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= 0005.0211.p (742 letters) Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,459,386 sequences; 5,307,515,862 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value ref|YP_003775521.1| transmembrane protein [Herbaspirillum serope... 1136 0.0 ref|YP_004751969.1| hypothetical protein CFU_1314 [Collimonas fu... 936 0.0 ref|YP_585328.1| hypothetical protein Rmet_3187 [Cupriavidus met... 739 0.0 ref|YP_004687051.1| hypothetical protein CNE_1c32650 [Cupriavidu... 733 0.0 ref|YP_002006770.1| hypothetical protein RALTA_A2781 [Cupriavidu... 730 0.0 >ref|YP_003775521.1| transmembrane protein [Herbaspirillum seropedicae SmR1] gb|ADJ63613.1| transmembrane protein [Herbaspirillum seropedicae SmR1] Length = 743 Score = 1136 bits (2939), Expect = 0.0, Method: Compositional matrix adjust. Identities = 567/741 (76%), Positives = 635/741 (85%), Gaps = 6/741 (0%) Query: 1 MHYALDIRTFLFSHYFYTGLRIATGVVGLTMLVFNMADMQTTMTVFLGALCTSLMDLPSP 60 MHYALDIRTFLFSHYFYTG+RIA GVVGLT+LVFN+ADM TTMTVFLGALCTSLMDLPSP Sbjct: 1 MHYALDIRTFLFSHYFYTGVRIAIGVVGLTLLVFNVADMPTTMTVFLGALCTSLMDLPSP 60 Query: 61 LRHKFNEMLAGVLLCTLVMLVISLCAPIHWLVSVAMVLVSFLASMMVVYGKKTLPLQFAA 120 LRHKFNEMLAGVLLCT+VML+ISLCAPI WLVS MV+VSF ASMMVVYGKKT+PLQFAA Sbjct: 61 LRHKFNEMLAGVLLCTVVMLLISLCAPIPWLVSAMMVVVSFFASMMVVYGKKTMPLQFAA 120 Query: 121 LMVMTLSMENSVPFDEAFLHAGFFLAGGLGYLTYSMIVSYFLRRRVKQQVLAEALFELAR 180 LMVMTLSMEN VP +AFLHA FL GGLGYL YSM VS+FLRRR+KQQVLAEALFELAR Sbjct: 121 LMVMTLSMENQVPIADAFLHAALFLGGGLGYLAYSMAVSWFLRRRIKQQVLAEALFELAR 180 Query: 181 YLRIKADFYDVRSDLQTQFTTLVRQQIVLADKLQASRDLVLRDMHTKQDGLLVHVHLSML 240 YLRIKA+FYDVR DL QF LVRQQIV+ADK QASRDL+LRD++TKQDGLLV VHLSML Sbjct: 181 YLRIKAEFYDVRHDLAGQFNQLVRQQIVVADKQQASRDLILRDLYTKQDGLLVQVHLSML 240 Query: 241 ELYEQVLSTHADYALLRSHFGDTDVIIFLRDLANKTAEDIESIAYAVTRKRVSTPTVNYK 300 ELYEQVLSTHADYA LR HFGD DV++FLRDLANK A+DIESIAYA+TR + S PTVNYK Sbjct: 241 ELYEQVLSTHADYAFLRQHFGDADVMVFLRDLANKAAQDIESIAYAITRNKASEPTVNYK 300 Query: 301 AELRAVQYEMQQLQQDNLAGQIPDEAITVLRVTYNKILDIIELISQLHLATQTPIDAIPI 360 AELRAVQ+EM +L Q Q +EA+T+LRVTYNKI DIIELISQ+H ATQ P+D IPI Sbjct: 301 AELRAVQFEMHELAQPG-PRQASEEALTILRVTYNKIRDIIELISQVHQATQNPVDPIPI 359 Query: 361 LPGSDMTPFLTQQKYKAGLLIANLRWQSPIFRFAIRVALAVSTGLWIAAHLPYMSHGYWI 420 LPGSDMTPFLTQQK+K +L+ NLRWQSPIFRFAIRVALAV+TGLWIA LPYMSHGYWI Sbjct: 360 LPGSDMTPFLTQQKFKFNMLLVNLRWQSPIFRFAIRVALAVTTGLWIANQLPYMSHGYWI 419 Query: 421 VLTIVIILKPNFSSTKQRMSDRLIGTIIGCLLTALILRFVHDPMGLLAVLFIASVAAPAF 480 VLTIVIILKPNFS+TKQRM+DRLIGT+IGCL+T LILRFVH+P+G LAVLF ASVAAPAF Sbjct: 420 VLTIVIILKPNFSATKQRMADRLIGTVIGCLITMLILRFVHNPLGQLAVLFAASVAAPAF 479 Query: 481 TYVKYRYTAIAASVQILMLLNLLLPAGHHGAVGERLVDTIIGVAIATIFSYVLPSWEYRD 540 TY+KYRYTAIAASVQILMLLNLL+PAGH G +GERL+DTIIGV IAT+FSYVLP+WEYRD Sbjct: 480 TYIKYRYTAIAASVQILMLLNLLVPAGHQGVIGERLIDTIIGVVIATVFSYVLPAWEYRD 539 Query: 541 LPRLLKNVLHASHRYIKASRDMLEGKVNDDFFYRVCRKGFMDSLSALISAQVRMMDEPIS 600 LP+LL+NVL +S RY+ ASRDMLEGKV DDFFYRVCRKGFMDSL+ALISA VRMMDEP + Sbjct: 540 LPKLLRNVLKSSQRYLTASRDMLEGKVQDDFFYRVCRKGFMDSLAALISALVRMMDEPAT 599 Query: 601 KQRAVREINRFVVQNYLVAAHIAALRILLRRHAEGLPRDPVNKLIEQTYQSATAHLLHAQ 660 KQRAVRE+NRF+VQNYLVAAHIAALR++LRRH E LP+ V++LIE+TY A+ HL AQ Sbjct: 600 KQRAVRELNRFIVQNYLVAAHIAALRLMLRRHQENLPQAQVSRLIEETYLEASQHLAEAQ 659 Query: 661 TILAGPDGTTAATVPVEEVVPVNPLAETVAAEDIA-LATQP---DAAEWSGWHTFRRRAA 716 +LA V V P + A + E I L +P +A+ WSGW RRR + Sbjct: 660 RLLAPQPRKRGGAVTVSPQAPQDK-ALSGKIELIGPLPPEPVPAEASAWSGWDNLRRRTS 718 Query: 717 LLDNDLQEIVAQTGAIESILR 737 LL+ DL+EIV QT AI+ ILR Sbjct: 719 LLNQDLKEIVVQTAAIDQILR 739 >ref|YP_004751969.1| hypothetical protein CFU_1314 [Collimonas fungivorans Ter331] gb|AEK61146.1| protein of unknown function DUF893, YccS/YhfK [Collimonas fungivorans Ter331] Length = 732 Score = 936 bits (2419), Expect = 0.0, Method: Compositional matrix adjust. Identities = 449/736 (61%), Positives = 566/736 (76%), Gaps = 15/736 (2%) Query: 1 MHYALDIRTFLFSHYFYTGLRIATGVVGLTMLVFNMADMQTTMTVFLGALCTSLMDLPSP 60 MHYALD+RTF+FSHYFYTGLRIATGVVGLT+LV +D+ T MTV +GAL TSLMDLPS Sbjct: 10 MHYALDLRTFIFSHYFYTGLRIATGVVGLTLLVLQFSDLPTAMTVCIGALSTSLMDLPST 69 Query: 61 LRHKFNEMLAGVLLCTLVMLVISLCAPIHWLVSVAMVLVSFLASMMVVYGKKTLPLQFAA 120 LRHKFNEML+ VLLCT+V LVISLCAP HWL+S+ +V+V+FLASMMVVYGKK +PLQF+A Sbjct: 70 LRHKFNEMLSSVLLCTVVTLVISLCAPFHWLLSIMLVVVTFLASMMVVYGKKAMPLQFSA 129 Query: 121 LMVMTLSMENSVPFDEAFLHAGFFLAGGLGYLTYSMIVSYFLRRRVKQQVLAEALFELAR 180 L VMTLSMEN++ ++A H G FL GGL YL YSM+VS+FLR R+KQQVLAEALFELAR Sbjct: 130 LFVMTLSMENAMNVEQALFHTGLFLGGGLAYLAYSMMVSWFLRSRIKQQVLAEALFELAR 189 Query: 181 YLRIKADFYDVRSDLQTQFTTLVRQQIVLADKLQASRDLVLRDMHTKQDGLLVHVHLSML 240 Y+ IKADFYD+ DL +QF TLVRQQIVLA+K QASRDL+LRD ++D +LV VH M Sbjct: 190 YINIKADFYDMHVDLNSQFNTLVRQQIVLAEKQQASRDLILRDSKNQEDAILVQVHFGMF 249 Query: 241 ELYEQVLSTHADYALLRSHFGDTDVIIFLRDLANKTAEDIESIAYAVTRKRVSTPTVNYK 300 +LYE +LSTH DYA+LR H D +V+ +LRDL +K A+DIE+IAYA+TRKR S +++YK Sbjct: 250 DLYEHILSTHTDYAILRRHLADAEVLTYLRDLVSKAAKDIETIAYAITRKRASFASISYK 309 Query: 301 AELRAVQYEMQQLQQDNLAGQIPDEAITVLRVTYNKILDIIELISQLHLATQTPIDAIPI 360 AE+R+++ E+QQLQQD+LAG++ +EA+ +LR TY KI D I++I QLH ATQ+ +P+ Sbjct: 310 AEMRSIESELQQLQQDSLAGKVSEEALDILRTTYTKICDAIDMIGQLHHATQSVQGPLPV 369 Query: 361 LPGSDMTPFLTQQKYKAGLLIANLRWQSPIFRFAIRVALAVSTGLWIAAHLPYMSHGYWI 420 L G DMTPFLTQQKY+ G+L++NLRWQSP FRFA+R ALA+S GL A LPY HGYWI Sbjct: 370 LMGKDMTPFLTQQKYQLGVLVSNLRWQSPTFRFAVRAALAISCGLLAADALPYAGHGYWI 429 Query: 421 VLTIVIILKPNFSSTKQRMSDRLIGTIIGCLLTALILRFVHDPMGLLAVLFIASVAAPAF 480 VLTI IILKP+FS TKQR SDRL+GT+IGC+ TALILRFVH+P+ LL LF+A+VAAPAF Sbjct: 430 VLTIAIILKPSFSQTKQRRSDRLVGTLIGCVATALILRFVHEPVALLGFLFMATVAAPAF 489 Query: 481 TYVKYRYTAIAASVQILMLLNLLLPAGHHGAVGERLVDTIIGVAIATIFSYVLPSWEYRD 540 YVKYRYTAIAAS+QIL+ +NL++P+ H +GERL+DT+IG AIAT FS+VLPSWEYR Sbjct: 490 IYVKYRYTAIAASMQILLQINLVIPSSGH-VIGERLIDTLIGAAIATAFSFVLPSWEYRT 548 Query: 541 LPRLLKNVLHASHRYIKASRDMLEGKVNDDFFYRVCRKGFMDSLSALISAQVRMMDEPIS 600 LP+L++NVL ++ R+++A ++L+GKV DDF YRVCRK F+DS+S L+S VRM+DEP S Sbjct: 549 LPQLVRNVLKSNQRFLEAGNNLLQGKVLDDFIYRVCRKRFLDSISELVSTLVRMLDEPAS 608 Query: 601 KQRAVREINRFVVQNYLVAAHIAALRILLRRHAEGLPRDPVNKLIEQTYQSATAHLLHAQ 660 K RAV +N+F+VQNYLV AH+AALR+LLRR+AEGLP+D VN ++ + L A+ Sbjct: 609 KHRAVENLNQFIVQNYLVIAHVAALRMLLRRNAEGLPQDAVNGELDAATARVSKTLGLAE 668 Query: 661 TILAGPDGTTAATVPVEEVVPVNPLAETVAAEDIALATQPDAAEWSGWHTFRRRAALLDN 720 +L P+ + A A A W WH ++R LL Sbjct: 669 QVL-DPNAPLPPSD-------------AAPAAAETTAGGGQAESWPAWHPLQQRVELLYQ 714 Query: 721 DLQEIVAQTGAIESIL 736 D ++I + AI IL Sbjct: 715 DSEKIAVNSAAIGRIL 730 >ref|YP_585328.1| hypothetical protein Rmet_3187 [Cupriavidus metallidurans CH34] gb|ABF10059.1| conserved hypothetical protein; putative membrane protein [Cupriavidus metallidurans CH34] Length = 790 Score = 739 bits (1908), Expect = 0.0, Method: Compositional matrix adjust. Identities = 383/725 (52%), Positives = 498/725 (68%), Gaps = 18/725 (2%) Query: 1 MHYALDIRTFLFSHYFYTGLRIATGVVGLTMLVFNMADMQTTMTVFLGALCTSLMDLPSP 60 M YA D RTFL+SHY Y GLR ATGV+G+T+L D+ + M V +GALCTSLMDLPSP Sbjct: 1 MEYAHDPRTFLYSHYIYRGLRSATGVIGMTLLAMQFMDLPSAMVVSMGALCTSLMDLPSP 60 Query: 61 LRHKFNEMLAGVLLCTLVMLVISLCAPIHWLVSVAMVLVSFLASMMVVYGKKTLPLQFAA 120 L HKFNEMLA VLLCT V +V++L P ++ +VLV+FLA MM VYG KT+PLQF+ Sbjct: 61 LNHKFNEMLASVLLCTAVTVVVALATPFPRVMPFVLVLVTFLAGMMTVYGNKTMPLQFSM 120 Query: 121 LMVMTLSMENSVPFDEAFLHAGFFLAGGLGYLTYSMIVSYFLRRRVKQQVLAEALFELAR 180 L VMTL++ A HAG F G LGYL Y++ V++F+ RR +QQ+LAE+L+E+A Sbjct: 121 LFVMTLTINEEFVVRTALSHAGLFGVGALGYLLYAISVAWFMERRTRQQILAESLYEMAA 180 Query: 181 YLRIKADFYDVRSDLQTQFTTLVRQQIVLADKLQASRDLVLRDMHTKQDGLLVHVHLSML 240 YL IKA FYD +D F LVRQQIV+A++ QA+RD+VLR T DGLLV VHL ML Sbjct: 181 YLDIKAGFYDAGTDYDELFNRLVRQQIVVAERQQAARDMVLRGNKTPFDGLLVRVHLRML 240 Query: 241 ELYEQVLSTHADYALLRSHFGDTDVIIFLRDLANKTAEDIESIAYAVTRKRVSTPTVNYK 300 ELYE +LST+ DY LLR FG T V+ LR L +D+E IAY +TR R S +Y Sbjct: 241 ELYEYLLSTNTDYPLLRQTFGGTPVLDALRRLVRGLCKDLEEIAYDITRGRPSYSAHDYA 300 Query: 301 AELRAVQYEMQQLQQDNLAGQIPDEAITVLRVTYNKILDIIELISQLHLATQTPIDAIPI 360 A+LRAV+ E+ QL+ N++ A+T L T++ I + L+ QLH A++TP++ + Sbjct: 301 ADLRAVESEIAQLRHLNVSAT----AMTALVDTFDMIRGAVTLMGQLHEASRTPVEPAQV 356 Query: 361 LPGSDMTPFLTQQKYKAGLLIANLRWQSPIFRFAIRVALAVSTGLWIAAHLPYMSHGYWI 420 LPGSDMTPFLT+QKY+ G+++ +L W+SP FRFA+R+ LAV TGL++ HLPY SH YWI Sbjct: 357 LPGSDMTPFLTRQKYELGVVLDSLNWRSPAFRFAVRITLAVGTGLFLGEHLPYASHSYWI 416 Query: 421 VLTIVIILKPNFSSTKQRMSDRLIGTIIGCLLTALILRFVHDPMGLLAVLFIASVAAPAF 480 +LTIV+ILKPNFS TKQR +DRLIGT+IGC+++ IL ++H P+ LL VL++A VA+ AF Sbjct: 417 LLTIVVILKPNFSMTKQRYNDRLIGTLIGCIISVGILHWIHAPLVLLGVLYLALVASAAF 476 Query: 481 TYVKYRYTAIAASVQILMLLNLLLPAGHHGAVGERLVDTIIGVAIATIFSYVLPSWEYRD 540 + +KYRYTAIAA VQ+L+ +NLL+P G VGERLVDT+IG IA++FS+VLPSWEYR Sbjct: 477 STIKYRYTAIAACVQVLIQINLLIP-GSQTVVGERLVDTVIGGIIASVFSFVLPSWEYRA 535 Query: 541 LPRLLKNVLHASHRYIKASRDMLEGKVNDDFFYRVCRKGFMDSLSALISAQVRMMDEPIS 600 +P+L++NVL A+ RYI A+RD+L K DDF YRV RK FMD+LSALIS+ RM+DEP S Sbjct: 536 IPKLVENVLQANRRYIAATRDLLLRKAQDDFAYRVQRKQFMDALSALISSFQRMLDEPRS 595 Query: 601 KQRAVREINRFVVQNYLVAAHIAALRILLRRHAEGLPRDPVNKLIEQTYQSATAHLLHAQ 660 +QRAV ++RF+VQNYLVAAH+AA RI +R+H L IEQ ++A L A Sbjct: 596 RQRAVDNLSRFIVQNYLVAAHVAAARIQVRQHYGELDVPAAEASIEQATEAAVRSLTLAS 655 Query: 661 TILAGPD-----GTTAATVPVEEVVPVNPLAETVAAEDIALATQPDAAEWSGWHTFRRRA 715 LAG + G P E V + A T DA+E RRA Sbjct: 656 ERLAGEERHGARGAGFIRTPTEAAVAGVGMVHQSAPSSATDTTDDDASE--------RRA 707 Query: 716 ALLDN 720 + D+ Sbjct: 708 RIADS 712 >ref|YP_004687051.1| hypothetical protein CNE_1c32650 [Cupriavidus necator N-1] gb|AEI78570.1| hypothetical membrane protein [Cupriavidus necator N-1] Length = 798 Score = 733 bits (1893), Expect = 0.0, Method: Compositional matrix adjust. Identities = 387/737 (52%), Positives = 502/737 (68%), Gaps = 22/737 (2%) Query: 1 MHYALDIRTFLFSHYFYTGLRIATGVVGLTMLVFNMADMQTTMTVFLGALCTSLMDLPSP 60 M YA D RTFL+SHY Y GLR ATGV+G T++ + +D+ T M V +GALCTSLMDLPSP Sbjct: 1 MQYAHDPRTFLYSHYVYRGLRSATGVIGATLIALHFSDLPTAMVVSMGALCTSLMDLPSP 60 Query: 61 LRHKFNEMLAGVLLCTLVMLVISLCAPIHWLVSVAMVLVSFLASMMVVYGKKTLPLQFAA 120 L HKFNEMLA VLLC++V LV++L P ++ +VLV+FLA MM VYG KTLPLQFAA Sbjct: 61 LNHKFNEMLASVLLCSVVTLVVALATPFPRVMPFLLVLVTFLAGMMTVYGNKTLPLQFAA 120 Query: 121 LMVMTLSMENSVPFDEAFLHAGFFLAGGLGYLTYSMIVSYFLRRRVKQQVLAEALFELAR 180 L VMTL++ A HA F G + YL Y+M+VS+ RR KQQVLAE+L+ELA Sbjct: 121 LFVMTLTINEDFLVRRALEHAALFSIGAVAYLGYAMLVSWITERRTKQQVLAESLYELAG 180 Query: 181 YLRIKADFYDVRSDLQTQFTTLVRQQIVLADKLQASRDLVLRDMHTKQDGLLVHVHLSML 240 YL IKA FYD +D + QF LVRQQIV+A++ QA+RDLVLR T DGLLV VH+ ML Sbjct: 181 YLEIKAGFYDAGNDYEAQFNQLVRQQIVVAERQQAARDLVLRGNRTPHDGLLVQVHMRML 240 Query: 241 ELYEQVLSTHADYALLRSHFGDTDVIIFLRDLANKTAEDIESIAYAVTRKRVSTPTVNYK 300 +LYE +LST+ DY LLR F T V+ LR L + +D+E IAY VTR R S TV Y+ Sbjct: 241 DLYEYILSTNTDYPLLRQTFAGTPVLDHLRGLVLQMCKDVEEIAYEVTRGRASYATVEYR 300 Query: 301 AELRAVQYEMQQLQQDNLAGQIPDEAITVLRVTYNKILDIIELISQLHLATQTPIDAIPI 360 LRAV+ E+ QL+ + I A+T L T + + I L+ QLH A++TP++ + Sbjct: 301 PGLRAVEAEIAQLRHHH----INPAAMTALVETLDMMRGAITLVGQLHEASRTPVEPARV 356 Query: 361 LPGSDMTPFLTQQKYKAGLLIANLRWQSPIFRFAIRVALAVSTGLWIAAHLPYMSHGYWI 420 LPGSDMTPFLT+QKY+ +L NL+W SP FRF++R+++AVS GLWIA H+PY+SH YWI Sbjct: 357 LPGSDMTPFLTRQKYEFSVLRDNLKWSSPAFRFSLRISMAVSLGLWIAEHVPYVSHSYWI 416 Query: 421 VLTIVIILKPNFSSTKQRMSDRLIGTIIGCLLTALILRFVHDPMGLLAVLFIASVAAPAF 480 +LTI++ILKPNFS TKQR +DR+IGT+IGC+++ IL+ VH P+ LL VLF++ VA+ AF Sbjct: 417 LLTIIVILKPNFSMTKQRYNDRVIGTLIGCVVSVAILKVVHQPLILLGVLFLSLVASAAF 476 Query: 481 TYVKYRYTAIAASVQILMLLNLLLPAGHHGAVGERLVDTIIGVAIATIFSYVLPSWEYRD 540 +KYRYTAIAA +Q+L+ ++LL+P G GERLVDT+IG IA++FS+VLPSWEYR Sbjct: 477 VTIKYRYTAIAACIQVLIQIHLLMP-GSPTVAGERLVDTVIGGIIASLFSFVLPSWEYRA 535 Query: 541 LPRLLKNVLHASHRYIKASRDMLEGKVNDDFFYRVCRKGFMDSLSALISAQVRMMDEPIS 600 +P+L++ VL A+ RYI A+RD+L + DDF YRV RK FMD+LSALIS+ RM+DEP S Sbjct: 536 IPKLVEGVLQANRRYIGATRDLLLRRTKDDFAYRVQRKQFMDNLSALISSFQRMLDEPKS 595 Query: 601 KQRAVREINRFVVQNYLVAAHIAALRILLRRHAEGLPRDPVNKLIEQTYQSATAHL---- 656 + RAV +NRF+VQNYLVAAH+A+ RI +R+H + L IEQ ++A+ L Sbjct: 596 RHRAVDNLNRFIVQNYLVAAHVASARIQVRQHYDELDIPAAEAAIEQATEAASHSLQVAS 655 Query: 657 --LHAQTILAGPDGT--TAATVPVEEVV--------PVNPLAETVA-AEDIALATQPDAA 703 LHA G + PVE P AE VA AE +A + A Sbjct: 656 ERLHADERGGGRGAGFIRSGKTPVERKAAAPAAVDKPDETPAEAVADAEPVAATVSTEVA 715 Query: 704 EWSGWHTFRRRAALLDN 720 E + RRA L D+ Sbjct: 716 EAAEDAVAERRARLADS 732 >ref|YP_002006770.1| hypothetical protein RALTA_A2781 [Cupriavidus taiwanensis LMG 19424] emb|CAQ70709.1| conserved hypothetical protein, DUF893 COG1289; putative TRANSMEMBRANE PROTEIN [Cupriavidus taiwanensis LMG 19424] Length = 799 Score = 730 bits (1885), Expect = 0.0, Method: Compositional matrix adjust. Identities = 366/656 (55%), Positives = 474/656 (72%), Gaps = 5/656 (0%) Query: 1 MHYALDIRTFLFSHYFYTGLRIATGVVGLTMLVFNMADMQTTMTVFLGALCTSLMDLPSP 60 M YA D RTFL+SHY Y GLR ATGV+G T++ + +D+ T M V +GALCTSLMDLPSP Sbjct: 1 MQYAHDPRTFLYSHYVYRGLRSATGVIGATLIALHFSDLPTAMVVSMGALCTSLMDLPSP 60 Query: 61 LRHKFNEMLAGVLLCTLVMLVISLCAPIHWLVSVAMVLVSFLASMMVVYGKKTLPLQFAA 120 L HKFNEMLA VLLC++V LV++L P ++ +VLV+F+A MM VYG KTLPLQFAA Sbjct: 61 LNHKFNEMLASVLLCSVVTLVVALATPFPRVMPFLLVLVTFMAGMMTVYGNKTLPLQFAA 120 Query: 121 LMVMTLSMENSVPFDEAFLHAGFFLAGGLGYLTYSMIVSYFLRRRVKQQVLAEALFELAR 180 L VMTL++ A HA F G + YL Y+M+VS+ RR +QQVLAE+L+ELA Sbjct: 121 LFVMTLTINEDFLVRRALEHAALFSIGAVAYLGYAMLVSWVTERRTRQQVLAESLYELAG 180 Query: 181 YLRIKADFYDVRSDLQTQFTTLVRQQIVLADKLQASRDLVLRDMHTKQDGLLVHVHLSML 240 YL IKA FYD +D + QF LVRQQIV+A++ QA+RDLVLR T DGLLV VHL ML Sbjct: 181 YLEIKAGFYDAGNDFEAQFNQLVRQQIVVAERQQAARDLVLRGNRTPHDGLLVQVHLRML 240 Query: 241 ELYEQVLSTHADYALLRSHFGDTDVIIFLRDLANKTAEDIESIAYAVTRKRVSTPTVNYK 300 +LYE +LST+ DY +LR F T V+ LR L + +D+E IAY VTR R S TV Y+ Sbjct: 241 DLYEYILSTNTDYPMLRQTFAGTPVLDHLRGLVMQMCKDVEEIAYEVTRGRGSYATVEYR 300 Query: 301 AELRAVQYEMQQLQQDNLAGQIPDEAITVLRVTYNKILDIIELISQLHLATQTPIDAIPI 360 LRAV+ E+ QL+ + I A+T L T + + I LI QLH A++TP++ + Sbjct: 301 PGLRAVEAEIAQLRHHH----INPAAMTALVETLDMMRGAITLIGQLHEASRTPVEPAKV 356 Query: 361 LPGSDMTPFLTQQKYKAGLLIANLRWQSPIFRFAIRVALAVSTGLWIAAHLPYMSHGYWI 420 LPGSDMTPFLT+QKY+ +L NL+W SP FRFA+RV++AV+ GLWIA LPY+SH YWI Sbjct: 357 LPGSDMTPFLTRQKYELSVLRDNLKWSSPAFRFALRVSMAVALGLWIAERLPYVSHSYWI 416 Query: 421 VLTIVIILKPNFSSTKQRMSDRLIGTIIGCLLTALILRFVHDPMGLLAVLFIASVAAPAF 480 +LTI++ILKPNFS TKQR +DR+IGT+IGC+++ IL+ VH P+ LL VLF++ VA+ AF Sbjct: 417 LLTIIVILKPNFSMTKQRYNDRVIGTLIGCVVSVAILKVVHQPLILLGVLFLSLVASAAF 476 Query: 481 TYVKYRYTAIAASVQILMLLNLLLPAGHHGAVGERLVDTIIGVAIATIFSYVLPSWEYRD 540 +KYRYTAIAA +Q+L+ ++LL+P G GERLVDT+IG IA++FS+VLPSWEYR Sbjct: 477 VTIKYRYTAIAACIQVLIQIHLLMP-GSPTVAGERLVDTVIGGIIASLFSFVLPSWEYRA 535 Query: 541 LPRLLKNVLHASHRYIKASRDMLEGKVNDDFFYRVCRKGFMDSLSALISAQVRMMDEPIS 600 +P+L++ VL A+ RYI A+RD+L + DDF YRV RK FMD+LSALIS+ RM+DEP S Sbjct: 536 IPKLVEAVLQANRRYIAATRDLLLRRAKDDFAYRVQRKQFMDNLSALISSFQRMLDEPKS 595 Query: 601 KQRAVREINRFVVQNYLVAAHIAALRILLRRHAEGLPRDPVNKLIEQTYQSATAHL 656 + RAV +NRF+VQNYLVAAH+AA RI +R+H + L IEQ ++A+ L Sbjct: 596 RHRAVDNLNRFIVQNYLVAAHVAAARIQVRQHYDELDIPAAEAAIEQATEAASHSL 651