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= 0007.0020.p (690 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value F1VVE2.1 F1VVE2_9BURK Putative site-specific recombinase 797 0.0 B9Z085.1 B9Z085_9NEIS Putative site-specific recombinase 580 e-163 D9SGM2.1 D9SGM2_GALCS Site-specific recombinase Gcr 556 e-156 Q7NV57.1 Q7NV57_CHRVO Probable site-specific recombinase 545 e-152 Q1H3U1.1 Q1H3U1_METFK Putative site-specific recombinase, propha... 532 e-149 >F1VVE2.1 F1VVE2_9BURK Putative site-specific recombinase Length = 676 Score = 797 bits (2058), Expect = 0.0, Method: Compositional matrix adjust. Identities = 391/675 (57%), Positives = 506/675 (74%), Gaps = 4/675 (0%) Query: 1 MLQLLEKISAALATTSAGSELDHAIALVKVLRPQKREAPELAITNVRTLTHLLQQHPHHA 60 ML LLE+I+A + G + LV ++RP K + E+A +R L L++ +P H Sbjct: 1 MLTLLERITAHPVSDDMGGLAE----LVALIRPPKPDQGEVATARLRMLIQLIKGNPAHG 56 Query: 61 AALRHYLLHLLSVRRQTGLYTDIGILSNDGFFSELHRRLAYRVLPPALDDRYLSDCLEKL 120 AALRHYLLH+LS RR T LYTD GIL +DGFF+EL RRL++RVLPPA+D YLS CL+++ Sbjct: 57 AALRHYLLHVLSQRRHTTLYTDTGILPSDGFFTELFRRLSFRVLPPAIDTLYLSACLDRI 116 Query: 121 FPFNTDYLWMHAVSVDDWVALFEVLQNADDELPSKIDTSDKFDEQKTLTEILLAIQVLSY 180 TDY W+ + DW+ LF+V+ +D SD+ D + E+L AIQ LS+ Sbjct: 117 LCVKTDYQWLRLIDPADWLMLFDVIVASDVASTDTALRSDRIDRRLAHVELLEAIQTLSH 176 Query: 181 RISAIGIEPELIRIYSDVKAFESPFLMQNVELHRYLDGYMHHLNGDPTPLEDASHVLVML 240 RISA+G+EP L+RI+ D++ FESPFL+QN E+H +L M +G P DA H+LVML Sbjct: 177 RISAMGLEPALVRIHPDLEKFESPFLVQNAEVHGFLASAMQQADGAIAPAGDADHLLVML 236 Query: 241 DQCQEVVTRIRKSTLRLGTSIAVTYRLVRLDQHLDRLRKLLSLVDVGKPENAAALATQKR 300 DQC ++ RIRK+ L GTS+A+TY LVRL Q +DRLR+LL LVD+ + + ++R Sbjct: 237 DQCDNIIARIRKNALHRGTSVALTYLLVRLTQSIDRLRRLLMLVDLTPADGERTWSAERR 296 Query: 301 AIGLELGLELIEAHNRKYTVRDLFAANINLLARNITENASRTGEHYIAEDRREYAAMYKS 360 + L+L L++ + HNRKY +R+LF+ANINLLARN+TENAS TGEHYIA+DR Y M++S Sbjct: 297 QLALDLALDMAQGHNRKYAIRELFSANINLLARNVTENASHTGEHYIADDRVAYGTMFRS 356 Query: 361 AAGAGFIIGFMSMIKILFSYLRAAPLVEAFLFSMNYSLGFMLIHVLHFTVATKQPAMTAS 420 +AGAGF+IGFM++IKIL + LR+APLVEAFLFSMNYSLGF+LIH+LHFTVATKQPAMTA+ Sbjct: 357 SAGAGFVIGFMALIKILLATLRSAPLVEAFLFSMNYSLGFILIHLLHFTVATKQPAMTAA 416 Query: 421 RIAAGLHSSDGRNLDLDSLTELIVKVIRTQFVAVLGNLTIAFPAAYLLASGYFLLAGHHF 480 RIAA LH++D R + +DSL +LIVKV+RTQF+AVLGNL FP A +A +F L GH Sbjct: 417 RIAADLHANDNRTIGIDSLADLIVKVLRTQFIAVLGNLMTVFPTALTIAMVWFALNGHQL 476 Query: 481 VAPDKAQHLLHDIDPFSSLALFHAAIAGVCLFLAGLISGYYDNKALYTRMSQRVVRAHWL 540 V+ DKAQHLLHDI+PF+SLALFHAAIAGVCLFLAG+ISGY+DN+A+YTRM+QR+++ Sbjct: 477 VSFDKAQHLLHDINPFASLALFHAAIAGVCLFLAGMISGYFDNRAVYTRMAQRILQLRSW 536 Query: 541 SRLLGKARTARLGDYLEISLGGLMGNFYFGILLGTIGTVGFLLGLPIDIRHITFAATNFA 600 R+ G AR AR+ YLE +LGGLMGN +FG+LLG+IGT G L+GLP+DIRH+TF+A N A Sbjct: 537 RRVFGPARHARVAAYLEKNLGGLMGNLFFGLLLGSIGTFGQLIGLPVDIRHVTFSAGNLA 596 Query: 601 IALVGLDHAVSWGVIALSTFGVLAIGTVNLWVSFSLALFVALRSRQVKFRHGWPLLKSLC 660 IALVGLD VS V+ S FG++ IG NL VSF LALFVALRSRQV+F G L+K+L Sbjct: 597 IALVGLDFQVSLPVLLTSLFGIVCIGITNLLVSFGLALFVALRSRQVRFSRGGALVKALL 656 Query: 661 ARFLRKPADFFIPPR 675 AR +++P DFFIPP+ Sbjct: 657 ARMVQRPLDFFIPPK 671 >B9Z085.1 B9Z085_9NEIS Putative site-specific recombinase Length = 674 Score = 580 bits (1494), Expect = e-163, Method: Compositional matrix adjust. Identities = 325/677 (48%), Positives = 434/677 (64%), Gaps = 23/677 (3%) Query: 11 ALATTSAGSELDHAIALVKVLRPQKREAPELAITNVRTLTHLLQQHPHHAAALRHYLLHL 70 ALA A S L+ ++RP AI NVR L++LL+Q P + A LR LL Sbjct: 7 ALADGQAHSPTSLLAGLIDLVRPAHPSDSAQAIKNVRALSYLLEQRPDYRANLRRCLLQQ 66 Query: 71 LSVRRQTGLYTDIGILSNDGFFSELHRRLAYRVLPPALDDRYLSDCLEKLFPFNTDYLWM 130 LS RQ LYTD+GILSN GFFS + R+ R+LPP + YL D LF DY W+ Sbjct: 67 LSSTRQIQLYTDVGILSNAGFFSSMKTRIGERLLPPPQNPDYLKDVFSSLFRDKRDYQWV 126 Query: 131 HA----VSVDDWVALFEVLQNADDELPSKIDTSDKFDEQKTLTEILLAIQVLSYRISAIG 186 V D W AL + ++E +D T ++L A+QVLS RI AIG Sbjct: 127 QQLPQEVCGDVWRAL-----HWEEE-------TDTEARAHTRWQLLEAVQVLSSRIVAIG 174 Query: 187 IEPELIRIYSDVKAFESPFLMQNVELHRYLDGYMHHLNGDPTPLEDASHVLVMLDQCQEV 246 +EPEL+R++ D++ FESPFL N E+ R+++ H D ED H+LV+L+QC+ + Sbjct: 175 LEPELVRVHPDIERFESPFLHLNAEVFRFVESQQHAATDDSETGEDEKHILVLLEQCEGI 234 Query: 247 VTRIRKSTLRLGTSIAVTYRLVRLDQHLDRLRKLLSLVDVGKPENAAALATQKRAIGLEL 306 V RIRK+ R G S+++TY L RL QH+ RL ++L+L+ G + A T + +G Sbjct: 235 VLRIRKNAARYGISVSLTYHLQRLQQHIHRLHQVLTLLTPGY--DPVADPTLFQFLG--- 289 Query: 307 GLELIEAHNRKYTVRDLFAANINLLARNITENASRTGEHYIAEDRREYAAMYKSAAGAGF 366 EL+ A NR + + DLF +NI LLA +TE+A + GEHYIAE R E+ M K+A GAG Sbjct: 290 --ELVRADNRHHKLSDLFTSNIELLALQVTEHAGQRGEHYIAESRSEWLGMAKAAMGAGL 347 Query: 367 IIGFMSMIKILFSYLRAAPLVEAFLFSMNYSLGFMLIHVLHFTVATKQPAMTASRIAAGL 426 ++GFM++IK+ + L+E F +NY+ GFMLI +LHFTVATKQPAMTA+R+AA + Sbjct: 348 LVGFMALIKLTLAQAHLPLLLEGMAFGLNYAFGFMLIQLLHFTVATKQPAMTAARLAAAI 407 Query: 427 HSSDGRNLDLDSLTELIVKVIRTQFVAVLGNLTIAFPAAYLLASGYFLLAGHHFVAPDKA 486 H+ +G L LTEL+V V+RTQF+A+ GN+ +A P A+ +A G+ L G V+ KA Sbjct: 408 HTPNGGRAQLSELTELVVSVLRTQFIAIAGNVVMALPVAWAIAEGWKHLFGSQAVSVAKA 467 Query: 487 QHLLHDIDPFSSLALFHAAIAGVCLFLAGLISGYYDNKALYTRMSQRVVRAHWLSRLLGK 546 QHLLH+IDP +SL+LFHAAIAGV LFLAGLI+GYYDN A+Y R+ +R+ WL+RL+G+ Sbjct: 468 QHLLHEIDPLASLSLFHAAIAGVYLFLAGLIAGYYDNLAIYQRIPERLAALPWLNRLIGE 527 Query: 547 ARTARLGDYLEISLGGLMGNFYFGILLGTIGTVGFLLGLPIDIRHITFAATNFAIALVGL 606 RT RL Y+E +LG L GNFYFG+ LG GT+G LLGLPIDIRHITFA+ N A A VGL Sbjct: 528 HRTRRLAQYVEHNLGALAGNFYFGLFLGLTGTIGLLLGLPIDIRHITFASANLAFAAVGL 587 Query: 607 DHAVSWGVIALSTFGVLAIGTVNLWVSFSLALFVALRSRQVKFRHGWPLLKSLCARFLRK 666 D+ +SW + S G+ IG +NL VSF+LAL+VALRSR++ R PLL ++ FL + Sbjct: 588 DYTISWQTLTWSVLGIGLIGLLNLLVSFNLALWVALRSRKLTLRDALPLLPAVARHFLHR 647 Query: 667 PADFFIPPRATAATAAA 683 P DFF PPR A A Sbjct: 648 PLDFFWPPRRPATEDEA 664 >D9SGM2.1 D9SGM2_GALCS Site-specific recombinase Gcr Length = 692 Score = 556 bits (1434), Expect = e-156, Method: Compositional matrix adjust. Identities = 305/668 (45%), Positives = 424/668 (63%), Gaps = 30/668 (4%) Query: 18 GSELDHAIALVKVLRPQKREAPELAITNVRTLTHLLQQHPHHAAALRHYLLHLLSVRRQT 77 G E+ LV +RP K + A + L H+L + P AALR LL LL + Sbjct: 37 GDEITLIAELVAKIRPPKSSQADHAEHMIGALCHILGRRPDLRAALRAALLKLLGTHKPV 96 Query: 78 GLYTDIGILSNDGFFSELHRRLAYRVLPPALDDRYLSDCLEKLFPFNTDYLWMHAVSVDD 137 LY + GIL + GFF+EL+RR+++++LP A+D +YL D +F + +W++AV Sbjct: 97 SLYVESGILPSTGFFTELYRRVSHKILPEAIDPQYLKDIFALVFTRHDGEVWVNAVPEAR 156 Query: 138 WVALFEVLQNADDELPSKIDTSDKFDEQKTLT-------EILLAIQVLSYRISAIGIEPE 190 W+ L T +FDEQ T I+ A++VLSYRIS+IG+EPE Sbjct: 157 WLELL---------------TELRFDEQAAETVLPLPVRGIMDAVRVLSYRISSIGLEPE 201 Query: 191 LIRIYSDVKAFESPFLMQNVELHRYLDGYMHHLNGDPTPLEDASHVLVMLDQCQEVVTRI 250 LIR ++ F SPFL QN E+ +YL+ + G +D H+ V+LDQC +++ RI Sbjct: 202 LIRNEPSLEEFASPFLTQNDEVGKYLEQFALAWEGSTLAFQDEKHIRVLLDQCAQIIQRI 261 Query: 251 RKSTLRLGTSIAVTYRLVRLDQHLDRLRKLLSLVDVGKPENAAALATQKRAIGLELGL-- 308 R++ R GTSI++T+ L RL Q L+R+ LL+++ E T +RA L +GL Sbjct: 262 RRTASRSGTSISLTFLLQRLTQQLERMEYLLAILAALHEEK-----TGERARPLYVGLFK 316 Query: 309 ELIEAHNRKYTVRDLFAANINLLARNITENASRTGEHYIAEDRREYAAMYKSAAGAGFII 368 L+ K VR + ++ LLA +TENASRTGEHYI R EY A+ KSA GAG II Sbjct: 317 TLVSGECHKNDVRQHWRDSMELLALRVTENASRTGEHYITSTRSEYFALLKSAMGAGLII 376 Query: 369 GFMSMIKILFSYLRAAPLVEAFLFSMNYSLGFMLIHVLHFTVATKQPAMTASRIAAGLHS 428 FM+MIK+ + PL EA LFS+NY LGF+LIH+LHFT+ATKQPAMTAS IAA + S Sbjct: 377 AFMAMIKLFIAAQHLPPLTEALLFSLNYGLGFILIHILHFTIATKQPAMTASAIAASI-S 435 Query: 429 SDGRNLDLDSLTELIVKVIRTQFVAVLGNLTIAFPAAYLLASGYFLLAGHHFVAPDKAQH 488 G + D+++LT +I + +R+Q A+LGN+ + P A L+A G G HFVAP+KAQH Sbjct: 436 EHGNSHDMENLTSIIAQTMRSQLAAILGNVLVVIPLAMLIAWGIMAATGAHFVAPEKAQH 495 Query: 489 LLHDIDPFSSLALFHAAIAGVCLFLAGLISGYYDNKALYTRMSQRVVRAHWLSRLLGKAR 548 L+ DIDPF SL++F+AAIAGVCLFL+GLI+G++DN A+Y R+ QR+ + WL RLLG AR Sbjct: 496 LMADIDPFHSLSVFYAAIAGVCLFLSGLIAGHHDNLAVYNRIPQRLKQLRWLKRLLGAAR 555 Query: 549 TARLGDYLEISLGGLMGNFYFGILLGTIGTVGFLLGLPIDIRHITFAATNFAIALVGLDH 608 AR+ DY+E +LG L GNFYFG +LG + +G + GLP+DIRHITF++ +LVGLD Sbjct: 556 LARVADYVENNLGALAGNFYFGCMLGGVAAIGVVFGLPVDIRHITFSSAFLGFSLVGLDF 615 Query: 609 AVSWGVIALSTFGVLAIGTVNLWVSFSLALFVALRSRQVKFRHGWPLLKSLCARFLRKPA 668 AV + ++ G+ IG NL VSF+LAL VA+++R+V F H LL+S+ RF RKP Sbjct: 616 AVEPQQLLVAALGIALIGLANLMVSFTLALSVAMKARKVTFAHWSTLLRSVGRRFGRKPR 675 Query: 669 DFFIPPRA 676 +F +PP++ Sbjct: 676 EFLLPPKS 683 >Q7NV57.1 Q7NV57_CHRVO Probable site-specific recombinase Length = 664 Score = 545 bits (1403), Expect = e-152, Method: Compositional matrix adjust. Identities = 306/635 (48%), Positives = 411/635 (64%), Gaps = 15/635 (2%) Query: 32 RPQKREAPELAITNVRTLTHLLQQHPHHAAALRHYLLHLLSVRRQTGLYTDIGILSNDGF 91 RP R+ + A N++ L+ LL+ HP ALR L LL+ RQ LYTD GIL+NDGF Sbjct: 19 RPGDRQPHQQATVNLQALSFLLEHHPEFREALRQALCTLLAESRQIPLYTDAGILANDGF 78 Query: 92 FSELHRRLAYRVLPPALDDRYLSDCLEKLFPFNTDYLWMHAVSVDDWVALFEVLQNADDE 151 + L RL R LP + L D LF DYLW+ AV W AL+ + A E Sbjct: 79 GTTLLHRLGERALPMPYNPDSLRDRFGLLFSDKQDYLWLEAVPDATWHALWRAM--AWQE 136 Query: 152 LPSKIDTSDKFDEQKTLTEILLAIQVLSYRISAIGIEPELIRIYSDVKAFESPFLMQNVE 211 P + D++ ++T ++L ++QVLS RI+AIG+EPEL+R+ +V+ F SPF+ + E Sbjct: 137 APRQ-DSA-----RQTRLQLLESVQVLSARITAIGLEPELVRVCPEVERFASPFMHLSAE 190 Query: 212 LHRYLDGYMHHLNGDPTPLEDASHVLVMLDQCQEVVTRIRKSTLRLGTSIAVTYRLVRLD 271 + RY DGY L P ED VLV+++QC+ ++ ++RK+ R G S+ +TY +RL Sbjct: 191 VQRYADGYRQALIDGVEPPEDEKQVLVLVEQCEAILGKVRKNAARYGISVNLTYHGLRLA 250 Query: 272 QHLDRLRKLLSLVDVGKPENAAALATQKRAIGLELGLELIEAHNRKYTVRDLFAANINLL 331 Q + RLR LL L+ PE+ A KR L ++ A NRKY++RDLF +N LL Sbjct: 251 QSIARLRALLELLS---PEHDPA----KRPQLFRLLVDFARAENRKYSLRDLFKSNTELL 303 Query: 332 ARNITENASRTGEHYIAEDRREYAAMYKSAAGAGFIIGFMSMIKILFSYLRAAPLVEAFL 391 A +TE+A R GEHYIAEDRRE++ M K+A GAGFI+GFM++IK++ + L E Sbjct: 304 ALQVTEHAGRHGEHYIAEDRREWSKMGKAAMGAGFIVGFMALIKLMLARGHLPLLWEGIA 363 Query: 392 FSMNYSLGFMLIHVLHFTVATKQPAMTASRIAAGLHSSDGRNLDLDSLTELIVKVIRTQF 451 F +NY++GF+++ +LH+T+ATKQPAMTA+R+AA L + GR L+ L ELIVKV+RTQF Sbjct: 364 FGLNYAIGFIIVQILHYTIATKQPAMTAARLAAVLQAQYGRKQQLEELAELIVKVVRTQF 423 Query: 452 VAVLGNLTIAFPAAYLLASGYFLLAGHHFVAPDKAQHLLHDIDPFSSLALFHAAIAGVCL 511 VA++GN+ +A P A L+A + L G V KA LLH+IDP SLAL HAAIAGV L Sbjct: 424 VAIMGNVLLAIPTAALIALAWGALFGAPVVDAAKAHKLLHEIDPIHSLALPHAAIAGVFL 483 Query: 512 FLAGLISGYYDNKALYTRMSQRVVRAHWLSRLLGKARTARLGDYLEISLGGLMGNFYFGI 571 FL+GLI+GYYDNKA+Y R+ +R+ L R+LG+ R RLG+Y+E +LG L GNFYFG+ Sbjct: 484 FLSGLIAGYYDNKAIYRRIPERISGHRLLKRVLGENRAWRLGNYIEHNLGALAGNFYFGM 543 Query: 572 LLGTIGTVGFLLGLPIDIRHITFAATNFAIALVGLDHAVSWGVIALSTFGVLAIGTVNLW 631 LG GTVG +LGLP+DIRHITF++ N A A V LD V V+ L GV IG VNL Sbjct: 544 FLGLTGTVGTILGLPLDIRHITFSSANLAFASVALDFQVPLSVVLLGCAGVALIGVVNLG 603 Query: 632 VSFSLALFVALRSRQVKFRHGWPLLKSLCARFLRK 666 VSF LAL+VALRSR++ PL+ L RFLR+ Sbjct: 604 VSFFLALWVALRSRKLSGSLLLPLIPMLAKRFLRR 638 >Q1H3U1.1 Q1H3U1_METFK Putative site-specific recombinase, prophage insertion Length = 682 Score = 532 bits (1371), Expect = e-149, Method: Compositional matrix adjust. Identities = 302/663 (45%), Positives = 416/663 (62%), Gaps = 31/663 (4%) Query: 27 LVKVLRPQKREAPELAITNVRTLTHLLQQHPHHAAALRHYLLHLLSVRRQTGLYTDIGIL 86 LV +RP+ + A V+ L H+L P AA LR ++ LL R+ LY D GI Sbjct: 29 LVAEIRPRHQSDAGHAAHAVQALCHVLNSDPGKAALLRDAIVSLLVGRKPISLYVDSGIQ 88 Query: 87 SNDGFFSELHRRLAYRVLPPALDDRYLSDCLEKLFPFNTDYLWMHAVSVDDWVALFEVLQ 146 N GFF+EL RR+ +++LP A++ YL D ++FP D +W+ AV + WV L L+ Sbjct: 89 PNSGFFTELSRRIGHKMLPDAINPAYLKDLFGQIFPKKGDEIWVAAVPDEVWVQLVHALR 148 Query: 147 NADDELPSKIDTSDKFDE-QKTLTEILLAIQVLSYRISAIGIEPELIRIYSDVKAFESPF 205 EL + DK E QK+L + A QVLSYR++A G+EPELIR + +++ +SPF Sbjct: 149 F--HEL-----SDDKVAECQKSLLD---AAQVLSYRLAASGLEPELIRNHPEIEYHDSPF 198 Query: 206 LMQNVELHRYLDGYMHHLNGDPTPLE---DASHVLVMLDQCQEVVTRIRKSTLRLGTSIA 262 + Q+VEL L PLE D H+LVMLDQC+EV+ +IR+++ + GTS+ Sbjct: 199 ITQSVELQALL----------AMPLEQQHDVGHILVMLDQCREVIAKIRRNSSQTGTSVH 248 Query: 263 VTYRLVRLDQHLDRLRKLLSLVDVGKPENAAALATQKRAIGLELGLELIEAHNRKYTVRD 322 +T+ L R+ Q + RL LL ++ + + + A +A ++L L+ A K VR Sbjct: 249 LTFLLQRMSQQVRRLESLLVILKLVRSDADAGVAI------VQLFKTLVSAERHKNDVRQ 302 Query: 323 LFAANINLLARNITENASRTGEHYIAEDRREYAAMYKSAAGAGFIIGFMSMIKILFSYLR 382 F N+ L+A +TENASRTGEHYI E R EY + +SA GAG II M+M+KI+ + Sbjct: 303 HFRENVELMALRVTENASRTGEHYITETRSEYFGLMRSAMGAGVIIALMTMLKIIAAKHH 362 Query: 383 AAPLVEAFLFSMNYSLGFMLIHVLHFTVATKQPAMTASRIAAGLHSSDGRNLDLDSLTEL 442 APL EA LFS+NY LGF LIH+LHFTVATKQPAMTA+ IAA + +SD +N +LD L + Sbjct: 363 YAPLTEAILFSLNYGLGFALIHILHFTVATKQPAMTAAAIAASIDASDRKNKNLDKLVTI 422 Query: 443 IVKVIRTQFVAVLGNLTIAFPAAYLLASGYFLLAGHHFVAPDKAQHLLHDIDPFSSLALF 502 I + R+Q +A+LGN+ +A P A L+ L+ G HF+ P+KA LL DPF S A+F Sbjct: 423 IAQTFRSQTIAILGNVMMAVPVAMLVGCLILLVTGQHFITPEKAHDLLDANDPFHSGAVF 482 Query: 503 HAAIAGVCLFLAGLISGYYDNKALYTRMSQRVVRAHWLSRLLGKARTARLGDYLEISLGG 562 +AA+AGVCLFL+GLI+GY+DN A+Y ++ QR+ WL RLLG +R R+ Y+E +LG Sbjct: 483 YAAVAGVCLFLSGLIAGYHDNLAVYNKIPQRLRALGWLERLLGPSRLDRVARYVENNLGA 542 Query: 563 LMGNFYFGILLGTIGTVGFLLGLPIDIRHITFAATNFAIALVGLDHAVSWGVIALSTFGV 622 L GNFYFG LLG + +G LLGLPIDIRHI FA+ + V LD SW V+ + G+ Sbjct: 543 LAGNFYFGCLLGGMSGLGVLLGLPIDIRHIAFASAFTGYSFVALDFLFSWQVLVTAILGI 602 Query: 623 LAIGTVNLWVSFSLALFVALRSRQVKFRHGWPLLKSLCARFLRKPADFFIPPRATAATAA 682 IGT NL VSFSLAL+VA++SR+V F LLK+L RF + P F +PP+ +T Sbjct: 603 WLIGTTNLVVSFSLALYVAMKSRKVTFAQWRLLLKTLVKRFFQNPGLFLLPPKRD-STLE 661 Query: 683 AQD 685 A+D Sbjct: 662 AED 664