPNASGPLARSLFIGEPGARPYAANET 307 Query: 306 RLGYSLTHRFDDGWTLNNNLRWQQFAMSGQLVANTAVTGTTLTRTGTDQTFNGETFTMDT 365 R+GYSLTHRFDDGWTLNNNLR+QQF MSGQL++ +TGT+LTR+ DQTF G+TFTMDT Sbjct: 308 RIGYSLTHRFDDGWTLNNNLRYQQFTMSGQLISINNLTGTSLTRSAMDQTFEGQTFTMDT 367 Query: 366 NLQRSFNTAVGKHQVTLGSDYLNTREDVRSFNCTVASL-NVYNPVYGARIACPATPNTNT 424 N+QRSF TA GKH+VTLG+DY+N+RE R+ C+V L N+YNP YGAR+ CP + Sbjct: 368 NVQRSFATAWGKHEVTLGTDYMNSRELERTLTCSVTPLSNIYNPSYGARVVCPTQLTSTN 427 Query: 425 S----TTVRDLGIYLRDQIQFGDRWQLLAGLRRDNTSTYSDNLGTKKHTDNPAGANTGSL 480 + T+VRD G Y RD+I G+RWQLLAG+R+D +TY+ + T H+DN + A T S Sbjct: 428 AKLNDTSVRDTGFYARDKISLGERWQLLAGVRQDRAATYTTSALTGSHSDNASSATTASA 487 Query: 481 ALMVEVLRGVRPYVSYSTSFYPNSGTDVGGNTFKPETGKQLEAGVKVELDQGRTNLNVAV 540 A+MVE+ GVRPY+SY+TSFYPNSGT G+ FKPETGKQ E GVKV+LD+GRT++N A+ Sbjct: 488 AIMVELWHGVRPYLSYATSFYPNSGTAFDGSIFKPETGKQWETGVKVDLDEGRTSINFAL 547 Query: 541 FDLRRRNVLQTDPTNTAFKIAVGEQHSQGGEIGITSDFQNGVSLMAGYSYTSAVISDDGG 600 FDLRRRNVL TDP +T++K+A+G Q SQGGEI +TSD +NG+SL A YSYT+A++ DDGG Sbjct: 548 FDLRRRNVLVTDPDHTSYKMAIGGQRSQGGEISVTSDLRNGLSLNAAYSYTAAIVIDDGG 607 Query: 601 QKVTTVGQWLDNVPRHNFNTSARYRFKGELTGWELNGGVHGQSRQRTNGYSLPGYVLTDV 660 Q+ TTVGQWLDNVPRHNF TSARYRF GEL+GWELNGGV GQS RTNGY+LPGYVL D+ Sbjct: 608 QRSTTVGQWLDNVPRHNFTTSARYRFSGELSGWELNGGVRGQSMMRTNGYTLPGYVLADI 667 Query: 661 GVAYNAARWRTALNVKNIFNTQYYAGGLANAVALGDDRVVMLTLGYRY 708 GVAYNA RWRTALNVKN+FNT+YYAGGL AVALGDDR VMLTLGYRY Sbjct: 668 GVAYNAERWRTALNVKNVFNTEYYAGGLGKAVALGDDRTVMLTLGYRY 715 >D4XEX2.1 D4XEX2_9BURK Putative uncharacterized protein Length = 696 Score = 909 bits (2349), Expect = 0.0, Method: Compositional matrix adjust. Identities = 430/667 (64%), Positives = 527/667 (79%), Gaps = 3/667 (0%) Query: 45 QLPAVTVSADADAETRYNAAKM-QVNKSSVPLSQTPQSISVVPRAVLDSQQAVTLADALK 103 QLP+V V+AD++A+ +N + VNKSSVPLSQTPQSI+VVPRAVLDSQQA +LADAL Sbjct: 30 QLPSVRVTADSEADGNFNPVQPPAVNKSSVPLSQTPQSITVVPRAVLDSQQAQSLADALH 89 Query: 104 NAPGVVSGQYGRRGWDDLIIRGQVASDSLYLDGLRTAASNRVAEQLFGLEQVEVVKGPGS 163 N PGVV+ Q+GRRGWDDLIIRGQVASDSL++DGLRTAASNRVAEQL+GLEQVEV+KGP S Sbjct: 90 NVPGVVANQFGRRGWDDLIIRGQVASDSLFVDGLRTAASNRVAEQLYGLEQVEVLKGPAS 149 Query: 164 LLYGLVLPGGLVNMVSKRPQGYDFANADVTVGSHDFRQATIDLNKSLSENGKQAFRINGL 223 LLYGLVLPGGLVNMVSKRPQ FAN + T+GS+DF Q T+D+ LSENGK AFR+N L Sbjct: 150 LLYGLVLPGGLVNMVSKRPQPEAFANVESTIGSNDFYQGTLDMGTPLSENGKAAFRLNAL 209 Query: 224 ISNSNDATDYVWFKNRYIAPSLSLDLGARTDFTILTSFQERGYIRQQGLPLSGSINRNVN 283 NS+DATDYVWFKNR+IAPSLSLD G RTDFTIL S+QER YIRQQGLP+ GS+ N N Sbjct: 210 AMNSHDATDYVWFKNRWIAPSLSLDFGTRTDFTILASYQERRYIRQQGLPVVGSVLENPN 269 Query: 284 GSIPRSRFTGEPAARPYNATETRLGYSLTHRFDDGWTLNNNLRWQQFAMSGQLVA--NTA 341 GS+PR RF GEP PY ++R+GY+LTHRFD+GWT+N NLRWQQ+ + GQLVA A Sbjct: 270 GSVPRDRFIGEPDQDPYRGFQSRVGYALTHRFDNGWTVNQNLRWQQYTLDGQLVAAGTLA 329 Query: 342 VTGTTLTRTGTDQTFNGETFTMDTNLQRSFNTAVGKHQVTLGSDYLNTREDVRSFNCTVA 401 G +L RT TDQ F+G+TF+MDTN QR F+T GKH++TLG DYL +RE+ +C+V Sbjct: 330 AGGRSLRRTSTDQHFDGDTFSMDTNAQRRFDTGWGKHEITLGVDYLRSRENALQTSCSVG 389 Query: 402 SLNVYNPVYGARIACPATPNTNTSTTVRDLGIYLRDQIQFGDRWQLLAGLRRDNTSTYSD 461 +LN+Y+PVYG+ I CPA P T++++TVR +G+YLRDQIQ G+RW+L+AGLRRD+ ++YS Sbjct: 390 ALNLYDPVYGSPIVCPAQPRTDSASTVRSVGVYLRDQIQIGERWRLIAGLRRDDAASYST 449 Query: 462 NLGTKKHTDNPAGANTGSLALMVEVLRGVRPYVSYSTSFYPNSGTDVGGNTFKPETGKQL 521 + T DNP+ TGS A+M E+ GVRPY+SY+TSFYPN GTD G F PETG+Q Sbjct: 450 DRLTSNRQDNPSQKTTGSGAVMYEIAPGVRPYISYATSFYPNLGTDANGQGFDPETGRQW 509 Query: 522 EAGVKVELDQGRTNLNVAVFDLRRRNVLQTDPTNTAFKIAVGEQHSQGGEIGITSDFQNG 581 EAGVK +LD G T+L VA FDLRRR VLQ+DP N + IAVGEQ ++G E+G SD +G Sbjct: 510 EAGVKFDLDDGNTSLTVAAFDLRRRQVLQSDPVNDGYSIAVGEQRTRGAELGFASDLGDG 569 Query: 582 VSLMAGYSYTSAVISDDGGQKVTTVGQWLDNVPRHNFNTSARYRFKGELTGWELNGGVHG 641 +SLM GY+Y +AV++DDGGQ +TVG WLDNVPRH+FN +ARYR +G+ GWELNGG+ G Sbjct: 570 LSLMGGYAYIAAVVTDDGGQATSTVGSWLDNVPRHSFNVTARYRLRGKALGWELNGGMRG 629 Query: 642 QSRQRTNGYSLPGYVLTDVGVAYNAARWRTALNVKNIFNTQYYAGGLANAVALGDDRVVM 701 +S + GY +PGY + D G+AY A WR AL V+N+F+ Y+AGGL NAVALGD R M Sbjct: 630 ESPRHAYGYVIPGYAVADAGIAYQADHWRAALTVRNLFDKDYFAGGLRNAVALGDGRSTM 689 Query: 702 LTLGYRY 708 LTLGYRY Sbjct: 690 LTLGYRY 696 >D2UGC8.1 D2UGC8_XANAP Putative tonb-dependent outer membrane receptor protein Length = 697 Score = 697 bits (1799), Expect = 0.0, Method: Compositional matrix adjust. Identities = 353/703 (50%), Positives = 467/703 (66%), Gaps = 14/703 (1%) Query: 8 AALLGLATIAPSILLAQTTDSTTSTTPLSSTAAAETNQLPAVTVSADADAETRYNAAKMQ 67 A LLG+A S +T +++A + LP + + AD ++AA +Q Sbjct: 7 ACLLGMAICT----------SAHATDVAAASAVPQATALPTIEIHADTQ-NGFHSAAPVQ 55 Query: 68 VNKSSVPLSQTPQSISVVPRAVLDSQQAVTLADALKNAPGVVSGQYGRRGWDDLIIRGQV 127 +KS PL+QTP SI+VV RA+LDSQQ++TL DAL N GVV+ YGRRGWDDLIIRGQ Sbjct: 56 TDKSDTPLAQTPLSITVVRRALLDSQQSLTLVDALHNVSGVVANTYGRRGWDDLIIRGQT 115 Query: 128 ASDSLYLDGLRTAASNRVAEQLFGLEQVEVVKGPGSLLYGLVLPGGLVNMVSKRPQGYDF 187 ASD+L++DGLRTA SNRVAEQLFG++QVEV+KGP SLLYG VLPGGLVN++SKRP Sbjct: 116 ASDALFVDGLRTAGSNRVAEQLFGMQQVEVLKGPASLLYGQVLPGGLVNLISKRPGTEPM 175 Query: 188 ANADVTVGSHDFRQATIDLNKSLSENGKQAFRINGLISNSNDATDYVWFKNRYIAPSLSL 247 D+ +GS RQ ++DLN+ LS N K A R+ L NS+D T++V+F++R+IAP+L+L Sbjct: 176 RRVDLGLGSDGLRQGSLDLNQPLSANSKAALRLTALAMNSDDPTEHVYFRSRWIAPALAL 235 Query: 248 DLGARTDFTILTSFQERGYIRQQGLPLSGSINRNVNGSIPRSRFTGEPAARPYNATETRL 307 DLG RTDF +LTS+QER YIRQQGLP GS++ N NG I R+ FTGEP PY++ ++RL Sbjct: 236 DLGERTDFVLLTSYQERDYIRQQGLPWEGSVDPNRNGRIDRALFTGEPGQTPYHSHQSRL 295 Query: 308 GYSLTHRFDDGWTLNNNLRWQQFAMSGQLVANTAVTGT--TLTRTGTDQTFNGETFTMDT 365 Y L HRFD+GW+L++ RWQ F + G L+A+ + TL RTG Q F+G T+ DT Sbjct: 296 SYVLDHRFDNGWSLHHAARWQAFGLDGLLIASNGLAPDLRTLRRTGMQQAFDGRTWVQDT 355 Query: 366 NLQRSFNTAVGKHQVTLGSDYLNTREDVRSFNCTVASLNVYNPVYGARIACPATPNTNTS 425 LQ F T +H +T G+D T E C V +LNVY PVYG I CP TP+ +T Sbjct: 356 YLQGDFLTGSWQHTLTAGADAFKTWEWNVQSTCQVGTLNVYAPVYGRPIVCPTTPSRDTL 415 Query: 426 TTVRDLGIYLRDQIQFGDRWQLLAGLRRDNTSTYSDNLGTKKHTDNPAGANTGSLALMVE 485 V G YLRD+IQF WQLL GLR D + S++ G T N A TGS ALM + Sbjct: 416 NVVASGGAYLRDRIQFAPDWQLLLGLRHDLSHNRSEDRGAGAQTRNDTNATTGSAALMFD 475 Query: 486 VLRGVRPYVSYSTSFYPNSGTDVGGNTFKPETGKQLEAGVKVELDQGRTNLNVAVFDLRR 545 GV PY S +TSFYPN GTDV G TF PE G+Q+E G K+E+ T+L+VA++DLRR Sbjct: 476 TGGGVHPYASVATSFYPNVGTDVQGATFGPEHGRQVELGAKMEVG-ASTSLSVALYDLRR 534 Query: 546 RNVLQTDPTNTAFKIAVGEQHSQGGEIGITSDFQNGVSLMAGYSYTSAVISDDGGQKVTT 605 RNVLQ DP + + IAVGEQ S+G E+ +D +G+SL GY+YT AV++DDGGQ++++ Sbjct: 535 RNVLQNDPLHDGYSIAVGEQRSRGVELNAAADLGSGLSLFGGYAYTDAVVTDDGGQRISS 594 Query: 606 VGQWLDNVPRHNFNTSARYRFKGELTGWELNGGVHGQSRQRTNGYSLPGYVLTDVGVAYN 665 VGQ L+NVPRH+ + +Y G GW ++GG + + G+ +PGY++ D G+AY Sbjct: 595 VGQRLNNVPRHSGSLWLQYAAHGAADGWSISGGARAEGEKSAYGHRIPGYMVFDAGLAYR 654 Query: 666 AARWRTALNVKNIFNTQYYAGGLANAVALGDDRVVMLTLGYRY 708 W ALN+KN F+ Y+ GGL AVALGD R ++ ++G Y Sbjct: 655 QRHWHYALNLKNAFDHDYFTGGLQRAVALGDPRTLLFSVGVDY 697 >B3RB14.1 B3RB14_CUPTR TonB-dependent siderophore receptor, HYDROXAMATE-TYPE FERRISIDEROPHORE RECEPTOR Length = 699 Score = 668 bits (1724), Expect = 0.0, Method: Compositional matrix adjust. Identities = 340/716 (47%), Positives = 478/716 (66%), Gaps = 25/716 (3%) Query: 1 MSFKRTRAALLGLATIAPSILLAQTTDSTTSTTPLSSTAAAETNQLPAVTVSADADAETR 60 M F+R L + A S+LL ++S AA + LP+VTVSA D + Sbjct: 1 MLFRR-----LAIPAAASSLLLPA----------VASHAAEDVATLPSVTVSAAGDGQAD 45 Query: 61 YNAAKMQ---VNKSSVPLSQTPQSISVVPRAVLDSQQAVTLADALKNAPGVVSGQYGRRG 117 A + V KS + QSI+V+ R +LDSQQA L+DAL+N+ GVV+ +GRRG Sbjct: 46 IGFATRRAAGVTKSGESAADAAQSITVITRDLLDSQQAQNLSDALQNSAGVVTNTFGRRG 105 Query: 118 WDDLIIRGQVASDSLYLDGLRTAASNRVAEQLFGLEQVEVVKGPGSLLYGLVLPGGLVNM 177 WDD IIRGQ AS+S++ DGL ++NRVA+QLFG+E+VEV+KGP S+L+G V PGGLVNM Sbjct: 106 WDDFIIRGQRASESIFADGLLVDSNNRVAQQLFGVERVEVLKGPASILFGAVQPGGLVNM 165 Query: 178 VSKRPQGYDFANADVTVGSHDFRQATIDLNKSLSENGKQAFRINGLISNSNDATDYVWFK 237 VSKRP+ F +TVG++ FRQ T+D+ L+ + K AFR+NGL+ NS+D TD+VW++ Sbjct: 166 VSKRPRAELFGELGLTVGNYGFRQMTVDVGAPLARDSKAAFRLNGLVMNSDDPTDFVWYR 225 Query: 238 NRYIAPSLSLDLGARTDFTILTSFQERGYIRQQGLPLSGSINRNVNGSIPRSRFTGEPAA 297 NR++APSL+LDLGARTDFTIL S +R Y+RQQGLP++G++ N NG +P +RF GEP A Sbjct: 226 NRWLAPSLTLDLGARTDFTILASHNQRNYVRQQGLPVNGTLVPNRNGVVPANRFIGEPNA 285 Query: 298 RPYNATETRLGYSLTHRFDDGWTLNNNLRWQQFAMSGQLVA--NTAVTGTTLTRTGTDQT 355 Y+ + R+GY+LTHRFD GWTLN NLR+Q +++G LV+ A+ ++ R+GT Q+ Sbjct: 286 PSYDGEQNRIGYALTHRFDSGWTLNQNLRYQTSSLTGTLVSAGTMALNSQSMNRSGTQQS 345 Query: 356 FNGETFTMDTNLQRSFNTAVGKHQVTLGSDYLNTREDVRSFNCTVASLNVYNPVYGARIA 415 F+G++F +DTN+QR+F H VT G DY +T+ED C VA+LNVYNPVYGA I Sbjct: 346 FSGDSFGVDTNVQRTFAFTGHAHSVTFGVDYRHTKEDRLQKTCRVAALNVYNPVYGASIN 405 Query: 416 CPATPNTNTSTTVRDLGIYLRDQIQFGDRWQLLAGLRRDNTSTYSDNLGTKKHTDNPAGA 475 CP+ + + + T+ LG+YLRDQ++ G+RW + G+R ++ T + + TDN + A Sbjct: 406 CPSAYSLDATDTLDALGLYLRDQVRVGERWTVTGGVRYESARTGTTDRLASSRTDNDSNA 465 Query: 476 NTGSLALMVEVLRGVRPYVSYSTSFYPNSGTDVGGNTFKPETGKQLEAGVKVELDQGRTN 535 TGS +M ++ RPY S++TSF PN+GTD G TFKPE G+Q E GVK ++ Sbjct: 466 VTGSAGVMYDLTHWARPYASFATSFLPNAGTDASGATFKPEKGRQYEVGVKFDMPGKTGL 525 Query: 536 LNVAVFDLRRRNVLQTDPTNTAFKIAVGEQHSQGGEIGITSDFQNGVSLMAGYSYTSAVI 595 L +A FDL R NVL +DP NT F +AVGEQ S+G E+ +T D NG+S+ A Y+Y ++ + Sbjct: 526 LTLAAFDLTRANVLSSDPVNTGFSVAVGEQRSRGLELELTQDLGNGLSVSAAYAYIASEV 585 Query: 596 SDDGGQKVTTVGQWLDNVPRHNFNTSARYRFKGELTGWELNGGVHGQSRQR--TNGYSLP 653 ++D VG+ L++VPRH+F+ ++YR +G L GW + GV G+S +R + Y++P Sbjct: 586 TED--TTAANVGKPLNSVPRHSFSVWSQYRLRGALAGWYVGAGVRGESAKRGYSFNYTVP 643 Query: 654 GYVLTDVGVAYNAARWRTALNVKNIFNTQYYAGGLANAV-ALGDDRVVMLTLGYRY 708 GY + D+ V Y A+ WR A NVKN+F+ YYAGGL N V +G+ RV ML + Y Sbjct: 644 GYAVADLAVGYVASHWRAAFNVKNVFDKMYYAGGLNNNVLPVGNPRVAMLNVTMNY 699 >Q0JZR6.1 Q0JZR6_CUPNH Outer membrane receptor, TonB dependent Length = 644 Score = 651 bits (1680), Expect = 0.0, Method: Compositional matrix adjust. Identities = 319/646 (49%), Positives = 447/646 (69%), Gaps = 7/646 (1%) Query: 68 VNKSSVPLSQTPQSISVVPRAVLDSQQAVTLADALKNAPGVVSGQYGRRGWDDLIIRGQV 127 + KS + QSI+V+ R +LDSQQA L+DAL+N+ GVV+ YGRRGWDD IIRGQ Sbjct: 1 MTKSDQSAADAAQSITVITRDLLDSQQAQNLSDALQNSAGVVTNVYGRRGWDDFIIRGQR 60 Query: 128 ASDSLYLDGLRTAASNRVAEQLFGLEQVEVVKGPGSLLYGLVLPGGLVNMVSKRPQGYDF 187 AS+S++ DGL ++NRVA++LFG+E+VEV+KGP S+L+G V PGGLVNMVSKRP+ F Sbjct: 61 ASESIFADGLLVDSNNRVAQELFGVERVEVLKGPASILFGAVQPGGLVNMVSKRPRAELF 120 Query: 188 ANADVTVGSHDFRQATIDLNKSLSENGKQAFRINGLISNSNDATDYVWFKNRYIAPSLSL 247 +TVG++ FRQ T+D+ L+++ K AFR+N L+ NS+D TDYVW++NR+IAPSL+L Sbjct: 121 GELGLTVGNYGFRQTTVDVGTPLAKDSKAAFRLNALMMNSDDPTDYVWYRNRWIAPSLTL 180 Query: 248 DLGARTDFTILTSFQERGYIRQQGLPLSGSINRNVNGSIPRSRFTGEPAARPYNATETRL 307 DLG RTDFTIL S +R Y+RQQGLP++G++ N NG +P +RF GEP A Y+ + R+ Sbjct: 181 DLGTRTDFTILASHSQRNYVRQQGLPVNGTLVPNRNGVVPSNRFIGEPNAPSYDGEQNRI 240 Query: 308 GYSLTHRFDDGWTLNNNLRWQQFAMSGQLVA--NTAVTGTTLTRTGTDQTFNGETFTMDT 365 GY+LTHRFD GWTLN NLR+Q +++G LV+ AV + R+GT Q+F+G++F +DT Sbjct: 241 GYALTHRFDSGWTLNQNLRYQTSSLTGTLVSAGTMAVNSQAMNRSGTQQSFSGDSFGVDT 300 Query: 366 NLQRSFNTAVGKHQVTLGSDYLNTREDVRSFNCTVASLNVYNPVYGARIACPATPNTNTS 425 N+QR+F H VT G DY +T+ED C VA+LNVYNPVYGA I CP+ + + + Sbjct: 301 NVQRTFAFTGHAHSVTFGIDYRHTKEDRLQKTCRVAALNVYNPVYGASINCPSAYSLDAT 360 Query: 426 TTVRDLGIYLRDQIQFGDRWQLLAGLRRDNTSTYSDNLGTKKHTDNPAGANTGSLALMVE 485 T+ +G+YLRDQI+ +RW + G+R ++ T + + + T N A TGS +M + Sbjct: 361 DTLNAVGLYLRDQIRIAERWTVTGGVRYESAQTSTTDRLARSRTGNDDNAVTGSAGVMYD 420 Query: 486 VLRGVRPYVSYSTSFYPNSGTDVGGNTFKPETGKQLEAGVKVELDQGRTNLNVAVFDLRR 545 + RPY+S++TSF PN+GTDV G TFKPE G+Q E G+K ++ L +A FDL R Sbjct: 421 LTHWARPYLSFATSFLPNAGTDVNGATFKPEKGRQYEVGIKFDMPDKTGLLTLAAFDLTR 480 Query: 546 RNVLQTDPTNTAFKIAVGEQHSQGGEIGITSDFQNGVSLMAGYSYTSAVISDDGGQKVTT 605 NVL TDP NT F +AVGEQ S+G E+ +T D NG+S+ Y+Y ++ +++D Sbjct: 481 TNVLSTDPVNTGFSVAVGEQRSRGLEMELTQDLGNGLSVSGAYAYIASEVTED--TTAAN 538 Query: 606 VGQWLDNVPRHNFNTSARYRFKGELTGWELNGGVHGQSRQR--TNGYSLPGYVLTDVGVA 663 VG+ L++VPRH+F+ ++YRF+G L GW + GV G+S +R + Y++PGY + D+ V Sbjct: 539 VGKPLNSVPRHSFSVWSQYRFRGALAGWYVGAGVRGESAKRGYSFNYTVPGYTVADLAVG 598 Query: 664 YNAARWRTALNVKNIFNTQYYAGGLANAV-ALGDDRVVMLTLGYRY 708 Y A+ WR A NVKN+F+ YYAGGL N V +G+ RV ML + Y Sbjct: 599 YVASHWRAAFNVKNVFDKMYYAGGLNNNVLPVGNPRVAMLNVTMNY 644