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= 0002.0151.p (675 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value A4G465.1 A4G465_HERAR Putative bifunctionnal protein : Glutamate... 1191 0.0 Q47GN1.1 Q47GN1_DECAR Aminotransferase EC=2.6.1.- 1067 0.0 B0SSP5.1 B0SSP5_LEPBP Putative glutamate-1-semialdehyde 2,1-amin... 964 0.0 B0SAL7.1 B0SAL7_LEPBA Glutamate-1-semialdehyde aminotransferase 964 0.0 Q1YPT7.1 Q1YPT7_9GAMM Acylneuraminate cytidylyltransferase:Amino... 916 0.0 >A4G465.1 A4G465_HERAR Putative bifunctionnal protein : Glutamate-1-semialdehyde 2,1-aminomutase, Acylneuraminate cytidylyltransferase EC=2.7.7.43 EC=5.4.3.8 Length = 675 Score = 1191 bits (3081), Expect = 0.0, Method: Compositional matrix adjust. Identities = 574/675 (85%), Positives = 620/675 (91%) Query: 1 MKIVALVQARMGSTRLPNKVMKPMDGVPMIELLLARLSRSEEIDQIVVATSVDERNRPLV 60 MK+VALVQARMGSTRLP+KVMKP+ GVPMIELLL+RLSR+ E+DQIVVATSVD RN PLV Sbjct: 1 MKVVALVQARMGSTRLPDKVMKPIGGVPMIELLLSRLSRATEVDQIVVATSVDVRNLPLV 60 Query: 61 DHVRRLGYACEQGSEDDVLERFVDAAKAHQADVVVRITGDCPLVDFQLVDEVIRGYKNAN 120 ++V +LGYACEQGSE+DVL+R+V AA+ HQADVVVRITGDCPLVD QLVDEVIRG+K++N Sbjct: 61 EYVHKLGYACEQGSENDVLDRYVQAARVHQADVVVRITGDCPLVDPQLVDEVIRGFKSSN 120 Query: 121 VDYFSNIAPPTYPDGLDIEVFSFEALTTALQETDTPFDHEHVTPYLRSSNRFQTASSSND 180 DYFSNI+PPTYPDGLDIEVF AL A QETD +DHEHVTPYLR S RF+TAS Sbjct: 121 TDYFSNISPPTYPDGLDIEVFFLSALEQASQETDKAYDHEHVTPYLRESGRFKTASMQYP 180 Query: 181 IDLSGLRWTVDEPADFAVIERVFTHFFPRIDFSWREVLALQESQPEIFELNQHLIRNEGA 240 DLS LRWTVDEPAD AVI+ +F F PR DFSWREVL LQ QP IF LNQ++IRNEGA Sbjct: 181 EDLSALRWTVDEPADLAVIKNIFQAFSPRTDFSWREVLELQRQQPAIFHLNQNIIRNEGA 240 Query: 241 TMGTGQKLWKRAKQVIPGGNMLLSKRAEMFLPDLWPAYFSKAKGCKVWDLDGNEYIDMSI 300 +MGTGQKLWKRAKQ+IPGG+MLLSKRAEMFLPDLWPAYFSKAKGCKVWDLDGNEYIDMSI Sbjct: 241 SMGTGQKLWKRAKQIIPGGSMLLSKRAEMFLPDLWPAYFSKAKGCKVWDLDGNEYIDMSI 300 Query: 301 MGIGTNTLGYGHPEVDDAVRRTIDAGNMSTFNCPEEVYLAEKLIELHPWADMARFARSGG 360 MGIGTNTLGYGHPEVDDAVRRTIDAGNMST NCPEEVYLAEKLIELHPWADMARFARSGG Sbjct: 301 MGIGTNTLGYGHPEVDDAVRRTIDAGNMSTLNCPEEVYLAEKLIELHPWADMARFARSGG 360 Query: 361 EANSIAIRIARAASGKDKVAICGYHGWHDWYLSANLGDDKNLAGHLLPGLEPNGVPQSLR 420 EAN+IAIRIARAASGKDKVAICGYHGWHDWYLSANLGDDK LAGHLLPGL+PNGVP+ LR Sbjct: 361 EANAIAIRIARAASGKDKVAICGYHGWHDWYLSANLGDDKVLAGHLLPGLQPNGVPEGLR 420 Query: 421 GTVFPFNYNNFEELQALVDQHDIGVIKMEVVRNFGPENDFLKKVRQLATERGIVLIFDEC 480 GTVFPFNYNN+ EL+ALV++HDIGVIKMEVVRNFGPE++FL KVRQLATERGIVLIFDEC Sbjct: 421 GTVFPFNYNNYAELEALVNEHDIGVIKMEVVRNFGPEDNFLHKVRQLATERGIVLIFDEC 480 Query: 481 TSGFRQTYGGIHKMYDVEPDMAMFAKALGNGYAITATIGKREIMEAAQTTFISSTFWTER 540 TSGFRQTYGGIHKMY VEPDMAMFAKALGNGYAITATIG+REIMEAAQTTFISSTFWTER Sbjct: 481 TSGFRQTYGGIHKMYGVEPDMAMFAKALGNGYAITATIGRREIMEAAQTTFISSTFWTER 540 Query: 541 IGPTAALATLDVMNRLKSWETITKTGLDITERWKKLAEKHGLSISTNGLAALTGFGFQSS 600 IGPTAALATLDVM R+KSWETIT TGLDIT RWK LA K+ LSI+TNGL ALTGFGF S Sbjct: 541 IGPTAALATLDVMARIKSWETITNTGLDITARWKALAAKYDLSITTNGLPALTGFGFNSP 600 Query: 601 NALAYKTLITQEMLAKGYLAGTSVYVCTEHTPAVVDNFFEALDPIFGLVKECEDGRDVMS 660 NALAYKTL+TQEMLAKGYLAGTSVYVCTEHTP VV++FFEAL+P+F LVKECE+GRDVM+ Sbjct: 601 NALAYKTLVTQEMLAKGYLAGTSVYVCTEHTPKVVNDFFEALEPVFALVKECEEGRDVMT 660 Query: 661 LLNGPVCHGGFKRLN 675 LL GPVCH GFKRLN Sbjct: 661 LLKGPVCHSGFKRLN 675 >Q47GN1.1 Q47GN1_DECAR Aminotransferase EC=2.6.1.- Length = 675 Score = 1067 bits (2760), Expect = 0.0, Method: Compositional matrix adjust. Identities = 514/675 (76%), Positives = 576/675 (85%) Query: 1 MKIVALVQARMGSTRLPNKVMKPMDGVPMIELLLARLSRSEEIDQIVVATSVDERNRPLV 60 M +VA+VQARMGSTRLPNKVMK + PMI LLL RLSRS EI ++VVATSVD RN+PLV Sbjct: 1 MNVVAVVQARMGSTRLPNKVMKEISEQPMIGLLLKRLSRSSEITRVVVATSVDPRNQPLV 60 Query: 61 DHVRRLGYACEQGSEDDVLERFVDAAKAHQADVVVRITGDCPLVDFQLVDEVIRGYKNAN 120 +V LGY C QGSE+DVLER++ AA +ADVVVRITGDCPLVD +LVDEVIR Y +N Sbjct: 61 SYVTSLGYDCAQGSENDVLERYLQAATQAKADVVVRITGDCPLVDPELVDEVIRRYFASN 120 Query: 121 VDYFSNIAPPTYPDGLDIEVFSFEALTTALQETDTPFDHEHVTPYLRSSNRFQTASSSND 180 VDYFSNI+PPTYPDGLDIEVFS AL+ A ETD P D EHVTPY+R F S +D Sbjct: 121 VDYFSNISPPTYPDGLDIEVFSMSALSRAAAETDDPVDREHVTPYMRRPGLFSQGSMQSD 180 Query: 181 IDLSGLRWTVDEPADFAVIERVFTHFFPRIDFSWREVLALQESQPEIFELNQHLIRNEGA 240 D S LRWTVDE DF V+ VF F P I F W++VLALQ+S P +FE NQ +IRNEGA Sbjct: 181 QDYSALRWTVDEANDFEVVTAVFNRFSPDIYFGWKQVLALQQSAPHLFEANQQIIRNEGA 240 Query: 241 TMGTGQKLWKRAKQVIPGGNMLLSKRAEMFLPDLWPAYFSKAKGCKVWDLDGNEYIDMSI 300 MGTGQKLWKRAK++IPGGNMLLSKRAEMFLPDLWPAYFSKAKGCKVWDLDG EY DMSI Sbjct: 241 IMGTGQKLWKRAKEIIPGGNMLLSKRAEMFLPDLWPAYFSKAKGCKVWDLDGREYTDMSI 300 Query: 301 MGIGTNTLGYGHPEVDDAVRRTIDAGNMSTFNCPEEVYLAEKLIELHPWADMARFARSGG 360 MGIGTNTLGYGHPEVD+AVRR IDAGNMS+ NCPEEVYLAEKLIE+HPWA M RFARSGG Sbjct: 301 MGIGTNTLGYGHPEVDEAVRRVIDAGNMSSLNCPEEVYLAEKLIEMHPWAGMVRFARSGG 360 Query: 361 EANSIAIRIARAASGKDKVAICGYHGWHDWYLSANLGDDKNLAGHLLPGLEPNGVPQSLR 420 EAN+IAIRIARAASG+DKVAICGYHGWHDWYLS NLGDDK L GHLLPGLEP GVP++L+ Sbjct: 361 EANAIAIRIARAASGRDKVAICGYHGWHDWYLSVNLGDDKGLDGHLLPGLEPKGVPRNLK 420 Query: 421 GTVFPFNYNNFEELQALVDQHDIGVIKMEVVRNFGPENDFLKKVRQLATERGIVLIFDEC 480 GTVFPFNYNNF EL+ALV+QHDIGVIKMEVVRN GP+++FL KVRQLATE GIVLIFDEC Sbjct: 421 GTVFPFNYNNFAELEALVNQHDIGVIKMEVVRNNGPQDNFLHKVRQLATEHGIVLIFDEC 480 Query: 481 TSGFRQTYGGIHKMYDVEPDMAMFAKALGNGYAITATIGKREIMEAAQTTFISSTFWTER 540 TSGFR+TYGG+H +Y VEPDMAMF KA+GNGYAITATIG+RE+M+AAQ TFISSTFWTER Sbjct: 481 TSGFRETYGGLHTLYGVEPDMAMFGKAMGNGYAITATIGRREVMQAAQNTFISSTFWTER 540 Query: 541 IGPTAALATLDVMNRLKSWETITKTGLDITERWKKLAEKHGLSISTNGLAALTGFGFQSS 600 IGP AALATLDVM R +SWETIT TG +I +RW++LA+K+GL + GL ALTG+ F+S+ Sbjct: 541 IGPAAALATLDVMRRTRSWETITATGHNIRQRWQQLADKYGLGVDHWGLPALTGYTFRSA 600 Query: 601 NALAYKTLITQEMLAKGYLAGTSVYVCTEHTPAVVDNFFEALDPIFGLVKECEDGRDVMS 660 ALAYKTLITQEMLAKGYLA SVYVCTEHTP ++D +F ALDPIF ++ECEDGRDV + Sbjct: 601 QALAYKTLITQEMLAKGYLAANSVYVCTEHTPEILDGYFAALDPIFQTIRECEDGRDVGT 660 Query: 661 LLNGPVCHGGFKRLN 675 LL GPVCHGGFKRLN Sbjct: 661 LLKGPVCHGGFKRLN 675 >B0SSP5.1 B0SSP5_LEPBP Putative glutamate-1-semialdehyde 2,1-aminomutase, aminotransferase class-III (GSA) EC=5.4.3.8 Length = 675 Score = 964 bits (2492), Expect = 0.0, Method: Compositional matrix adjust. Identities = 454/675 (67%), Positives = 551/675 (81%) Query: 1 MKIVALVQARMGSTRLPNKVMKPMDGVPMIELLLARLSRSEEIDQIVVATSVDERNRPLV 60 MK++A++QAR+GSTRLP KVMK ++G P+IE+LL+RLS+S++I+QI++ATS E N PL Sbjct: 1 MKVIAIIQARLGSTRLPKKVMKEVNGKPLIEILLSRLSKSKKINQIILATSTKEENDPLQ 60 Query: 61 DHVRRLGYACEQGSEDDVLERFVDAAKAHQADVVVRITGDCPLVDFQLVDEVIRGYKNAN 120 + V +LGY +GSE +VLER+ AAK A+VV+R+TGDCPL+D +VDEVI + Sbjct: 61 NLVEKLGYTVYRGSEQNVLERYYFAAKEAGAEVVIRVTGDCPLIDPNVVDEVISEFLKGG 120 Query: 121 VDYFSNIAPPTYPDGLDIEVFSFEALTTALQETDTPFDHEHVTPYLRSSNRFQTASSSND 180 +DY SNI PPTYPDGLD EVFSF AL A +E + EHVTPY+R S+ F+ ++ Sbjct: 121 IDYCSNINPPTYPDGLDTEVFSFAALERAYREATLDREREHVTPYIRESDSFKKSNLVFS 180 Query: 181 IDLSGLRWTVDEPADFAVIERVFTHFFPRIDFSWREVLALQESQPEIFELNQHLIRNEGA 240 D S RWTVDEPADF +I ++F HF P++DFSW +VL L+ P++F +N +IRNEG Sbjct: 181 EDHSTERWTVDEPADFQLISKIFNHFHPKLDFSWLDVLKLKTKYPDLFLMNNKIIRNEGQ 240 Query: 241 TMGTGQKLWKRAKQVIPGGNMLLSKRAEMFLPDLWPAYFSKAKGCKVWDLDGNEYIDMSI 300 +GTGQKLWKRAK +IPGGNMLLSKR+EMFLPD WP+YFSKAKGC VWDLDG EYIDMSI Sbjct: 241 NLGTGQKLWKRAKHIIPGGNMLLSKRSEMFLPDQWPSYFSKAKGCSVWDLDGKEYIDMSI 300 Query: 301 MGIGTNTLGYGHPEVDDAVRRTIDAGNMSTFNCPEEVYLAEKLIELHPWADMARFARSGG 360 MGIGTNTLGYGHPEVD+AV++ I+ GNM+TFNCPEEVYLAEKLIE+HPWADM R AR+GG Sbjct: 301 MGIGTNTLGYGHPEVDEAVKKNIENGNMATFNCPEEVYLAEKLIEIHPWADMVRLARTGG 360 Query: 361 EANSIAIRIARAASGKDKVAICGYHGWHDWYLSANLGDDKNLAGHLLPGLEPNGVPQSLR 420 EAN+IAIRIARAASGKDK+AICGYHGWHDWYLSANL +D L+GHLLPGL+P GVP++L Sbjct: 361 EANAIAIRIARAASGKDKIAICGYHGWHDWYLSANLSEDDGLSGHLLPGLDPKGVPKNLT 420 Query: 421 GTVFPFNYNNFEELQALVDQHDIGVIKMEVVRNFGPENDFLKKVRQLATERGIVLIFDEC 480 GTVFPFNYN F+EL+ LV+ DIGVI MEV RN GPE+ FL+KVR+LAT R IVL+FDEC Sbjct: 421 GTVFPFNYNQFQELETLVNNQDIGVIVMEVSRNHGPEDQFLEKVRKLATIRNIVLVFDEC 480 Query: 481 TSGFRQTYGGIHKMYDVEPDMAMFAKALGNGYAITATIGKREIMEAAQTTFISSTFWTER 540 TSGFRQ +GG+HK+Y VEPD+AMF KA+GNGYAITA IG+RE+ME+AQ+TFISSTFWTER Sbjct: 481 TSGFRQNFGGLHKIYGVEPDIAMFGKAIGNGYAITAVIGRREVMESAQSTFISSTFWTER 540 Query: 541 IGPTAALATLDVMNRLKSWETITKTGLDITERWKKLAEKHGLSISTNGLAALTGFGFQSS 600 IGPTAAL TL+VM + KSWE IT G+ I +RW LA+K+ +++S G+ AL+GF S Sbjct: 541 IGPTAALKTLEVMEKEKSWEYITNMGIHIRDRWLALAKKYNVNLSVWGMPALSGFTINSK 600 Query: 601 NALAYKTLITQEMLAKGYLAGTSVYVCTEHTPAVVDNFFEALDPIFGLVKECEDGRDVMS 660 N L YKTLITQEML KGYLA SVYVC EH VVD +FE +DPIF L+ ECE+GRDV+S Sbjct: 601 NTLEYKTLITQEMLKKGYLAANSVYVCMEHKQTVVDGYFETIDPIFKLIGECENGRDVIS 660 Query: 661 LLNGPVCHGGFKRLN 675 LL+GPVCH GFKRLN Sbjct: 661 LLDGPVCHTGFKRLN 675 >B0SAL7.1 B0SAL7_LEPBA Glutamate-1-semialdehyde aminotransferase Length = 675 Score = 964 bits (2492), Expect = 0.0, Method: Compositional matrix adjust. Identities = 454/675 (67%), Positives = 551/675 (81%) Query: 1 MKIVALVQARMGSTRLPNKVMKPMDGVPMIELLLARLSRSEEIDQIVVATSVDERNRPLV 60 MK++A++QAR+GSTRLP KVMK ++G P+IE+LL+RLS+S++I+QI++ATS E N PL Sbjct: 1 MKVIAIIQARLGSTRLPKKVMKEVNGKPLIEILLSRLSKSKKINQIILATSTKEENDPLQ 60 Query: 61 DHVRRLGYACEQGSEDDVLERFVDAAKAHQADVVVRITGDCPLVDFQLVDEVIRGYKNAN 120 + V +LGY +GSE +VLER+ AAK A+VV+R+TGDCPL+D +VDEVI + Sbjct: 61 NLVEKLGYTVYRGSEQNVLERYYFAAKEAGAEVVIRVTGDCPLIDPNVVDEVISEFLKGG 120 Query: 121 VDYFSNIAPPTYPDGLDIEVFSFEALTTALQETDTPFDHEHVTPYLRSSNRFQTASSSND 180 +DY SNI PPTYPDGLD EVFSF AL A +E + EHVTPY+R S+ F+ ++ Sbjct: 121 IDYCSNINPPTYPDGLDTEVFSFAALERAYREATLDREREHVTPYIRESDSFKKSNLVFS 180 Query: 181 IDLSGLRWTVDEPADFAVIERVFTHFFPRIDFSWREVLALQESQPEIFELNQHLIRNEGA 240 D S RWTVDEPADF +I ++F HF P++DFSW +VL L+ P++F +N +IRNEG Sbjct: 181 EDHSTERWTVDEPADFQLISKIFNHFHPKLDFSWLDVLKLKTKYPDLFLMNNKIIRNEGQ 240 Query: 241 TMGTGQKLWKRAKQVIPGGNMLLSKRAEMFLPDLWPAYFSKAKGCKVWDLDGNEYIDMSI 300 +GTGQKLWKRAK +IPGGNMLLSKR+EMFLPD WP+YFSKAKGC VWDLDG EYIDMSI Sbjct: 241 NLGTGQKLWKRAKHIIPGGNMLLSKRSEMFLPDQWPSYFSKAKGCSVWDLDGKEYIDMSI 300 Query: 301 MGIGTNTLGYGHPEVDDAVRRTIDAGNMSTFNCPEEVYLAEKLIELHPWADMARFARSGG 360 MGIGTNTLGYGHPEVD+AV++ I+ GNM+TFNCPEEVYLAEKLIE+HPWADM R AR+GG Sbjct: 301 MGIGTNTLGYGHPEVDEAVKKNIENGNMATFNCPEEVYLAEKLIEIHPWADMVRLARTGG 360 Query: 361 EANSIAIRIARAASGKDKVAICGYHGWHDWYLSANLGDDKNLAGHLLPGLEPNGVPQSLR 420 EAN+IAIRIARAASGKDK+AICGYHGWHDWYLSANL +D L+GHLLPGL+P GVP++L Sbjct: 361 EANAIAIRIARAASGKDKIAICGYHGWHDWYLSANLSEDDGLSGHLLPGLDPKGVPKNLT 420 Query: 421 GTVFPFNYNNFEELQALVDQHDIGVIKMEVVRNFGPENDFLKKVRQLATERGIVLIFDEC 480 GTVFPFNYN F+EL+ LV+ DIGVI MEV RN GPE+ FL+KVR+LAT R IVL+FDEC Sbjct: 421 GTVFPFNYNQFQELETLVNNQDIGVIVMEVSRNHGPEDQFLEKVRKLATIRNIVLVFDEC 480 Query: 481 TSGFRQTYGGIHKMYDVEPDMAMFAKALGNGYAITATIGKREIMEAAQTTFISSTFWTER 540 TSGFRQ +GG+HK+Y VEPD+AMF KA+GNGYAITA IG+RE+ME+AQ+TFISSTFWTER Sbjct: 481 TSGFRQNFGGLHKIYGVEPDIAMFGKAIGNGYAITAVIGRREVMESAQSTFISSTFWTER 540 Query: 541 IGPTAALATLDVMNRLKSWETITKTGLDITERWKKLAEKHGLSISTNGLAALTGFGFQSS 600 IGPTAAL TL+VM + KSWE IT G+ I +RW LA+K+ +++S G+ AL+GF S Sbjct: 541 IGPTAALKTLEVMEKEKSWEYITNMGIHIRDRWLALAKKYNVNLSVWGMPALSGFTINSK 600 Query: 601 NALAYKTLITQEMLAKGYLAGTSVYVCTEHTPAVVDNFFEALDPIFGLVKECEDGRDVMS 660 N L YKTLITQEML KGYLA SVYVC EH VVD +FE +DPIF L+ ECE+GRDV+S Sbjct: 601 NTLEYKTLITQEMLKKGYLAANSVYVCMEHKQTVVDGYFETIDPIFKLIGECENGRDVIS 660 Query: 661 LLNGPVCHGGFKRLN 675 LL+GPVCH GFKRLN Sbjct: 661 LLDGPVCHTGFKRLN 675 >Q1YPT7.1 Q1YPT7_9GAMM Acylneuraminate cytidylyltransferase:Aminotransferase class-III Length = 678 Score = 916 bits (2367), Expect = 0.0, Method: Compositional matrix adjust. Identities = 433/676 (64%), Positives = 533/676 (78%), Gaps = 2/676 (0%) Query: 2 KIVALVQARMGSTRLPNKVMKPMDGVPMIELLLARLSRSEEIDQIVVATSVDERNRPLVD 61 K++ +VQARMGS+RLP KV+K ++G +IE+LL+RL++ + QIVVATS N L Sbjct: 3 KVLIIVQARMGSSRLPGKVLKKINGATVIEILLSRLAKIKSDKQIVVATSTRPENDILEQ 62 Query: 62 HVRRLGYACEQGSEDDVLERFVDAAKAHQADVVVRITGDCPLVDFQLVDEVIRGYKNANV 121 H++ LG CE+GSE+DVL RF + + +D ++RITGDCPL+D L+D++I Y NV Sbjct: 63 HLKYLGIPCERGSENDVLGRFHQVSMKYSSDAIIRITGDCPLIDPDLIDDMISRYFTENV 122 Query: 122 DYFSNIAPPTYPDGLDIEVFSFEALTTALQETDTPFDHEHVTPYLRSSNRFQTASSSNDI 181 DY SN PP+YPDGLD E+FS ++L+ A + FD EHVTPY+R+SN F++++ + Sbjct: 123 DYLSNTMPPSYPDGLDAEIFSSDSLSLANENATDSFDREHVTPYIRNSNDFKSSAFTFYE 182 Query: 182 DLSGLRWTVDEPADFAVIERVFTHFFPRIDFSWREVLALQESQPEIFELNQHLIRNEGAT 241 DLS LRWT+DEP DF VI+RVF HF P + F+W EVL Q + PE F+ N + RNEG+ Sbjct: 183 DLSNLRWTLDEPQDFDVIKRVFDHFHPNLFFNWMEVLDYQRTNPEAFKSNSMINRNEGSD 242 Query: 242 MGTGQKLWKRAKQVIPGGNMLLSKRAEMFLPDLWPAYFSKAKGCKVWDLDGNEYIDMSIM 301 + +GQKL+KRAK VIPGGNMLLSKR EMFLP+LWP+YFSKA GC VWDLDG +Y DMS+M Sbjct: 243 LCSGQKLYKRAKTVIPGGNMLLSKRPEMFLPNLWPSYFSKASGCTVWDLDGKQYTDMSVM 302 Query: 302 GIGTNTLGYGHPEVDDAVRRTIDAGNMSTFNCPEEVYLAEKLIELHPWADMARFARSGGE 361 G+GTN LGYGH EVDDAV + GNMST NCPEEVYLAEKL+E+HPWADM +FARSGGE Sbjct: 303 GVGTNILGYGHAEVDDAVVGAVKTGNMSTLNCPEEVYLAEKLVEMHPWADMVKFARSGGE 362 Query: 362 ANSIAIRIARAASGKDKVAICGYHGWHDWYLSANLGDDKN--LAGHLLPGLEPNGVPQSL 419 AN++AIRIARAASG+DKVA+CGYHGWHDWYL+ANL D N L GHLLPGLEP GVP++L Sbjct: 363 ANAVAIRIARAASGRDKVAVCGYHGWHDWYLAANLNKDSNVGLDGHLLPGLEPKGVPETL 422 Query: 420 RGTVFPFNYNNFEELQALVDQHDIGVIKMEVVRNFGPENDFLKKVRQLATERGIVLIFDE 479 RGTV+ F YN+F+EL+ LV+Q +IGVIKMEVVRN GP++DFL KVRQLATE+ IVLIFDE Sbjct: 423 RGTVYTFRYNDFDELERLVNQENIGVIKMEVVRNLGPKDDFLSKVRQLATEKNIVLIFDE 482 Query: 480 CTSGFRQTYGGIHKMYDVEPDMAMFAKALGNGYAITATIGKREIMEAAQTTFISSTFWTE 539 CTSGFR+TYGGIHK Y VEPD+AMF KALGNGYAI+A +G++E+ME+AQ+TFISSTFWTE Sbjct: 483 CTSGFRETYGGIHKKYGVEPDIAMFGKALGNGYAISAVVGRKEVMESAQSTFISSTFWTE 542 Query: 540 RIGPTAALATLDVMNRLKSWETITKTGLDITERWKKLAEKHGLSISTNGLAALTGFGFQS 599 +IGPTAAL TL+VM+R +SWE IT GL I + +A+ H L I +G+ ALTG+ F S Sbjct: 543 KIGPTAALKTLEVMHRERSWEKITSAGLKIRTGIESIAKTHHLKIENSGIPALTGYSFLS 602 Query: 600 SNALAYKTLITQEMLAKGYLAGTSVYVCTEHTPAVVDNFFEALDPIFGLVKECEDGRDVM 659 NAL YKTLITQEML KGYLAGTS YV H ++D + LDPIF L+ ECE+GRDV Sbjct: 603 ENALFYKTLITQEMLKKGYLAGTSTYVSVSHDSEIIDGYLNCLDPIFALISECENGRDVR 662 Query: 660 SLLNGPVCHGGFKRLN 675 SLL+G VCH GFKRLN Sbjct: 663 SLLDGEVCHSGFKRLN 678