hypothetical protein DAPPUDRAFT_329115, maker-scaffold1479_size39259-snap-gene-0.10 (gene) Tigriopus kingsejongensis
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Overview
Associated RNAi Experiments
Nothing found Homology
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Match: EMLSAG00000011299 (supercontig:LSalAtl2s:LSalAtl2s777:83334:122249:-1 gene:EMLSAG00000011299 transcript:EMLSAT00000011299 description:"augustus_masked-LSalAtl2s777-processed-gene-1.1") HSP 1 Score: 1918.66 bits (4969), Expect = 0.000e+0 Identity = 919/1513 (60.74%), Postives = 1137/1513 (75.15%), Query Frame = 0
Query: 24 ERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAP-GMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
E+QR+DGW+NN+AHP WGS D++LTRK PA+YADGVY + G RPSPR LS+ FMKG DGL SL+NRT+L FFGQ+V+AEILMASE GCP+E+ +IEI+KCDEMYDE C G+ FMPF+RA YD TGQSPN PREQ+NRMT+WIDGSFIYS +EAWV+TMR+F NG LK A G+P N +RVPL N P PHV+R LN ERMF DPR NQNP FL LGI+FYRWHN A +I KHP W DED+FQAARR IATLQ +II YE++P+FLG+ + Y Y PDIHPGISHVF SAAFR+GH+ IPPGIYRRD CN+K+ G PA+RLCSTWWD+Q + N+D +E+IL G+SSQISE+ED+ LCSDVRNKLFGPM+FSRRDLA++NIMRGRDNGL DYNTVRK ++ + +INP+L E P++F L +Y + NIDLY+GGMLES D PGPLF IIKD+F R+RD DRFWFEN+++G + EI +K SL VI + + ++Q NVFFW D +PC QP QL A+ + C +L G++ FQGSE Y+Y + F P+ + A YG+IKL N RRR+ +T + + N NG K + + V+EW+ N RPV+V FG + L NRK + LR VN+ +N++ EVT+D + +PM+L+++ + YDLVLEF RK+FL K+E+F+ ++++E + F+ ML AETKERR+ RLEHFFREAYALTFGL+ GEKRK D + VMRT+L++ EFA ALGM+ SD FV KMF I EFLDT+VLFS G +DDK+RIIFDMCD ++NG I+K EL E+L SLV++AKT K+ +V+ LI+SMF ++GF+DKE LTY+DF+++M++F GDFL +GLDCKGA N+LD TTN+ARMQ+F ++ E + +L K+W+ LT FLEENRQHIF+L TFF + + LF ERFI Y +M+EH DLRHIMGVGIAITRG AA+LSF Y +LLLSM RNL+TK+KE S HQYIP+DSHLQFHKICACTALFF+ LHS+GHLVNFY VA+QP+EHL CL+ E +F SD RP I +WLF+TLTGLTGI+LY +V IIF+FAHP+VR++A+ +FW++HQLYV YI LLHGL R+T PRFW+FF+ PG ++ DKI + R YM LDILETE+LPSDVIKI FYRPPN SGQWIRVSC + E+HS T+TSAPHEDFLSIH+KA+GP+TW+LRN FD S L + ++ED K++ +G GGNQ+WYKFEVAVM+G GIG TPYASILNDLVFGTSTNRYSGVA KKVYFLW SHR FEWF+DVLRDVE+KDVT+VLEMHIFITQFFHK+DLRTTML YICENHFQRL + S+FT LKA NHFGRPDM +FL+FVQ+KHSYVSKVGVFSCGP P+ I+ ACE VNR RKLPYF HH+ENF
Sbjct: 55 EKQRYDGWYNNLAHPSWGSIDSQLTRKTPASYADGVYKLNGMSRPSPRILSQYFMKGVDGLSSLKNRTSLQTFFGQLVSAEILMASELGCPIEMAKIEIEKCDEMYDEKCEGTAFMPFHRAYYDRRTGQSPNSPREQLNRMTSWIDGSFIYSTKEAWVNTMRTFSNGLLKTNGDAIFGLPTRNKDRVPLENRPAPHVLRMLNPERMF--SDPRVNQNPGFLALGIVFYRWHNFQALKILKKHPDWEDEDIFQAARRRVIATLQ----------------------NIIMYEFLPSFLGKVIPPYESYKPDIHPGISHVFQSAAFRFGHSTIPPGIYRRDRNCNYKKTASGGPAMRLCSTWWDSQDEI-----NEDAVEEILLGLSSQISEKEDAILCSDVRNKLFGPMEFSRRDLAALNIMRGRDNGLADYNTVRKCNGFSMINTFEEINPKLANEDPDIFVRLRNLYKD--VNNIDLYVGGMLESVDGPGPLFSKIIKDEFLRIRDADRFWFENVEHGTLTETEILEIKTYSLSIVIKAVTDLSDKDLQGNVFFWKDGNPCPQPGQLNATTLEECPFLTGYDYFQGSEVTYIYSCIILCFVPLITSGAAYGVIKLMNRRRRKMKTLREDNN----NGKKMDS-MTVKEWLHQNAKRPVKVKFGPDESFYLLNRKGEKLRTVNVKNINNMIAEVTQDNSGKKPMLLLRVIQDYDLVLEFSGISERKKFLNKLENFLGLNKRTLETISCFREIMLANAETKERRKMRLEHFFREAYALTFGLKPGEKRKLEDVTSDVIMVMRTSLSKKEFAQALGMKDSDVFVTKMFNIVDKDNDNRISFQEFLDTIVLFS-KGRTDDKLRIIFDMCDDDKNGFIDKKELSELLNSLVDIAKTQKLSEQNVNDLINSMFHSAGFEDKESLTYDDFKTMMKEFKGDFLAIGLDCKGAKQNYLDATTNVARMQSFGLDAIAERRKSNWL-KRWEALTNFLEENRQHIFFLFTFFVITIALFVERFIFYAFMSEHLDLRHIMGVGIAITRGSAASLSFCYCLLLLSMCRNLITKMKEHSLHQYIPLDSHLQFHKICACTALFFTILHSIGHLVNFYHVATQPIEHLHCLTKEFNFSSDFRPNISFWLFRTLTGLTGIILYIVVTIIFIFAHPMVRKRAFNYFWITHQLYVFLYIFSLLHGLARLTGPPRFWIFFVVPGVVYSLDKIATFRTRYMALDILETELLPSDVIKIKFYRPPNMKVLSGQWIRVSCTALKPEEFHSFTLTSAPHEDFLSIHVKAQGPYTWKLRNLFDQS-LINKYGNQEKNEDPPKIRIEGPFG----GGNQDWYKFEVAVMVGGGIGXTPYASILNDLVFGTSTNRYSGVAXKKVYFLWXCXSHRYFEWFIDVLRDVERKDVTDVLEMHIFITQFFHKFDLRTTML-YICENHFQRLQKRSMFTGLKAINHFGRPDMPAFLKFVQKKHSYVSKVGVFSCGPGPLTNSINNACEAVNRMRKLPYFIHHYENF 1523
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Match: EMLSAG00000000317 (supercontig:LSalAtl2s:LSalAtl2s1049:127392:137887:-1 gene:EMLSAG00000000317 transcript:EMLSAT00000000317 description:"maker-LSalAtl2s1049-snap-gene-0.32") HSP 1 Score: 905.975 bits (2340), Expect = 0.000e+0 Identity = 485/1001 (48.45%), Postives = 625/1001 (62.44%), Query Frame = 0
Query: 543 FSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVT--RDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKEN------DGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
F+ EEIE ++ + L DVI+NA+S+ D+IQKNVFFW D DPC QP QL S + C G++AFQGSE AY+YGLVFF+FFP+FC YG ++ +RR+A+ N+P + +K G + R ++V+ K+ P R + +LR + D ++++V+ +D ++PMIL+K + D VLEF+S RKRF+ +I+ K +++ + + ++ KAETKERR K+LEHFF+EAY L FG++ GE+RK + + MRTAL R EFA+ALGM+ +D FV KMF++ E LDTV LFS++G D+K+ +IF MCDT+ NG IEK EL+E+L SL+E+AK +KV D+ +I +S+M+ +D ++ FL+ +K+ +RLTTFLE N HY +M+EH DLRHIMG+GIAITRG A +LSF YSI+LLS+ RNLLT LK+ +HSVGHLVNFY VA+QP EH++CLSPE+ SD RP IPY F+TLTGLTGI L+++ +IF+F+ P+VRR+AY FFW H+LY++FYIL LLHGLQR+TS PRFW+FF+ P ++ FDKI S+R S++ELDILETE+LP+DVIKI FYRPPNF YRSGQW RV C+ +G EYHSLT TSAPHEDFLSIH+KA+GPWTWRLRNYFD + D + + +++ + ED+ + GGNQ+WYKFEVAVMIGAGIGVTPYASILNDLVF TSTNRYSGVACKKVYFLWI PSHRSFEWF+DVLRDVE+KDVT+VLEMHIFITQFFHKYDLRTTML VS+VGVFSCGP V + SAACE VNR RK PYFSHHFE+F
Sbjct: 137 FTTEEIEEIRQIKLSDVILNATSITPDQIQKNVFFWKDKDPCPQPEQLSPSKLSPCHVHEGYDAFQGSEIAYIYGLVFFLFFPIFCVMIAYGSVRYMRKQRRKAKNNRPYS--YKNTGC----YDRAVQYVDNLKTGPER----YRARCWMRQGXGQVLRSIKGESLDRILLQVSSHQDDDKSKPMILLKCEDKPDFVLEFESASYRKRFIDRIKGMAFNNGKVLKVAQIASQLLMQKAETKERRAKKLEHFFKEAYTLAFGIKPGEERKLHETRSEVEAXMRTALDRAEFASALGMKENDLFVNKMFRVVDKDKNGRISFQELLDTVTLFSSAGRVDEKLGLIFAMCDTSNNGFIEKEELREILXSLMELAKIEKVSDYDIQVVI--------------------ESIMETM--------VDDSSSSCCFLN------------------------WKKRTNRLTTFLEGN-----------------------HYSFMSEHKDLRHIMGMGIAITRGAATSLSFSYSIMLLSVCRNLLTMLKD---------------------------IIHSVGHLVNFYHVATQPAEHIACLSPEIYLASDKRPDIPYLFFKTLTGLTGISLFSLASLIFVFSLPMVRRQAYNFFWNVHKLYILFYILNLLHGLQRLTSAPRFWIFFVGPAIVYAFDKIISIRCSFIELDILETELLPNDVIKINFYRPPNFVYRSGQWARVKCSAIGSREYHSLTFTSAPHEDFLSIHVKAKGPWTWRLRNYFDRDTIMSADQELNDPSQEDQIQEEEEDHPKIRLMGPFGGGNQDWYKFEVAVMIGAGIGVTPYASILNDLVFQTSTNRYSGVACKKVYFLWICPSHRSFEWFIDVLRDVERKDVTHVLEMHIFITQFFHKYDLRTTML--------------------------------------------VSEVGVFSCGPQSVTRTNSAACEVVNRQRKRPYFSHHFEHF 981 HSP 2 Score: 484.182 bits (1245), Expect = 1.626e-150 Identity = 258/587 (43.95%), Postives = 355/587 (60.48%), Query Frame = 0
Query: 348 YGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVT--RDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFET 920
YGHTLIPPGIYRR +C+FK D G ALRLCSTWW+AQG++ + D +EDILRG+SSQISE+ED+ LCSDVRNKLFGPM+FSRRDLA++NIMRGRDNGLPDYNTVR F LPRVSNWSQIN + YK+ PELF + E I ++ +++ D L+ +P++I++ NVFFW D DPC QP QL S + C G++AFQGSE AY+YGLVFF+FFP+FC YG ++ +RR+A+ N+P + +K G + R ++V+ K+ P R + +LR + D ++++V+ +D ++PMIL+K + D VLEF+S RKRF+ +I+ K +++ + + ++ KAETKERR K+LEHFF+EAY L FG++ GE+RK + + MRTAL R EFA+ALGM+ +D FV KMF++ E LDTV LFS++G D+K+ +IF MCDT+ NG IEK EL+E+L SL+E+AK +KV D+ +I+S+ ET
Sbjct: 1 YGHTLIPPGIYRRGDKCHFKPDKNGGAALRLCSTWWNAQGIMESTGDASTAVEDILRGLSSQISEKEDNILCSDVRNKLFGPMEFSRRDLAALNIMRGRDNGLPDYNTVRTYFGLPRVSNWSQINEEKYKKDPELFFTTEEI--------------------------------EEIRQIKLSDVI----LNATSITPDQIQK-----------------------NVFFWKDKDPCPQPEQLSPSKLSPCHVHEGYDAFQGSEIAYIYGLVFFLFFPIFCVMIAYGSVRYMRKQRRKAKNNRPYS--YKNTGC----YDRAVQYVDNLKTGPER----YRARCWMRQGXGQVLRSIKGESLDRILLQVSSHQDDDKSKPMILLKCEDKPDFVLEFESASYRKRFIDRIKGMAFNNGKVLKVAQIASQLLMQKAETKERRAKKLEHFFKEAYTLAFGIKPGEERKLHETRSEVEAXMRTALDRAEFASALGMKENDLFVNKMFRVVDKDKNGRISFQELLDTVTLFSSAGRVDEKLGLIFAMCDTSNNGFIEKEELREILXSLMELAKIEKVSDYDIQVVIESIMET 518
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Match: EMLSAG00000012644 (supercontig:LSalAtl2s:LSalAtl2s958:116118:143742:1 gene:EMLSAG00000012644 transcript:EMLSAT00000012644 description:"augustus_masked-LSalAtl2s958-processed-gene-0.1") HSP 1 Score: 394.815 bits (1013), Expect = 7.810e-127 Identity = 187/268 (69.78%), Postives = 211/268 (78.73%), Query Frame = 0
Query: 19 PRHFYERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMK-GEDGLPSLR----NRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNI 281
P+ E+QR+DGW+NNMAHP WGS D+ L RK P Y DGVYMM + PSPR LSEAFMK D P R NRTALLAFFGQVV++EILMAS+ GCPLE+H+I IDKCDEMYD+ C+G FMPFYRA YD TGQSPN PREQ+N+MT+WIDGSFIYS QEAWVS MRSF NGS K M + PPYN+ERVPLFN P PH++R L+ ERMFVLGDPRTNQNPAFL GILFYR HNVLA RI KHP+W+DED+FQAARR NI
Sbjct: 16 PKFKIEKQRYDGWYNNMAHPNWGSVDSPLIRKTPPYYDDGVYMMPETNVPSPRSLSEAFMKYSADIEPQARGSVMNRTALLAFFGQVVSSEILMASQVGCPLEVHKIPIDKCDEMYDQKCKGRRFMPFYRASYDTSTGQSPNRPREQLNKMTSWIDGSFIYSSQEAWVSVMRSFVNGSFKTMNTSSNYPPYNLERVPLFNQPSPHILRSLSPERMFVLGDPRTNQNPAFLAFGILFYRMHNVLANRILEKHPKWSDEDIFQAARRWNI 283
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Match: EMLSAG00000012855 (supercontig:LSalAtl2s:LSalAtl2s97:24755:33887:1 gene:EMLSAG00000012855 transcript:EMLSAT00000012855 description:"maker-LSalAtl2s97-augustus-gene-0.4") HSP 1 Score: 194.512 bits (493), Expect = 1.683e-50 Identity = 197/848 (23.23%), Postives = 352/848 (41.51%), Query Frame = 0
Query: 810 KPSHSND---DSVNVMRTALTRD-----------EFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEML-ISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKE---VLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGI-AITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNF-YQVASQPLEHLSC------------------------------------LSPELSFPSDMRPT-------------IPYWLFQTLTGL----------TGILLYAIVCIIFMFAHPIVRRKA-YRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMEL------DILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPH-EDFLSIHIKARGPWTWRLRNYFD------SSNLAEEDSKGPEDEDAQK------------VKGDGEDNKEN-----DG----GNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVAC---------------KKVYFLWITPSHRSFEWFMDVLRDVEQKD----------VTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEE 1506
KP H D D V +++ R+ EF + + ++FF+++ FKI EF +++ F+ G S+ KI +F + D + +G ++ E++ ++ SL E K+ +D+ L ++++ + ++ E +T + ++ G L GL+ A + + + Y E ++R+ W T +LL S+N+ LF R + Y + A L G ++R L F+ ++L+ + R +TK+++ +Q++PID+++ FHK+ T+ ++ H++ L NF VA P++ + + P+ S D+ T I W+F G+ TG+ L I I+F+ + P VR+ ++ F+ +H +Y ++ L +LH P FW + I P +I++ IE L R + I++ +LPS V ++ RP NF + G W+ + + E+ TI+SAP D ++HI+ G WT RL N+F+ ++ + K + +K V G+ KE DG ++ E AV+I GIGVTP++SIL ++ ++ C +KV F+WI +SFEWF +L ++E + + +++H++ T K D+R LQ + ++ +R L T LKA + GRP F Q + K+ VF CG + K + CEE
Sbjct: 200 KPLHVEDFNTDQVRILKEVFQRNLKQGQDQLTMMEFKKIMPSK-NEFFLERAFKIFDQDGSGTISMSEFFESINTFAAQGPSE-KIIFLFKIYDIDGDGALQLEEIESIIRASLTESGM--KLPESDIQALAFALYDEALGEEGEDTGEITIDQLSTVFTKHEG--LLEGLNISLAKWLTPQIKNSKKKTSNPLVTYIREKLSLRHIRQNWQFFT-----------FLLFLISINIILFVTRAV---YFKDFATLTGAKPNGFYMMSRANGRTLLFNSMMILVLVLRYTITKMRDLGLNQFLPIDNNIYFHKVLGITSFIQAWFHTIMXLCNFSINVAPNPVKFVQLTNPYWKGINPTPNNTNNWQFLGYQVPENCFLLTDPEVCPKGSLIPDLNVTYCQMCNENGSAWNIGDWIFTMKPGVFGIIGGIANPTGVALIIIFTIMFICSLPFVRKTGHFQVFYFTHLMYWAYFFLLILHA-------PEFWKWVIVPLSIYV---IERLYRGLSTMIGQGKSTIVDGVVLPSRVTRLDINRPHNFRFNPGDWVFIRIPKIATYEWXPFTISSAPERSDIFTLHIRGVGQWTNRLYNFFEERKQEINAESRRQSMKHRHGDSLKKKNSLFINMISDEVSGNPSRKKEKLEIHIDGPFGAPASSIFRAEHAVLIATGIGVTPFSSILQSIMSRYFDSKRECPKCTYKWSDNLGRSMMKLRKVDFIWINRDQKSFEWFTKLLHEIELEQAQEELQPETVMNKFMDIHMYFTAALQKTDMRAVGLQVALDILHKKENR-DLVTGLKAKTNAGRPYWNRV--FSQLRDQKKGKITVFYCGNPTLAKILREKCEE 1014
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Match: EMLSAG00000009839 (supercontig:LSalAtl2s:LSalAtl2s63:1106053:1116580:-1 gene:EMLSAG00000009839 transcript:EMLSAT00000009839 description:"maker-LSalAtl2s63-snap-gene-10.65") HSP 1 Score: 184.111 bits (466), Expect = 7.186e-47 Identity = 162/601 (26.96%), Postives = 279/601 (46.42%), Query Frame = 0
Query: 21 HFYERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVY-----MMAGADRPSPRKLSEAFMKGEDGLPSLRNR-TALLAFFGQVVTAEILMASEN-GCPLEIHRIEIDKCDE--MYDEDCRGSTFMPFYRAQYDP--------------------LTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLER--------MFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAF-LGEELRKYNG-YNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLF--GPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLES---NDDPGPLFRAIIKDQFERLRDGDRFWFENLD-NGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVF 576
H ++ + +GW NN+ +P++G + L R A Y D + G PSPR +S + L R T +L FGQ + +I + N G P I ++ CD +C P + DP L GQ PREQ+N+ T +ID S IY + + +R +G L +P + + H+M + + + F GD R ++ P L +F R HN L T+++ +P W+D++++ R + L V + IT Y L II + Y+ + L + + Y+ Y +PGI + F++AAFR+GH+LI P + R ++KE + +RL +++ +M + +I++++RG+ + E +D F+ ++ N LF + FS DLA++NI RGRD+GL YN R NL + + + ++ + ++ + L+ +Y D + ++DL+ GG+ E+ GP F II QF++++ DRFW+EN D N FS ++ ++ ++L +I + D IQK++F
Sbjct: 849 HTHKYRTMNGWCNNLNNPQYGKSVTPLVRFLSAKYDDAISRPRFRSATGKSLPSPRMVSIVVHA---DVSHLHGRYTLMLMQFGQFLDHDITLTPVNKGFPDSI--LDCRGCDSARTVHPEC-----WPISVPKNDPYFPALNTTSGRAHCIAFTRSLPGQQRLGPREQVNQNTAFIDASMIYGNDKCDSIDLRQNIDGRLNTT-----LPSHGRGK---------HLMPKDSSNKECKAASGFCFKGGDARASEQPGLAALHTIFLREHNRLVTKLKRVNPHWSDDELYYEGRHI----------LSAVNQHIT---YNEFLPRIIGWNYMNLYNLRVQTQGYSSDYESTCNPGIFNEFATAAFRFGHSLIRPMLTRMSA--DWKEKKK---HIRLRDGFFNP-----DMLYQETMIDEVIRGLVATPMENQDQFISGEITNHLFEEKKIPFSGLDLAALNIQRGRDHGLRPYNEYRVACNLKKARTFEDLGREI---NADVIKRLKQVY--DSVDDVDLFTGGLSENPLQGALVGPTFACIIGIQFQKIKKCDRFWYENNDANNRFSEAQLTEIRKMTLGKIICENCDIVGD-IQKSIF 1396 HSP 2 Score: 149.443 bits (376), Expect = 3.059e-36 Identity = 158/584 (27.05%), Postives = 246/584 (42.12%), Query Frame = 0
Query: 33 NNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNR----TALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQ------YDPLTGQSPNM---PREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKY-------NGYNPDIHPGIS----HVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLE---SNDDPGPLFRAIIKDQFERLRDGDRFWFE-NLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLD---NDPCH 585
NN+ +P WG R Y DGV + +KL +A + + N TA+ A +G+ V +I L + E CD M+ ++ F P Q G P PREQ+N T ++DGS IY R + G LK G P NV +PL + P+ L+ F GD R N N L L + HN +A ++ +P W++E ++Q ARR+ A +Q I E +PA LGE L K NGYN + + + +A + +L PP + F + + + ST+W +K +I +IL G+S +++ D + D + L +DL + I RGRD+GLP Y VR+T L V N+ +++ + K E+ LET Y + ++++DL+IGG+ E S GP F ++ QF+ L+ GDRFW+E N+ + +++ L+ V+L +I ++ E+Q VF D N P H
Sbjct: 175 NNVKNPMWGVTGAAYLRLVEPQYEDGVGXPRESSILEEKKLPDASTVSSKLVWTHNNPHEHITAIAATWGEFVAHDISYT------LPLSGFE-QCCDSMFRKENAMECF-PIVNDQTVCQEYVRSAIGLKPGCVLGPREQMNFATAFLDGSGIYGSTPKSGEDRRKLEGGLLKM-----GDPEGNV--LPL-DKNNPNCRPNLDGHECFKSGDERVNHNAGLAVLHTLLAKEHNRVARSLEGVNPHWDEETLYQEARRIVSAE----------------------IQHITYNEXLPAILGEVLMKTFDLEPKSNGYNMEYDEXLPVTTLNSVGNAILPFVLSLFPPKLNF------FNSKGKQTGQVPFNSTYWAPFHA-----KDKKLISEILLGLSRTPAQKADLVMARDTKIYL-------NQDLVANIIHRGRDHGLPTYTQVRETCGLSPVRNFEELSNTVDK---EVIGLLETTY--EHVSDVDLFIGGLAERPLSGGVVGPTFGCLLGQQFQILKKGDRFWYENNIPPSAYGKDQLLELRKVTLASLIC-SNFKDIHEVQPEVFLNSDPYLNSPVH 696
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Match: EMLSAG00000000648 (supercontig:LSalAtl2s:LSalAtl2s10:912782:918417:-1 gene:EMLSAG00000000648 transcript:EMLSAT00000000648 description:"maker-LSalAtl2s10-augustus-gene-9.24") HSP 1 Score: 182.57 bits (462), Expect = 1.850e-46 Identity = 162/576 (28.12%), Postives = 275/576 (47.74%), Query Frame = 0
Query: 28 FDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLL---QSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQC-NFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRR----DLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDP---GPLFRAIIKDQFERLRDGDRFWFEN-LDNGIFSPEEIERLKGVSLWDVIV-NASSVKADEIQKNVFFWLDN-----DPCH 585
++G+ NN+ +P WG + R R P YADG+ + G P + + G+ + + + + GQ + + EN P E + I+I D Y + G + R+ TG + PREQIN++T++IDGS +Y + +RSF G LK G ++ NS R+ L + F GD R N+N +T+ L+ R HN +A + +P WNDE +FQ RR+ A +Q IT +YL ++ +++ Y +P +G ++GY+ + +PG ++ ++ AFR+ +LIP D KE+F L ST+++ + + +I++++RG++ +E+ED + ++ NK+F MD SR D+ + I +GRD+G+P Y RK +L + N+ ++ + K+ + +S+ T + IDL+IGG+ E D GP F +I Q + GDR+W+EN + S E++ +++ +L +I N SV+ IQ VF D PCH
Sbjct: 165 YNGYCNNVQNPNWGVANRRYLRYLPPDYADGITVSQGFSEVHPHLMMITAIWGQFIYHDVSHTPQMAGYLGQRLKC-CDIEFENFHP-ECYPIKISSNDPFYSK--AGLRCQEYARSGTASRTGCTLG-PREQINQVTSFIDGSTVYGSSKEEAEELRSFSGGLLKVQHDKKGS---DLLAKDTENSLDCKEDRKSGL-KCFKSGDVRVNENLGLVTMHTLWVRQHNKVAGTLGTLNPHWNDEQIFQETRRIIGAQIQ----------HITFNEYLPVVLGKEAMDRYNLLPQQMG----FFSGYDINTNPGTANGVATTAFRFIMSLIPSTFKFIDPNGKTIKEEF-------LSSTFYNPFSLYED-----GMIDNLIRGLTHSHAEKEDLVINEEMTNKMF--MD-SRTGLGLDILAQTIQQGRDHGIPGYTEWRKFCSLSPIRNFGELENIMGKKTVNILKSVYT-----SVEEIDLFIGGLAEVPSDGAVVGPTFACLIGRQMYYYKTGDRYWYENDIPPSSLSKEQLNQIRKTTLAHIICENIPSVQF--IQPKVFIESDPFLNAFMPCH 695 HSP 2 Score: 143.28 bits (360), Expect = 1.848e-34 Identity = 157/610 (25.74%), Postives = 252/610 (41.31%), Query Frame = 0
Query: 1 MDAKDV----RIFDFDGPADPSPRHFYERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYM-----MAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEI-------------LMASENGCPLEIHR----IEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSL---KWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRK--YNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMD--FSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGI-FSPEEIERLKGVSLWDVIVNASSVKADEIQKNVF 576
+D DV ++F D P H + + GW NN+ PE+G + TR AY DG+ + G+ PSPR +S + + P +R + ++ +GQ V +I L + IH I + K D Y +T PF A + GQ REQ+N++T++ DGS +Y + +R G L K G + P E + F GD R ++ P +L LF R HN +A + +PQW+D+ +F ARR+ +++Q HI + L ++ + + + L + Y Y+ +P I + F++AAFR+GH+LI P R + Q + K G P L+L +++ + +++D++RGVSS E D F+ +V N LF + +S DLAS+NI RGRD+G L L+ GG++ GP F II QF LR DRFW+E + F+ ++ ++ V+L V+ + + IQ+ +F
Sbjct: 826 IDVSDVMDIPKVFQCDEQTLPC-DHTTKYRTLTGWCNNLLFPEYGKSXRAFTRLLAPAYDDGLMSPRSRSVTGSPLPSPRLVS-VNIHNDVSTPHVR-YSLMMMQWGQFVDHDITHTPVNSGFADSILECKDCDAASRIHPECLPIPVPKGDPFY-PSINITTGKPFCLAFTRSMPGQLTLGFREQMNQITSFADGSNVYGSDLCEMREIREMHGGRLNSTKQRHGQKDLLPLTTENKEC----------KSESGYCFEAGDARNSEQPLLTSLHTLFMREHNRIADELIRLNPQWSDDKLFHEARRI-ASSIQQHI------------TWNEFLPRVLGWNAVNLYELGLLPEGYYRSYDEKCNPTILNEFATAAFRFGHSLIKPKFKRMNNQYSEK----GRP-LKLADMFFNPDKL-----HEPGMMDDLIRGVSSTSMETLDQFITDEVTNHLFEDKNTPYSGLDLASLNIQRGRDHG--------------------------------------------GLAETALH-GGLV------GPTFACIIGIQFRNLRKCDRFWYEGGNPLTRFTETQLAEIRKVTLSKVLCDTTD-DITTIQRAIF 1346
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Match: EMLSAG00000006220 (supercontig:LSalAtl2s:LSalAtl2s33:28635:33298:1 gene:EMLSAG00000006220 transcript:EMLSAT00000006220 description:"maker-LSalAtl2s33-augustus-gene-0.24") HSP 1 Score: 174.481 bits (441), Expect = 4.383e-44 Identity = 142/478 (29.71%), Postives = 231/478 (48.33%), Query Frame = 0
Query: 114 PLEIHRIEIDKCDEMYDEDC---RGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKN--GSLKWMAGAPGMP----PYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISERED--SFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLE---SNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFF 577
PL RI +C E G T + F QY REQ+N++T++ID S +Y + +R+ N G L+ P P+N++ P+ P R N+ F+ GD R N+ L++ +++R HN + T+++ +P W+ + ++Q +R++ A +Q HI Y + L II E + E + Y GY+P I IS+VF++AAFR+GHTLI P + R + + ++ S S W Q + ++ ILRG+ +++ D S + ++ KLF DL ++NI RGRD+G+P Y R+ + +WS + + L L+T+YG + NIDL++G ++E G FR I+ +QF+RLRDGDRFW+EN +F+PE++ ++K SL V+ + D + KNVF
Sbjct: 700 PLNDPRISNHRCMEFTRSSATCGSGMTSVFFEAVQY-----------REQLNQLTSYIDASQVYGSEHDLAQNLRNLTNNFGRLREEQXPLEYPKPFLPFNIDH-PVDCRRDP---RASNIG-CFLAGDVRANEQLGLLSMHTIWFRQHNFIVTKLRELNPTWDGDRLYQESRKIIGAQMQ-HIT------------YSHWLPLIIGNEGM-----ELIGPYQGYDPSIDSSISNVFATAAFRFGHTLINPILLRLNRNFSVIDEGHLSLHEAFFSPWRLVQ---------EGGVDPILRGLFISPAKKPDPSSIMNDELTEKLFEAAHNIALDLGALNIQRGRDHGMPSYLKWREFCGFDSIESWSDLATAIPNHG--LRTKLKTLYGD--VRNIDLWVGSLVEPILPGAKIGETFRCILINQFKRLRDGDRFWYEN--PSVFTPEQMSQIKVTSLGGVLCDNGD-DIDRVVKNVFL 1127
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Match: EMLSAG00000001069 (supercontig:LSalAtl2s:LSalAtl2s117:1071016:1073247:1 gene:EMLSAG00000001069 transcript:EMLSAT00000001069 description:"augustus_masked-LSalAtl2s117-processed-gene-10.0") HSP 1 Score: 168.703 bits (426), Expect = 4.029e-43 Identity = 162/594 (27.27%), Postives = 258/594 (43.43%), Query Frame = 0
Query: 18 SPRHFYERQR-FDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYM----MAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCP-------------LEIHR----IEIDKCDEMYDEDCRGSTFMPFYRAQ----YDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYN----VERVPL-FNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKY-----------NGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFG-PMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLES---NDDPGPLFRAIIKDQFERLRDGDRFWFENLD-NGIFSPEEIERLKGVSLWDVIVNAS 564
+P+ ER R +G NN+ HP WG+ N R +ADG+ G PS R +S + M ++G T LL +GQ + +I +++E P +H IEI D + + M F R+Q Y+ G PR+ N +++ +D +YS+ + + ++R +K+G LK + P +N E +PL SP +R F+ GD N+ + LF R HN +A ++ +P WNDE +FQ R + IA L HI+ E++P LG+E+ + N Y+ +P S VF SAAFR+GH+L+P I R + R S L+ + A ++ L G+ +Q+++ D L +V N LF P DLA++NI R R++G+P YN R+ LP++ WS + + + S IY S +ID++ G+ E GP II QF LR GDR+W+EN F+ E++E ++ + ++ + S
Sbjct: 150 TPKCTVERYRSVNGMCNNVEHPHWGAAMNGHHRFLAPNFADGISAPRASKTGNPLPSARIVS-SNMHRDEGFHD-HAVTILLVAWGQFIDHDITLSAETKDPRTGKTPKCCEEGQTAVHPNCLPIEIPSHDTFFSK--HKQRCMNFVRSQAGLRYNCRLG-----PRDTFNEVSSLLDAGTVYSNSDETLESLRLYKDGLLKML------PVFNEFEMKELLPLKLESPDEGCIRPSEDVYCFLAGDAXVNEQTVLAMIHTLFAREHNRIAGELKKVNPHWNDETIFQETRHI-IAALISHINY---------------------NEFLPMVLGKEVMQQHDLILLKNGYSNSYDTFTNPSASTVFVSAAFRFGHSLLPSTIERWSKTHRYIGSQRLSEMLQQPYDLYKAGWA-----------DNYLMGLVNQVAQALDDSLSQEVTNHLFQEPGKKFGLDLAALNIQRAREHGVPGYNGWREWXGLPKIHRWSDLRGLMSNSSVHGYAS---IYESP--DDIDIWSAGITEKPLPGSMIGPTLACIIGKQFHNLRHGDRYWYENGGWPSSFTLEQLEEIRKIKFSRILCDNS 690
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Match: EMLSAG00000002939 (supercontig:LSalAtl2s:LSalAtl2s168:430928:460867:-1 gene:EMLSAG00000002939 transcript:EMLSAT00000002939 description:"maker-LSalAtl2s168-snap-gene-4.8") HSP 1 Score: 166.777 bits (421), Expect = 1.555e-42 Identity = 148/528 (28.03%), Postives = 235/528 (44.51%), Query Frame = 0
Query: 26 QRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAG--ADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEI-------------LMASENGCPLEIHR-------IEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNM-PREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMA-GAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLG------EELRKYN------GYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFR 517
+R DG NN +P WG + L R PA Y DG+ + G +D PS RK+S+ + D + T LL +GQ + +I LM E+G L+ R IEI + D Y G M F R+ P N+ PREQ+N++T +IDGS +Y ++A +R K G L+ G + P N E + F GD R N+ + ++ R HN +A + +P WNDE +FQ AR++ A LQ I E++P LG E+LR Y+P ++P I++VFS+AAFR+GHTL+ ++ G D + L T ++ + K+ I +++ G+++Q S+ D+ ++ +LF + DL ++NI RGRD+G+ Y R+ L + W + + PEL L+ IY + ++D++IGG++E + G + R
Sbjct: 243 RRIDGSCNNFNNPNWGKANIPLERLLPATYDDGISIPRGENSDLPSARKVSDVLIGDRDAPSPIY--TLLLMQWGQFMDHDITHSPIVRGDDDEELMCCEDGKILDESRRHPECFHIEITEDDTFYSR--FGRRCMEFVRSS--PSLRSECNLGPREQVNQITAFIDGSQLYGSEKAENIRLRLGKQGRLRVTKYGHQELLPLNPEECSDDDEQ----------RYCFEAGDTRVNEQLHLTLMHTIWLREHNRIAGELAYLNPYWNDERIFQEARKIVGAQLQ----------------------HITYNEWLPLILGDKFVNEEDLRPLENYEYSESYDPSVNPSITNVFSTAAFRFGHTLVQGFLHSHRG------DGFDRKTIVLHETNFEPYEMYL-----KNAINNLINGITTQRSQDFDASFTQEITRRLFQGNESVGMDLVALNIQRGRDHGIQSYVRYRRVCGLSEIRTWRDFSQVV--SSPELVPRLQLIYND--VDDVDVFIGGVMERKGEDGLVER 717
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Match: EMLSAG00000005120 (supercontig:LSalAtl2s:LSalAtl2s270:285700:294491:1 gene:EMLSAG00000005120 transcript:EMLSAT00000005120 description:"maker-LSalAtl2s270-augustus-gene-3.23") HSP 1 Score: 166.007 bits (419), Expect = 4.297e-42 Identity = 166/592 (28.04%), Postives = 262/592 (44.26%), Query Frame = 0
Query: 27 RFDGWFNNM-AHPEWGSNDNRLTRKAPAAYAD-----GVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEI--------LMASE----NGC--PLEIHR----IEIDKCD-----EMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVL----GDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELR--------KYNGYNPDIHPGIS----HVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMD--------FSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPL---FRAIIKDQFERLRDGDRFWFEN-LDNGIFSPEEIERLKGVSLWDVIV 561
+ DG NN+ + WGS L R P+ Y D + + G+ P+ R +S AF +G N T +L +GQ + +I L + E N C L +H I I K D + +D+ R TF + GQ R+Q+N+ + +D S +Y + +R FK G LK PY PL +P E F + GD R+N+ P +L LF R HN + +++ +P+W+D+ +FQ AR R+ R+I Q I E+IP L ++R K N Y PD + S + FS+AAFR+GHTLI P I N + P ++ ++ + I+ ++ G+S+Q E DSF+ SD+RN+LF + S DLA++NI RGRD+G+P Y R +++++++ K + L+++Y + + +IDL+ GG+LE + G + F II QF+ LR DR+WFEN F+ ++ +K VSL ++
Sbjct: 109 KLDGACNNLWKNRRWGSRLQPLRRILPSVYNDHISEPKIKSINGSYLPNARVVSNAFHQGNRITSRKHNYTLMLMQWGQFLDHDISFTPNVRALRSGEAFNCNSCDSTLFVHPACFPIMIPKNDPYFPAQAHDQKRRCLTFT-------RSMPGQKNIGKRQQLNQNSGLLDASHVYGSSICSSNALRKFKYGHLKVTNH-----PYQSYFKPL----MPMKQNIFECESHFGMCFHSGDDRSNEQPGLTSLHTLFVREHNYICDQLRIYNPKWSDDTLFQEAR--------------RILRAIN--------QQITYNEFIPRILNHQMRSKFGLILQKRNTYFPDYNSSCSADVFNEFSTAAFRFGHTLIAPMI-------NMINQIQRIPKHVRLRHHFNNPDIM----QSPKFIDYLVNGLSNQKIEEYDSFIESDLRNRLFEEIKSRNSSFVPHSGLDLAALNIQRGRDHGIPGYVKYRNWCKKENITSFNELRRVFNK---TIIRKLKSVYKN--VQDIDLFTGGILEESMKGGLVGETFGCIIGLQFKHLRYCDRYWFENPFPYMRFTRAQLREIKKVSLASIVC 646
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Match: gi|380865378|sp|Q9VQH2.2|DUOX_DROME (RecName: Full=Dual oxidase) HSP 1 Score: 1882.46 bits (4875), Expect = 0.000e+0 Identity = 896/1516 (59.10%), Postives = 1131/1516 (74.60%), Query Frame = 0
Query: 24 ERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPG-MPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVT-RDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDS--VNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
E+QR+DGW+NN+AHP+WGS D+ L RKAP +Y+DGVY MAGA+RPS R+LS FM+G+DGL S NRTALLAFFGQ+V EI+MASE+GCP+E+HRIEI+KCDEMYD +CRG ++PF+RA YD TGQSPN PREQIN+MT WIDGSFIYS EAW++ MRSF NG+L + G +P N RVPLFN+P+P VM+ L+ ER+F+LGDPRTNQNPA L+ ILF RWHN LA RI+ HP W+DED++Q AR IA+LQ ++I YEY+PAFLG L Y GY DIHPGI H+F +AAFR+GHT+IPPGIYRRDGQCNFKE G PA+RLCSTWWD+ G + + +E++L G++SQISERED LCSDVR+KLFGPM+F+RRDL ++NIMRGRDNGLPDYNT R+++ L R W+ INP L++ PEL + L+ Y + L ++D+Y+GGMLES PG F A+IK+QF+RLRD DRFWFEN NGIF+PEEI L+ ++LWD+IVN++ VK +EIQK+VF W DPC QP QL A+ + C YL G++ F GSE ++Y VF F P+ CA AGY ++KL N +RRR + Q + G+ + REW+ N R V V FG + +RK + LR +L D + VE + + +P IL+++P +DLVLE +S +R++F+ K+E F+ +K + ++ V + ML +AET+ERRQKRLE+FFREAYALTFGLR GE+R+ S ++ D + VMRT+L++ EFA ALGM+ +D FV+KMF I EFL+TVVLFS G +DDK+RIIFDMCD + NGVI+K EL EM+ SLVE+A+T + V +LID MF+ G + K LTY+DF+ +M+++ GDF+ +GLDCKGA NFLDT+TN+ARM +F +E ++ R +L KWD TFLEENRQ+IFYL F+ + + LF ERFIHY +M EH DLRHIMGVGIAITRG AA+LSF YS+LLL+MSRNL+TKLKE QYIP+DSH+QFHKI ACTALFFS LH+VGH+VNFY V++Q E+L CL+ E+ F SD +P I +WLFQT+TG TG++L+ I+CIIF+FAHP +R+KAY FFW H LY+ Y+L L+HGL R+T PRFW+FF+ PG ++ DKI SLR YM LD+++T++LPSDVIKI FYRPPN Y SGQW+R+SC E HS T+TSAPHE+FLS HIKA+GPWTW+LRNYFD N PED+ +++G GGNQ+WYKFEVAVM+G GIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWI PSH+ FEWF+DVLRDVE+KDVTNVLE+HIFITQFFHK+DLRTTML YICENHFQRLS+TS+FT LKA NHFGRPDM+SFL+FVQ+KHSYVSK+GVFSCGP P+ K + +AC+EVN+TRKLPYF HHFENF
Sbjct: 68 EKQRYDGWYNNLAHPDWGSVDSHLVRKAPPSYSDGVYAMAGANRPSTRRLSRLFMRGKDGLGSKFNRTALLAFFGQLVANEIVMASESGCPIEMHRIEIEKCDEMYDRECRGDKYIPFHRAAYDRDTGQSPNAPREQINQMTAWIDGSFIYSTSEAWLNAMRSFHNGTL--LTEKDGKLPVRNTMRVPLFNNPVPSVMKMLSPERLFLLGDPRTNQNPAILSFAILFLRWHNTLAQRIKRVHPDWSDEDIYQRARHTVIASLQ----------------------NVIVYEYLPAFLGTSLPPYEGYKQDIHPGIGHIFQAAAFRFGHTMIPPGIYRRDGQCNFKETPMGYPAVRLCSTWWDSSGFFADTS-----VEEVLMGLASQISEREDPVLCSDVRDKLFGPMEFTRRDLGALNIMRGRDNGLPDYNTARESYGLKRHKTWTDINPPLFETQPELLDMLKEAYDNK-LDDVDVYVGGMLESYGQPGEFFTAVIKEQFQRLRDADRFWFENERNGIFTPEEIAELRKITLWDIIVNSTDVKEEEIQKDVFMWRTGDPCPQPMQLNATELEPCTYLEGYDYFSGSELMFIYVCVFLGFVPILCAGAGYCVVKLQNSKRRRLKIRQEALRAPQHKGSVDK--MLAREWLHANHKRLVTVKFGPEAAIYTVDRKGEKLRTFSLKHIDVVSVEESATNHIKKKPYILLRVPSDHDLVLELESYGARRKFVKKLEDFLLLHKKEMTLMEVNRDIMLARAETRERRQKRLEYFFREAYALTFGLRPGERRRRSDASSDGEVMTVMRTSLSKAEFAAALGMKPNDMFVRKMFNIVDKDQDGRISFQEFLETVVLFS-RGKTDDKLRIIFDMCDNDRNGVIDKGELSEMMRSLVEIARTTSLGDDQVTELIDGMFQDVGLEHKNHLTYQDFKLMMKEYKGDFVAIGLDCKGAKQNFLDTSTNVARMTSFNIE-PMQDKPRHWLLAKWDAYITFLEENRQNIFYLFLFYVVTIVLFVERFIHYSFMAEHTDLRHIMGVGIAITRGSAASLSFCYSLLLLTMSRNLITKLKEFPIQQYIPLDSHIQFHKIAACTALFFSVLHTVGHIVNFYHVSTQSHENLRCLTREVHFASDYKPDITFWLFQTVTGTTGVMLFIIMCIIFVFAHPTIRKKAYNFFWNMHTLYIGLYLLSLIHGLARLTGPPRFWMFFLGPGIVYTLDKIVSLRTKYMALDVIDTDLLPSDVIKIKFYRPPNLKYLSGQWVRLSCTAFRPHEMHSFTLTSAPHENFLSCHIKAQGPWTWKLRNYFDPCNY------NPEDQPKIRIEG------PFGGGNQDWYKFEVAVMVGGGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWICPSHKHFEWFIDVLRDVEKKDVTNVLEIHIFITQFFHKFDLRTTML-YICENHFQRLSKTSIFTGLKAVNHFGRPDMSSFLKFVQKKHSYVSKIGVFSCGPRPLTKSVMSACDEVNKTRKLPYFIHHFENF 1536
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Match: gi|74959793|sp|O61213.2|DUOX1_CAEEL (RecName: Full=Dual oxidase 1; Short=DUOX1; AltName: Full=Blistered cuticle protein 3; AltName: Full=NADPH thyroid oxidase 1; Flags: Precursor) HSP 1 Score: 1166.37 bits (3016), Expect = 0.000e+0 Identity = 622/1536 (40.49%), Postives = 916/1536 (59.64%), Query Frame = 0
Query: 24 ERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELR--KYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIY--RRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNL-PRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDD-PGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLI--KLTNGRRRRA---RTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMV--EVTRDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPS--HSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGF-QDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVG--YSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYF-----DSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRL-SRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
E QR+DGW+NN+A+ EWGS +RL R A + Y+DGVY + + PS R+LS+ KGE G+P+ R T LLAFF QVV EI+ ++ CPLE +I++ CD ++D++C G T +PF RA+YD TG N PREQIN T+WIDGSFIY + WVS++RSFK G L G PG PP N +PL N P V R ++ +R+F+LGD R N+NP L+ G++ +RWHN A +I +HP W DE +FQAARR+ IA++Q IIAY+++P LGE++R Y Y P + PGISH F +AAFR+ H+++PP + +R +C F+ + G PALRLC WW+AQ ++ + +++I+ G++SQI+ER+D+ + D+R+ +FGPM FSR D+ + +IMRGRDNG+P YN +R+TF L P+ W +N YK+H E L+ +YG + L +D Y+GGMLE ++ PG LF+ IIKDQF R+RDGDRFWFEN NG+F+ EE++ + ++L D+I + + +QK+VFF+ + DPC QP Q+ +G+ C + ++T Y++ L+ P+ C G L+ ++ G T+ N +C K + + EW++ R VR+ N + + + ILRK+ + + + +A + P +L+ ++ LV+ S+ +FL +I SG+ + + +L +A TKERRQ RL+ FFREAYA F + + S SNDD ++ ++R+E A+A+GM+ ++ FVK+MF + EFL TV+ + K++ +F MCD + + +L E++ SL + A + + +L + + +G D + LTY+DF +L D D VGL N+ + + + +FA+ R ++ +++ FLE RQH+F + F ++N+ LF ERF HY YM E+ DLR +MG GIAITRG A ALSF +++LL++ RN++T L+E+ QYIP DS + FHKI A A F++ LH+VGH VNFY V +Q E L+CL E F S+ P+I YW F T+TGLTGI L A++CII++FA P ++AY F L+H L + FY L LLHGL ++ P+F + + P +F+ D+I L + Y +L+I+ EILPSD+I I + RP F Y+SGQW+ VS + ++E H+ +I S+P ++ + ++IKA GPWTW+LR+ S KGP GD GNQEW +EVA+M+GAGIGVTPYAS L DLV TS++ + V C+KVYFLW+ +H+++EWF+DVL++VE + + +LE HIF+TQ FHK+DLRTTML YICE HF+ S S+FT L A NHFGRP+ +F +F+Q +H SK+GVFSCGP + + I+ C + NR R P F+H FE F
Sbjct: 27 EFQRYDGWYNNLANSEWGSAGSRLHRDARSYYSDGVYSVNNS-LPSARELSDILFKGESGIPNTRGCTTLLAFFSQVVAYEIMQSNGVSCPLETLKIQVPLCDNVFDKECEGKTEIPFTRAKYDKATGNGLNSPREQINERTSWIDGSFIYGTTQPWVSSLRSFKQGRLA--EGVPGYPPLNNPHIPLNNPAPPQVHRLMSPDRLFMLGDSRVNENPGLLSFGLILFRWHNYNANQIHREHPDWTDEQIFQAARRLVIASMQ----------------------KIIAYDFVPGLLGEDVRLSNYTKYMPHVPPGISHAFGAAAFRFPHSIVPPAMLLRKRGNKCEFRTEVGGYPALRLCQNWWNAQDIVKEYS-----VDEIILGMASQIAERDDNIVVEDLRDYIFGPMHFSRLDVVASSIMRGRDNGVPPYNELRRTFGLAPKT--WETMNEDFYKKHTAKVEKLKELYGGNILY-LDAYVGGMLEGGENGPGELFKEIIKDQFTRIRDGDRFWFENKLNGLFTDEEVQMIHSITLRDIIKATTDIDETMLQKDVFFFKEGDPCPQPFQVNTTGLEPCVPFMQSTYWTDNDTTYVFTLIGLACVPLICYGIGRYLVNRRIAIGHNSACDSLTTDFANDDCGAKGDI---YGVNALEWLQEEYIRQVRIEIE-NTTLAVKKPRGGILRKIRFETGQKIELFHSMPNPSAMHGPFVLLSQKNNHHLVIRLSSDRDLSKFLDQIRQAASGINAEVIIKDEENSILLSQAITKERRQDRLDLFFREAYAKAFNDSELQDSETSFDSSNDD---ILNETISREELASAMGMKANNEFVKRMFAMTAKHNEDSLSFNEFL-TVLREFVNAPQKQKLQTLFKMCDLEGKNKVLRKDLAELVKSLNQTAGVHITESVQL-RLFNEVLHYAGVSNDAKYLTYDDFNALFSDI-PDKQPVGLPFN--RKNYQPSIGETSSLNSFAVVDRSINSSAPL--TLIHKVSAFLETYRQHVFIVFCFVAINLVLFFERFWHYRYMAENRDLRRVMGAGIAITRGAAGALSFCMALILLTVCRNIITLLRETVIAQYIPFDSAIAFHKIVALFAAFWATLHTVGHCVNFYHVGTQSQEGLACLFQEAFFGSNFLPSISYWFFSTITGLTGIALVAVMCIIYVFALPCFIKRAYHAFRLTHLLNIAFYALTLLHGLPKLLDSPKFGYYVVGPIVLFVIDRIIGLMQYYKKLEIVNAEILPSDIIYIEYRRPREFKYKSGQWVTVSSPSISCTFNESHAFSIASSPQDENMKLYIKAVGPWTWKLRSELIRSLNTGSPFPLIHMKGP--------YGD---------GNQEWMDYEVAIMVGAGIGVTPYASTLVDLVQRTSSDSFHRVRCRKVYFLWVCSTHKNYEWFVDVLKNVEDQARSGILETHIFVTQTFHKFDLRTTML-YICEKHFRATNSGISMFTGLHAKNHFGRPNFKAFFQFIQSEHKEQSKIGVFSCGPVNLNESIAEGCADANRQRDAPSFAHRFETF 1497
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Match: gi|81866480|sp|Q8CIY2.1|DUOX1_RAT (RecName: Full=Dual oxidase 1; Flags: Precursor) HSP 1 Score: 1025 bits (2649), Expect = 0.000e+0 Identity = 587/1586 (37.01%), Postives = 888/1586 (55.99%), Query Frame = 0
Query: 23 YERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYM-MAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFK----EDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKL-TNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVR-VLFGLN-GEVTLTNRKSDILRKVNLNCSD--NLMVEVTRDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGL-RAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTAD-VDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGAN-------------------------------HNFLDTTTNIARMQT------------------------FAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPEL------SFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
+E QRFDGW+NN+ WGS +RL R PA+YADGVY + P+PR LS M+G G PSLRNRT L FFG V ++++ GCP E I I + D ++D D RG+ +PF R+++D TGQSP+ PR+ N++T W+DGS IY +W T+RSF G L P P + + ++ +P P + + ++ G R N+ P LG+L++R+HN+ A R+ +HP W DE++FQ AR+ IAT Q +I YE++P+FL + +Y GY+P + P IS F A+ ++ T++PPG+Y R+ C+F+ + S ALR+C+++W + ++ D + L G++SQI+ERED + DV++ GP+ FSR D + + RGRD GLP Y R+ LP VS+W INP L + + + E+ +Y D L+ ++L GG+LES+ DPGPLF AI+ DQF RLRDGDR+WFEN NG+FS EEI ++ SL D++V ++V +Q +VFFWL DPC QP+QL G+P+C L + F+GS + + FP+ + + + +L +R R ++ + C K G + EW + P R VL L G++ + + + +LR + L NL++ R R +L+KIP+ YDLVL F+ E R+ + I + + S + + ++ ++ A T+++R LE FFR ++ + +A P S+ + L+R EFA++LG++ D FV+ MF + EFLD +V+F G+ ++K R++F M D + NG+I K E ML S +E+ ++ L+ D + ++++SMF SGFQDKE LT+EDF +++D + D L KG N T ++ R+Q E E +R + + F+E R+HI + F+++ LF ER +Y + H+ + VGI ++RG AA++SF +S +LL+M RNL+T L+E+ ++YIP D+ + FH+ A TA+ + LHS GH+VN Y + PL LSCL P+L FP +W FQT+ GLTG+LL + I+++FA RR+++R FWL+H LY+ YIL ++HG + +PRF +FF+ P I++ DK+ SL R +E+ +++ E+LPS V + F RP F Y+SGQW+R++C +G +EYH T+TSAPHED LS+HI+A GPWT RLR + S + ++ P K+ DG + G+QEW+KFEV+V++GAGIGVTP+ASIL DLVF +S + V CKK+YF+W+T + R FEW D++R+VE+ D +++ +HI+ITQ K+DLRTTML YICE HFQ++ SLFT L++ HFGRP F +Q H V K+GVFSCGP + K + AC+ +N+ + +FSHH+ENF
Sbjct: 27 WEVQRFDGWYNNLMEHRWGSKGSRLQRLVPASYADGVYQPLREPYLPNPRHLSNRVMRGPAGQPSLRNRTVLGVFFGYHVLSDLVSVETPGCPAEFLNIYIPRGDPVFDPDKRGNVVLPFQRSRWDRSTGQSPSNPRDLTNQVTGWLDGSAIYGSSHSWSDTLRSFSGGQLA-SGPDPAFPRNSQNSLLMWMAPDPATGQG-GPQGLYAFGAQRGNREPFLQALGLLWFRYHNLCAKRLAQEHPHWGDEELFQHARKRVIATYQ----------------------NIAMYEWLPSFLKQTPPEYPGYHPFLDPSISPEFVVASEQFLSTMVPPGVYMRNASCHFQGIANRNSSVSGALRVCNSYWSRENPKLQRAEDVDAL---LLGMASQIAEREDHLVVEDVQDFWPGPLKFSRTDYLASCLQRGRDLGLPSYTKAREALGLPPVSHWQDINPALSRSNGTVLEATAALYNQD-LSRLELLAGGLLESHGDPGPLFSAIVLDQFVRLRDGDRYWFENNRNGLFSKEEIAEIRNTSLRDILVAVTNVDPSALQPSVFFWLAGDPCPQPSQLSTQGLPACAPLFVRDYFKGSGFGFGLTIGTLCCFPLVSLLSAWIVARLRMRNFKRLQRQDRQSIMCEKLVGG-----VEALEW--QGRKEPCRPVLVHLQPGQIRVVDGRLTVLRTIQLRPPQQVNLILSSNR----GRRTLLLKIPKEYDLVLLFNMEEERQALVENIRAALKENGLSFQEWELREQELMRAAVTRQQRGHLLETFFRHLFSQVLDINQADAGTLPLDSSTKVREALTCELSRAEFADSLGLKPQDMFVESMFSLADKDGNGYLSFREFLDILVVF-MKGSPEEKSRLMFRMYDFDGNGLISKDEFIRMLRSFIEI--SNNCLSKDQLAEVVESMFRESGFQDKEELTWEDFHFMLRDHDSDLRFTQLCVKGVEVPEVIKNLCRRASYISQEKICPSPRMSAHCARNNTKTASSPQRLQCPVDTDPPQEIRRRFGKKVTSFQPLLFTEAHREKFQRSRRHQTVQQFKRFIENYRRHIGCVAVFYTITGALFLERAYYYAFAAHHSGITDTTRVGIILSRGTAASISFMFSYILLTMCRNLITFLRETFLNRYIPFDAAVDFHRFIASTAIILTVLHSAGHVVNVYLFSISPLSVLSCLFPDLFHDDGSEFPQKYY----WWFFQTVPGLTGVLLLLALAIMYVFASHHFRRRSFRGFWLTHHLYIFLYILLIIHGSFALIQMPRFHIFFLVPAIIYVGDKLVSLSRKKVEISVVKAELLPSGVTHLRFQRPQGFEYKSGQWVRIACLALGTTEYHPFTLTSAPHEDTLSLHIRAAGPWTTRLREIY-SPPTGDTCARYP------KLYLDGPFGE----GHQEWHKFEVSVLVGAGIGVTPFASILKDLVFKSSVS--CQVFCKKIYFIWVTRTQRQFEWLADIIREVEENDSRDLVSVHIYITQLAEKFDLRTTML-YICERHFQKVLNRSLFTGLRSVTHFGRPPFEPFFNSLQEVHPQVRKIGVFSCGPPGMTKNVEKACQLINKQDRT-HFSHHYENF 1551
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Match: gi|81868356|sp|Q9ES45.1|DUOX2_RAT (RecName: Full=Dual oxidase 2; AltName: Full=Large NOX 2; AltName: Full=Long NOX 2; AltName: Full=NADH/NADPH thyroid oxidase THOX2; AltName: Full=Thyroid oxidase 2; Flags: Precursor) HSP 1 Score: 1020.76 bits (2638), Expect = 0.000e+0 Identity = 579/1555 (37.23%), Postives = 889/1555 (57.17%), Query Frame = 0
Query: 13 GPADPS-----PRHFYERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYM-MAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNF----KEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSR-PVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGL-RAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTAD-VDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDT--TTNIARM---------QTFAMEYRL------EHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPEL--SFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
GP P+ P E QR+DGWFNN+ + + G+ ++L R PA YADGVY + P+ R LS+A KG+ GLPS NRT L FFG V ++++ GCP E I I + D ++D D RG+ +PF R+++D TGQSP+ PR+ N++T W+DGS IY +W T+RSF G L P P + + ++ +P P + + ++ G R N+ P LG+L++R+HN+ A R+ +HP W DE++FQ AR+ IAT Q +I Y+++P+FL + +Y+GY P + P IS F +A+ ++ T++PPG+Y R+ C+F KE SPALR+C+ +W + ++ +D+ + +L G++SQISE ED + D+R+ GP +SR D + +I GRD GLP Y+ + L NWS +NP K P++ E+ +Y D L+ ++L++GG+LES+ DPGPLF II DQF RLRDGDR+WFEN NG+FS EEI ++ +L DV+V S+V +Q NVFFW + PC QP QL G+P C + + F+GS Y L+ FPV + + + N R R + KK + + EW P +S PV V + + + +++ +LR + L + V + ++ R +L+KIP+ YDLVL F+SE R F+ ++ + + + ++ +L KA TK++R LE FFR+ +A + +A P S+ + L+R EFA++LG++ D FV+ MF + EFLD +V+F G+ DK R++F M D + NG + K E M+ S +E+ ++ L+ D + ++++SMF SGFQDKE LT+EDF +++D + D L KG D +N R+ + A RL E +RG+L +K + F+E R+HI + F ++ LF++R +Y + + D+ VGI ++RG AA++SF +S +LL+M RNL+T L+E+ ++YIP D+ + FH+ A A+ + +HS+GH VN Y + PL ++C+ P + + S + P +W F+T+ G+TG+LL ++ I+++FA RR ++R FWL+H LYVV Y L ++HG + +P F ++F+ P I++ DK+ SL R +E+ +++ E+LPS V + F RP F Y+SGQW+R++C +G +EYH T+TSAPHED LS+HI+A GPWT RLR + S + ++ P K+ DG + G+QEW+KFEV+V++G GIGVTP+ASIL DLVF +S + + CKK+YF+W+T + R FEW D++R+VE+ +++ +HI+ITQ K+DLRTTML YICE HFQ++ SLFT L++ HFGRP FL +Q H V K+GVFSCGP + K + AC+ +NR + +F HH+ENF
Sbjct: 18 GPLGPAGGQDAPSLPREVQRYDGWFNNLKYHQRGAAGSQLRRLVPANYADGVYQALQEPLLPNARLLSDAVSKGKAGLPSAHNRTVLGLFFGYHVLSDLVSVETPGCPAEFLNIYIPRGDPVFDPDKRGNVVLPFQRSRWDRSTGQSPSNPRDLTNQVTGWLDGSAIYGSSHSWSDTLRSFSGGQLA-SGPDPAFPRNSQNSLLMWMAPDPATGQG-GPQGLYAFGAQRGNREPFLQALGLLWFRYHNLCAKRLAQEHPHWGDEELFQHARKRVIATYQ----------------------NIALYQWLPSFLQKTPPEYSGYRPFMDPSISPEFVAASEQFLSTMVPPGVYMRNSSCHFREFPKEGSSSSPALRVCNNYWIREN--PSLKTAQDV-DQLLLGMASQISELEDRIVIEDLRDYWPGPDRYSRTDYVASSIQSGRDMGLPSYSQALQALGLEPPKNWSALNP---KVDPQVLEATAALYNQD-LSRLELFLGGLLESHGDPGPLFSNIILDQFVRLRDGDRYWFENTRNGLFSKEEIAEIRNTTLRDVLVAVSNVDPSALQPNVFFWQEGAPCPQPQQLTTEGLPQCVPVTVIDYFEGSGAGYGVTLLAVCCFPVVSLIIAWVVARFRN--RERKMLLKKGKESLKKQ--TASDGVPAMEWPGPKESSYPVTVQLLPDRSLKVLDKRLTVLRTIQLQPTQQ--VNLILSSSHGRRTLLLKIPKEYDLVLMFNSEEDRDAFVQLLQDLCVCSTPGLRIAEMDEKELLRKAVTKQQRAGILEIFFRQLFAQVLDINQADAGTLPLDSSQQVREALTCELSRAEFADSLGLKPQDMFVESMFSLADKDGNGYISFREFLDILVVF-MKGSPQDKSRLMFTMYDLDGNGFLSKEEFFTMMRSFIEI--SNNCLSKDQLAEVVESMFRESGFQDKEELTWEDFHFMLRDHDSDLRFTQLCVKGGAGGTGDIFKQSNACRVSFLTRTPGNRVMAPSPRLYTEALQEKMQRGFLAQKLKQFKRFVENYRRHIVCVTIFSAICAGLFADRAYYYGFASPPTDIEETTYVGIILSRGTAASISFMFSYILLTMCRNLITFLRETFLNRYIPFDAAVDFHRWIAMAAVVLAVVHSLGHAVNVYIFSVSPLSLMTCVFPSVFVNDGSKLPPKYYWWFFETVPGMTGVLLLLVLAIMYVFASHHFRRHSFRGFWLTHHLYVVLYALIIIHGSYALIQLPSFHIYFLVPAIIYVGDKLVSLSRKKVEISVVKVELLPSGVTYLQFQRPKTFEYKSGQWVRIACLSLGTNEYHPFTLTSAPHEDTLSLHIRAVGPWTTRLREIY-SPPVGGTSARYP------KLYLDGPFGE----GHQEWHKFEVSVLVGGGIGVTPFASILKDLVFKSSMG--TQMLCKKIYFIWVTRTQRQFEWLADIIREVEENGSRDLVSVHIYITQLAEKFDLRTTML-YICERHFQKVLNRSLFTGLRSVTHFGRPPFELFLDSLQEVHPQVHKIGVFSCGPPGMTKNVEKACQLINRQDR-AHFVHHYENF 1517
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Match: gi|75047044|sp|Q8HZK2.2|DUOX2_PIG (RecName: Full=Dual oxidase 2; AltName: Full=NADH/NADPH thyroid oxidase p138-tox; Flags: Precursor) HSP 1 Score: 1015.76 bits (2625), Expect = 0.000e+0 Identity = 573/1575 (36.38%), Postives = 879/1575 (55.81%), Query Frame = 0
Query: 23 YERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADR-PSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFK----EDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPN-KSRPVRVLFGLNGEVTLTNRKSDILR--------KVNLNCSDNLMVEVTRDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGL-RAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFL-----DTTTNIARM------QTFAMEYRL---EHTERG--YLRKKWD--------RLTT---------------------FLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSF--PSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
+E QR+DGWFNN+ E G+ + L R PA YADGVY G P+PR+LS M+G GL S+RNRT L FFG V ++++ + GCP E I I D ++D G +PF R+++DP TGQSP+ PR+ N +T W+DGS IY +W +RSF G L P P + + ++ P P +R + ++ G + N+ P LG+L++R+HN+ A ++ +HP W DE++FQ AR+ IAT Q SI YE++P+FL + Y Y P + P IS F +A+ ++ T++PPG+Y R+ C+F+ E + PALR+C+++W + N+N + + + +L G++SQISE ED + D+R+ GP FSR D + +I RGRD GLP Y + L NWS NP + P++ E+ +Y D L+ ++L+ GG+LES DPGPLF I+ DQF RLRDGDR+WFEN NG+FS EEI ++ +L DV+V ++V + +Q NVF W ++ PC QP QL +P C L F+GS + +V P+ G++ R R+ + + KK K + EW P +S PV + + + + +R +LR +VNL S+NL R +L+KIP+ YDLVL F+SE R F+ ++ F + +++ + + + KA TK++R + LE FFR +A + +A P S+ + L+R EFA +LG++ D FV+ MF + EFLD +V+F G+ +DK R++F M D + NG + K E M+ S +E++ + + A + ++++SMF +GFQDK+ LT+EDF +++D + + L KG D ++ ++ + ++ RL E +E G L+K++ RL T F+E R+HI + F ++ LF ER +Y +++ + + VGI ++RG AA++SF +S +LL+M RNL+T L+E+ + Y+P D+ + FH+ A AL + LHSVGH+VN Y + PL L+C+ P + S + +W FQT+ G+TG+LL ++ I+++FA P RR+++R FWL+H Y++ Y+L ++HG + +PRF +FF+ P I++ DK+ SL R +E+ +++ E+LPS V + F RP F Y+SGQW+R++C +G +EYH T+TSAPHED LS+HI+A GPWT RLR + S + + ++ P K+ DG + G+QEW+KFEV+V++G GIGVTP+ASIL DLVF +S S + CKK+YF+W+T + R FEW D++R+VE+ D +++ +HI+ITQ K+DLRTTML YICE HFQ++ SLFT L++ HFGRP F +Q H V K+GVFSCGP + K + C+ +NR + +F HH+ENF
Sbjct: 33 WEVQRYDGWFNNLRQHEHGAAGSPLRRLVPANYADGVYQALGEPLLPNPRQLSHTTMRGPAGLRSIRNRTVLGVFFGYHVLSDLVSIEKPGCPAEFLNIHIPPGDPVFDPHKSGDVVLPFQRSRWDPNTGQSPSNPRDLTNEVTGWLDGSAIYGSSHSWSDELRSFSGGQLA-SGPDPAFPRQAQDPLFMWTPPDPATGQR-GPQGLYAFGAEQGNREPFLQALGLLWFRYHNLCAQKLAREHPLWGDEELFQHARKRVIATYQ----------------------SITMYEWLPSFLQQTPPNYTEYRPFLDPSISPEFLAASEQFFSTMVPPGVYMRNASCHFQMVLNESYGSFPALRVCNSYWIREN--PNLN-SAEAVNQLLLGMASQISELEDWIVVEDLRDYWPGPGKFSRTDYVASSIQRGRDMGLPSYTQALQALGLNTPKNWSDFNPNV---DPQVLEATAALYNQD-LSRLELFSGGLLESYGDPGPLFSTIVLDQFVRLRDGDRYWFENTKNGLFSKEEIAEIRSTTLRDVLVAVTNVSSSALQPNVFIWNEDSPCPQPQQLTTEDLPHCVPLTVIQYFEGSGPGFGITIVALCCLPLMSLLIS-GVVAYFRSRERK-KLQKRGKESVKKEADKDG--VSAMEWPGPKERSYPVSIQLLPDRHLQVLDRHLSVLRTIQLRPRHRVNLILSNNL----------GRRTLLLKIPKEYDLVLLFNSEDERGAFVQHLQGFCASCALGLDIDEMGESELFRKAVTKQQRGRILEIFFRHLFAQVLDIDQADAGALPLDSSQKVREALTCELSRAEFAESLGLKPQDMFVESMFSLADKDGNGYLSFREFLDVLVVF-MKGSPEDKSRLMFTMYDLDGNGFLSKDEFFTMIRSFIEIS-NNCLSKAQLTEVVESMFREAGFQDKQELTWEDFHFMLRDHDSELRHTQLCVKGGGGGVGVIFKPDISSRVSFIIRTPEERSSPQGVRLPASEASELGGPVLKKRFGKKAVVPPPRLYTEALQEKKQRGFLAQKLQQYKRFVENYRRHIVCVAIFSAICAGLFVERAYYYAFVSPPSGIAETTFVGIILSRGTAASVSFMFSYILLTMCRNLITFLRETFLNHYVPFDAAVDFHRWIAMAALVLAILHSVGHVVNVYIFSVSPLSLLACVFPSVFVNDGSKLPQKFYWWFFQTIPGMTGVLLLVVLAIMYVFASPYFRRRSFRGFWLTHHFYILLYVLLIIHGSFALIQLPRFHIFFLVPALIYVGDKLVSLSRKKVEISVVKAELLPSGVTHLQFQRPQGFEYKSGQWVRIACLGLGTNEYHPFTLTSAPHEDTLSLHIRAVGPWTTRLREIY-SHPMGDGYARYP------KLYLDGPFGE----GHQEWHKFEVSVLVGGGIGVTPFASILKDLVFKSSLG--SQMLCKKIYFIWVTRTQRQFEWLADIIREVEENDHRDLVSVHIYITQLAEKFDLRTTML-YICERHFQKVLNRSLFTGLRSITHFGRPPFEPFFNSLQEVHPQVRKIGVFSCGPPGMTKNVEKTCQLINRQDQT-HFVHHYENF 1545
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Match: gi|296434485|sp|Q9NRD8.2|DUOX2_HUMAN (RecName: Full=Dual oxidase 2; AltName: Full=Large NOX 2; AltName: Full=Long NOX 2; AltName: Full=NADH/NADPH thyroid oxidase p138-tox; AltName: Full=NADPH oxidase/peroxidase DUOX2; AltName: Full=NADPH thyroid oxidase 2; AltName: Full=Thyroid oxidase 2; AltName: Full=p138 thyroid oxidase; Flags: Precursor) HSP 1 Score: 999.964 bits (2584), Expect = 0.000e+0 Identity = 574/1575 (36.44%), Postives = 875/1575 (55.56%), Query Frame = 0
Query: 23 YERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYM-MAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKE----DFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPN-KSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADNRP--MILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGL-RAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNG--------------------DFLTVGLDCK------------------------------GANHNF-LDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPE--LSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
+E QR+DGWFNN+ H E G+ RL R+ PA YADGVY + P+PR+LS A +G GLPSL NRT L FFG V ++++ GCP E I I D ++D D RG +PF R+++DP TG+SP+ PR+ N++T W+DGS IY +W +RSF G L P P + + ++ +P P + ++ G R N+ P LG+L++R+HN+ A R+ +HP W DE++FQ AR+ IAT Q +I YE++P+FL + L +Y GY P + P IS F A+ ++ T++PPG+Y R+ C+F++ F+ S ALR+C+ +W + N+N +++ E +L G++SQISE ED+ + D+R+ GP FSR D + +I RGRD GLP Y+ F L NWS +NP + P++ E+ +Y D L G +LES+ DPGPLF AI+ DQF RLRDGDR+WFEN NG+FS +EIE ++ +L DV+V ++ +Q NVF W PC QP QL G+P C L + F+GS + ++ P+ G++ GR + + + KK K + EW P +S P+ + + + + NR +LR V L + +V ++NR +L+KIP+ YDLVL F SE R F+ ++ F + + + ++ + KA TK++R++ LE FFR +A + +A P S+ + L+R EFA +LG++ D FV+ MF + EFLD +V+F G+ +DK R++F M D +ENG + K E M+ S +E++ + + A + ++++SMF SGFQDKE LT+EDF +++D + D + C+ G F R+ T A++ E +RG+L +K + F+E R+HI + F ++ V +F++R +Y + + +D+ VGI ++RG AA++SF +S +LL+M RNL+T L+E+ ++Y+P D+ + FH+ A A+ + LHS GH VN Y + PL L+C+ P ++ S + +W FQT+ G+TG+LL ++ I+++FA RR+++R FWL+H LY++ Y L ++HG + +P F ++F+ P I+ DK+ SL R +E+ +++ E+LPS V + F RP F Y+SGQW+R++C +G +EYH T+TSAPHED LS+HI+A GPWT RLR + S KG K+ DG + G+QEW+KFEV+V++G GIGVTP+ASIL DLVF +S S + CKK+YF+W+T + R FEW D++++VE+ D +++ +HI++TQ K+DLRTTML YICE HFQ++ SLFT L++ HFGRP F +Q H V K+GVFSCGP + K + AC+ VNR + +F HH+ENF
Sbjct: 33 WEVQRYDGWFNNLRHHERGAVGCRLQRRVPANYADGVYQALEEPQLPNPRRLSNAATRGIAGLPSLHNRTVLGVFFGYHVLSDVVSVETPGCPAEFLNIRIPPGDPVFDPDQRGDVVLPFQRSRWDPETGRSPSNPRDLANQVTGWLDGSAIYGSSHSWSDALRSFSGGQLA-SGPDPAFPRDSQNPLLMWAAPDPATGQN-GPRGLYAFGAERGNREPFLQALGLLWFRYHNLWAQRLARQHPDWEDEELFQHARKRVIATYQ----------------------NIAVYEWLPSFLQKTLPEYTGYRPFLDPSISPEFVVASEQFFSTMVPPGVYMRNASCHFRKVLNKGFQSSQALRVCNNYWIREN--PNLNSTQEVNE-LLLGMASQISELEDNIVVEDLRDYWPGPGKFSRTDYVASSIQRGRDMGLPSYSQALLAFGLDIPRNWSDLNPNV---DPQVLEATAALYNQDLSQLELLLGG-LLESHGDPGPLFSAIVLDQFVRLRDGDRYWFENTRNGLFSKKEIEDIRNTTLRDVLVAVINIDPSALQPNVFVWHKGAPCPQPKQLTTDGLPQCAPLTVLDFFEGSSPGFAITIIALCCLPLVSLLLS-GVVAYFRGREHK-KLQKKLKESVKKEAAKDG--VPAMEWPGPKERSSPIIIQLLSDRCLQVLNRHLTVLRVVQLQP----LQQVNLILSNNRGCRTLLLKIPKEYDLVLLFSSEEERGAFVQQLWDFCVRWALGLHVAEMSEKELFRKAVTKQQRERILEIFFRHLFAQVLDINQADAGTLPLDSSQKVREALTCELSRAEFAESLGLKPQDMFVESMFSLADKDGNGYLSFREFLDILVVF-MKGSPEDKSRLMFTMYDLDENGFLSKDEFFTMMRSFIEIS-NNCLSKAQLAEVVESMFRESGFQDKEELTWEDFHFMLRDHDSELRFTQLCVKGGGGGGNGIRDIFKQNISCRVSFITRTPGERSHPQGLGPPAPEAPELGGPGLKKRFGKKAAVPTPRLYTEALQ---EKMQRGFLAQKLQQYKRFVENYRRHIVCVAIFSAICVGVFADRAYYYGFASPPSDIAQTTLVGIILSRGTAASVSFMFSYILLTMCRNLITFLRETFLNRYVPFDAAVDFHRWIAMAAVVLAILHSAGHAVNVYIFSVSPLSLLACIFPNVFVNDGSKLPQKFYWWFFQTVPGMTGVLLLLVLAIMYVFASHHFRRRSFRGFWLTHHLYILLYALLIIHGSYALIQLPTFHIYFLVPAIIYGGDKLVSLSRKKVEISVVKAELLPSGVTYLQFQRPQGFEYKSGQWVRIACLALGTTEYHPFTLTSAPHEDTLSLHIRAVGPWTTRLREIYSS-------PKGNGCAGYPKLYLDGPFGE----GHQEWHKFEVSVLVGGGIGVTPFASILKDLVFKSSLG--SQMLCKKIYFIWVTRTQRQFEWLADIIQEVEENDHQDLVSVHIYVTQLAEKFDLRTTML-YICERHFQKVLNRSLFTGLRSITHFGRPPFEPFFNSLQEVHPQVRKIGVFSCGPPGMTKNVEKACQLVNRQDR-AHFMHHYENF 1548
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Match: gi|75047045|sp|Q8HZK3.1|DUOX1_PIG (RecName: Full=Dual oxidase 1; Flags: Precursor) HSP 1 Score: 991.875 bits (2563), Expect = 0.000e+0 Identity = 577/1589 (36.31%), Postives = 881/1589 (55.44%), Query Frame = 0
Query: 23 YERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADR-PSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFK----EDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRART-NQPNANCFKKNGTKTNHHLRVREWV-EPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRK---SIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGL-RAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRL-------EHTERG-----------------------YLRKKWDRLTT------FLEENRQ-----------------------HIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPEL------SFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
+E QRFDGW+NN+ +WGS +RL R PA+YADGVY G P+PR LS M+G G SLRNRT L FFG V ++++ + GCP E I I D ++D G +PF R+++DP TGQSP+ PR+ N +T W+DGS IY +W +RSF G L P P + + ++ P P +R + ++ G + N+ P LG+L++R+HN+ A ++ +HP W DE++FQ AR+ IAT Q SI YE++P+FL + ++Y GY P + P IS F +A+ ++ T++PPG+Y R+ C+F+ + S ALR+C+++W + N+ +D+ + +L G++SQI+ERED + DV++ GP+ FSR D + + RGRD GLP Y R LP V+ W INP L + + E+ +Y D L+ ++L GG+LES DPGPLF I+ DQF RLRDGDR+WFEN NG+FS +EI ++ SL DV+V +++ +Q NVFFW DPC QP QL +P+C L + F+GS + + FP+ + + + +L +R + N+ + C K G ++ EW RPV V +G++ + + + +LR + L V + + R +L+KIP+ YDLVL FD E R+ V +E+ S L++ S + + ++ ++ A T+E+R LE FFR ++ + +A P S+ + L+R EFA +LG++ D FV+ MF + EFLD +V+F G+ ++K R++F M D + NG+I K E ML S +E++ + + A + ++++SMF +GFQDK+ LT+EDF +++D + + L KG + ++ R ++ + +L H R +R+++ + T F E +R+ HI L F+++ LF ER +Y + H + VGI ++RG AA++SF +S +LL+M RNL+T L+E+ ++Y+P D+ + FH++ A TA+ + LHS GH+VN Y + PL LSCL P L FP +W FQT+ GLTG++L I+ I+++FA RR ++R FWL+H LY++ Y+L ++HG + +PRF +FF+ P I++ DK+ SL R +E+ +++ E+LPS V + F RP F Y+SGQW+R++C +G +EYH T+TSAPHED LS+HI+A GPWT RLR + P D++ K D + G+QEW+KFEV+V++G GIGVTP+ASIL DLVF +S + V CKK+YF+W+T + R FEW D++R+VE+ D +++ +HI+ITQ K+DLRTTML YICE HFQ++ SLFT L++ HFGRP F +Q H V K+GVFSCGP + K + AC+ +NR + +FSHH+ENF
Sbjct: 27 WEVQRFDGWYNNLMEHKWGSKGSRLQRLVPASYADGVYQPLGEPHLPNPRDLSNTAMRGPAGQASLRNRTVLGVFFGYHVLSDLVSIEKPGCPAEFLNIHIPPGDPVFDPHKSGDVVLPFQRSRWDPNTGQSPSNPRDLTNEVTGWLDGSAIYGSSHSWSDELRSFSGGQLA-SGPDPAFPRQAQDPLFMWTPPDPATGQR-GPQGLYAFGAEQGNREPFLQALGLLWFRYHNLCAQKLAREHPLWGDEELFQHARKRVIATYQ----------------------SITMYEWLPSFLRKMPQEYTGYRPFLDPSISPEFLAASEQFFSTMVPPGVYMRNASCHFQGVINRNSSVSRALRVCNSYWSREH--PNLQRAEDV-DALLLGMASQIAEREDHMVVEDVQDFWPGPLKFSRTDHLASCLQRGRDLGLPSYTKARARLGLPPVTRWQDINPALSRSDGIVLEATAALYNQD-LSRLELLPGGLLESYGDPGPLFSTIVLDQFVRLRDGDRYWFENTKNGLFSEKEIAEIRNTSLRDVLVAVTNMTPGALQPNVFFWHAGDPCPQPRQLSTKDLPACAPLIMRDYFKGSGFGFGVTIGTLCCFPLVSLLSAWIVAQLRRRNFKRLQVQNRQSIMCEKLVGG-----MKALEWQGRKEPCRPVLVHLQ-SGQIHVMDGRLSVLRTIQLRPPQQ--VNLILSSNHGRRTLLLKIPKEYDLVLMFDLEEERQ---VMVENLQSALKESGLSFQEWELREQELMRAAVTREQRSHLLETFFRHLFSQVLDIDQADAGALPLDSSQKVREALTCELSRAEFAESLGLKPQDMFVESMFSLADKDGNGYLSFREFLDILVVF-MKGSPEEKSRLMFRMYDFDGNGLISKDEFIRMLRSFIEIS-NNCLSKAQLTEVVESMFREAGFQDKQELTWEDFHFMLRDHDSELRFTQLCVKGV--EVPEVIKDLCRRASYISQEKLCPSPRVSAHCPRSNVDVEVELTPWKLQCPTDTDPPQEIRRRFGKKVTSFQPLLFTEAHREKFQRSRRHQTVQQFKRFVENYRRHIGCLAVFYTIAGGLFLERAYYYAFAAHHMGITDTTRVGIILSRGTAASISFMFSYILLTMCRNLITFLRETFLNRYVPFDAAVDFHRLIASTAIILTVLHSAGHVVNVYLFSISPLSVLSCLFPGLFHDNGSEFPQKYY----WWFFQTVPGLTGVMLLLILAIMYVFASHHFRRCSFRGFWLTHHLYILLYMLLIIHGSFALIQLPRFHIFFLVPALIYVGDKLVSLSRKKVEISVVKAELLPSGVTHLQFQRPQGFEYKSGQWVRIACLALGTTEYHPFTLTSAPHEDTLSLHIRAAGPWTTRLREIYSP----------PTDDNCAKYPKLYLDGPFGE-GHQEWHKFEVSVLVGGGIGVTPFASILKDLVFKSSVS--CQVFCKKIYFIWVTRTQRQFEWLADIIREVEENDHRDLVSVHIYITQLAEKFDLRTTML-YICERHFQKVLNRSLFTGLRSITHFGRPPFEPFFNSLQEVHPQVRKIGVFSCGPPGMTKNVEKACQLINRQDRT-HFSHHYENF 1553
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Match: gi|74719102|sp|Q9NRD9.1|DUOX1_HUMAN (RecName: Full=Dual oxidase 1; AltName: Full=Large NOX 1; AltName: Full=Long NOX 1; AltName: Full=NADPH thyroid oxidase 1; AltName: Full=Thyroid oxidase 1; Flags: Precursor) HSP 1 Score: 951.044 bits (2457), Expect = 0.000e+0 Identity = 560/1580 (35.44%), Postives = 862/1580 (54.56%), Query Frame = 0
Query: 23 YERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADR-PSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFK----EDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGY--GLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWV-EPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGL-RAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTN--------------------ENGVIEKSELQEMLISLV-EMAKTDK-------------------------VLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLM---QDFNGDFLTVGLDC-------KGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFP--SDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
+E QRFDGW+NN+ WGS +RL R PA+YADGVY G P+PR LS +G GL SLRNRT L FFG V ++++ GCP E I I D M+D D RG +PF R+++DP TG+SP+ PR+ N++T W+DGS IY +W +RSF G L P P + + ++ +P P + ++ G R N+ P LG+L++R+HN+ A R+ +HP W DE++FQ AR+ IAT Q +I YE++P+FL + L +Y GY P + P IS F +A+ ++ T++PPG+Y R+ C+F+ + S ALR+C+++W + ++ +D+ + +L G++SQI+ERED L DVR+ GP+ FSR D + + RGRD GLP Y R L ++ W INP L + + + E+ +Y D L+ ++L GG+LES+ DPGPLF I+ +QF RLRDGDR+WFEN NG+FS +EIE ++ +L DV+V ++ +Q NVF W DPC QP QL G+P+C + F+GS + + FP+ + + +++ N +R + + Q + K + EW RPV V G++ + + + +LR + L V + R +L+KIP+ YDLVL F+ E R+ + + + SI+ + ++ ++ A T+E+R+ LE FFR ++ + +A P S+ + L+R EFA +LG++ D FV+ MF + EFLD +V+F G+ ++K R++F M D + N + K++L E++ S+ E DK V +V ++I + + + ++++ S D + L C + F T+ + F +R E +R L + + F+E R+HI + F+++ LF ER +Y + H + VGI ++RG AA++SF +S +LL+M RNL+T L+E+ ++Y+P D+ + FH++ A TA+ + LHSVGH+VN Y + PL LSCL P L S++ +W FQT+ GLTG++L I+ I+++FA RR+++R FWL+H LY++ Y+L ++HG + +PRF +FF+ P I+ DK+ SL R +E+ +++ E+LPS V + F RP F Y+SGQW+R++C +G +EYH T+TSAPHED LS+HI+A GPWT RLR + S+ + ++ P K+ DG + G+QEW+KFEV+V++G GIGVTP+ASIL DLVF +S + V CKK+YF+W+T + R FEW D++R+VE+ D +++ +HI+ITQ K+DLRTTML YICE HFQ++ SLFT L++ HFGRP F +Q H V K+GVFSCGP + K + AC+ +NR + +FSHH+ENF
Sbjct: 27 WEVQRFDGWYNNLMEHRWGSKGSRLQRLVPASYADGVYQPLGEPHLPNPRDLSNTISRGPAGLASLRNRTVLGVFFGYHVLSDLVSVETPGCPAEFLNIRIPPGDPMFDPDQRGDVVLPFQRSRWDPETGRSPSNPRDPANQVTGWLDGSAIYGSSHSWSDALRSFSRGQLA-SGPDPAFPRDSQNPLLMWAAPDPATGQN-GPRGLYAFGAERGNREPFLQALGLLWFRYHNLWAQRLARQHPDWEDEELFQHARKRVIATYQ----------------------NIAVYEWLPSFLQKTLPEYTGYRPFLDPSISSEFVAASEQFLSTMVPPGVYMRNASCHFQGVINRNSSVSRALRVCNSYWSREH--PSLQSAEDV-DALLLGMASQIAEREDHVLVEDVRDFWPGPLKFSRTDHLASCLQRGRDLGLPSYTKARAALGLSPITRWQDINPALSRSNDTVLEATAALYNQD-LSWLELLPGGLLESHRDPGPLFSTIVLEQFVRLRDGDRYWFENTRNGLFSKKEIEEIRNTTLQDVLVAVINIDPSALQPNVFVWHKGDPCPQPRQLSTEGLPACAPSVVRDYFEGSGFGFGVTIGTLCCFPLVSLLSAWIVARLRMRNFKRLQGQDRQSIVS------EKLVGGMEALEWQGHKEPCRPVLVYLQ-PGQIRVVDGRLTVLRTIQLQPPQK--VNFVLSSNRGRRTLLLKIPKEYDLVLLFNLEEERQALVENLRGALKESGLSIQEWELREQELMRAAVTREQRRHLLETFFRHLFSQVLDINQADAGTLPLDSSQKVREALTCELSRAEFAESLGLKPQDMFVESMFSLADKDGNGYLSFREFLDILVVF-MKGSPEEKSRLMFRMYDFDGNGLISKDEFIRMLRSFIEISNNCLSKAQLAEVVESMFRESGFQDKEELTWEDFHFMLRDHNSELRFTQLCVKGVEVPEVIKDLCRRASYISQDMICPSPRVSARCSRSDIETELTPQRLQCPMDTDPPQEIRRRFGKKVTSFQPL-LFTEAHR-EKFQRSCLHQTVQQFKRFIENYRRHIGCVAVFYAIAGGLFLERAYYYAFAAHHTGITDTTRVGIILSRGTAASISFMFSYILLTMCRNLITFLRETFLNRYVPFDAAVDFHRLIASTAIVLTVLHSVGHVVNVYLFSISPLSVLSCLFPGLFHDDGSELPQKYYWWFFQTVPGLTGVVLLLILAIMYVFASHHFRRRSFRGFWLTHHLYILLYVLLIIHGSFALIQLPRFHIFFLVPAIIYGGDKLVSLSRKKVEISVVKAELLPSGVTHLRFQRPQGFEYKSGQWVRIACLALGTTEYHPFTLTSAPHEDTLSLHIRAAGPWTTRLREIY-SAPTGDRCARYP------KLYLDGPFGE----GHQEWHKFEVSVLVGGGIGVTPFASILKDLVFKSSVS--CQVFCKKIYFIWVTRTQRQFEWLADIIREVEENDHQDLVSVHIYITQLAEKFDLRTTML-YICERHFQKVLNRSLFTGLRSITHFGRPPFEPFFNSLQEVHPQVRKIGVFSCGPPGMTKNVEKACQLINRQDRT-HFSHHYENF 1551
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Match: gi|75050486|sp|Q9MZF4.1|DUOX1_CANFA (RecName: Full=Dual oxidase 1; AltName: Full=NADPH thyroid oxidase 1; Short=Thyroid oxidase 1; Flags: Precursor) HSP 1 Score: 558.14 bits (1437), Expect = 8.150e-171 Identity = 334/954 (35.01%), Postives = 517/954 (54.19%), Query Frame = 0
Query: 23 YERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADR-PSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKE----DFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKS---IEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGL-RAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGA 955
+E QRFDGW+NN+ +WGS +RL R PA+YADGVY G P+PR LS A M+G G SLRNRT L FFG V ++++ GCP E I I D ++D + RG +PF R+++DP +GQSP+ PR+ N +T W+DGS IY +W +RSF G L P P + ++++P P +R ++ G R N++P LG+L++R+HN+ A R+ +HP W DE++FQ AR+ IAT Q +I YE++P+FL + KY GYNP + P IS F A+ ++ T++PPGIY R+ C+F+E + S ALR+C+++W + N+ +D+ + +L G++SQI+ERED + DV + G + FSR D + + RGRD GLP Y R LP ++ W INP L + + + E+ +Y D L+ ++L GG+LES+ DPGPLF AI+ +QF RLRDGDR+WFEN NG+FS EEI ++ SL DV+V +++ +Q NVFFW DPC QP QL G+P+C + F+GS + + FP+ + + + +L ++ + Q + + L + EP RPV V G++ + + + +LR + L V + R +L+KIP+ YDLVL F+ E R+ V +E+ L++S + + ++ ++ A T+++R LE FFR ++ + +A P S+ + L+R EFA +LG++ D FV+ MF + EFLD +V+F G+ ++K R++F M D + NG+I K E ML S +E++ + + A + ++++SMF SGFQDKE LT+EDF +++D + + L +G
Sbjct: 27 WEVQRFDGWYNNLMEHKWGSKGSRLQRLVPASYADGVYQPLGEPHLPNPRDLSNAAMRGPAGQASLRNRTVLGVFFGYHVLSDLVSVETPGCPAEFLNIRIPPGDPVFDPNGRGDVVLPFQRSRWDPESGQSPSNPRDLTNAVTGWLDGSAIYGSSHSWSDALRSFSGGQLA-SGPDPAFPRNAQPPLLMWSAPDPASGQR-GPGGLYAFGAERGNRDPFLQALGLLWFRYHNLCAQRLARQHPHWGDEELFQHARKRVIATYQ----------------------NIALYEWLPSFLQQAPVKYAGYNPFLDPSISPEFLVASEQFFSTMVPPGIYMRNASCHFQEVINRNSSISRALRVCNSYWSRKH--PNLRRAEDV-DALLLGMASQIAEREDHVVVEDVLDFWPGSLKFSRTDHVAGCLQRGRDLGLPSYTKARAALGLPPITRWQDINPALSQNNHTVLEATAALYNQD-LSQLELLPGGLLESHGDPGPLFSAIVLNQFVRLRDGDRYWFENTRNGLFSEEEIAEIRNTSLRDVLVAVTNMNPSTLQPNVFFWHMGDPCPQPRQLSTQGLPACAPSTMQDYFEGSGFGFGVTIGTLCCFPLVSLLSAWIVARLRKKNFKKLQ-GQDRKSVMSEKLVGGMEALEWQGHKEP--CRPVLVHLQ-PGQICVVDGRLSVLRTIQLRPPQQ--VNLILSGNRGRRALLLKIPKEYDLVLLFNLEEERQ---VLVENLRGALKESGLKFQEWELREQELMRTAVTRQQRSHLLETFFRHLFSQVLDIDQADAGTLPLDSSQKVQEALTCELSRAEFAESLGLKPQDMFVESMFSLADKDGNGYLSFREFLDILVVF-MKGSPEEKSRLMFRMYDFDGNGLISKDEFIRMLRSFIEIS-NNCLSKAQLTEVVESMFRESGFQDKEELTWEDFHFMLRDHDSELRFTQLCVRGV 941 HSP 2 Score: 469.159 bits (1206), Expect = 1.219e-138 Identity = 239/555 (43.06%), Postives = 355/555 (63.96%), Query Frame = 0
Query: 975 EYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPEL------SFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
E + E +R + + F+E R+HI + F+++ LF ER +Y + H + VGI ++RG AA++SF +S +LL+M RNL+T L+E+ ++Y+P D+ + FH++ A TA+ + LHS GH+VN Y + PL LSCL P L FP +W FQT+ GLTG++L ++ I+++FA RR ++R FWL+H LY++ Y+L ++HG + +PRF +FF+ P I++ DK+ SL R +E+ +++ E+LPS V + F RP F Y+SGQW++++C +G +EYH T+TSAPHED LS+HI+A GPWT RLR + S + +K P K+ DG + G+QEW+KFEV+V++G GIGVTP+ASIL DLVF +S + V CKK+YF+W+T + R FEW D++R+VE+ D +++ +HI+ITQ K+DLRTTML YICE HFQ++ SLFT L++ HFGRP F + +Q H V K+GVFSCGP + K + AC+ +NR + +FSHH+ENF
Sbjct: 1016 EAQREKFQRSRRHQTLQQFKRFIENYRRHIGCVAVFYAITGGLFLERAYYYAFGAHHMGITDTTRVGIILSRGTAASISFMFSYILLTMCRNLITFLRETFLNRYVPFDAAVDFHRLIASTAIVLTVLHSAGHVVNVYLFSISPLSVLSCLFPGLFHNDGSEFPQKYY----WWFFQTVPGLTGVMLLLVLAIMYVFASHHFRRHSFRGFWLTHHLYILLYVLLIIHGSFGLIQLPRFHIFFLVPALIYVGDKLVSLSRKKVEISVVKAELLPSGVTHLQFQRPQGFEYKSGQWVQIACLALGTTEYHPFTLTSAPHEDTLSLHIRAAGPWTTRLREIY-SPPTGDGCAKYP------KLYLDGPFGE----GHQEWHKFEVSVLVGGGIGVTPFASILKDLVFKSSVS--CQVFCKKIYFIWVTRTQRQFEWLADIIREVEENDCQDLVSVHIYITQLAEKFDLRTTML-YICERHFQKVLNRSLFTGLRSITHFGRPPFEPFFKSLQEVHPQVRKIGVFSCGPPGMTKNVEKACQLINRQDRT-HFSHHYENF 1551
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Match: gi|75112755|sp|Q5ZAJ0.1|RBOHB_ORYSJ (RecName: Full=Respiratory burst oxidase homolog protein B; AltName: Full=NADPH oxidase RBOHB; Short=OsrbohB >gi|75124043|sp|Q6J2K5.1|RBOHB_ORYSI RecName: Full=Respiratory burst oxidase homolog protein B; AltName: Full=NADPH oxidase RBOHB; Short=OsrbohB) HSP 1 Score: 281.182 bits (718), Expect = 8.718e-78 Identity = 211/762 (27.69%), Postives = 342/762 (44.88%), Query Frame = 0
Query: 826 LTRDEFANALGMRTSDFFVKKMF---------------KIEFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRL-EHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLK-ESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFP--SDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRK------------AYRFFWLSHQLYVVFYILCLLHG----LQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYF----------DSSNLAEEDSKGPEDEDAQ--KVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLV--------FGTSTNRYSGVACKK------VYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPN---PVIKGISAACEEVNRTRKLPYFSHHFENF 1523
L R F +GM SD F +MF K E D + G D+++R FDM D N +G + E++E +I+L A + D+ + E + + ED ++L+ + + +TT + + A+ +L + E +R W + FLEEN + + + + S+ + LF +FI Y + + IMG + +G A L F+ +++LL + RN +T ++ ++ +P + ++ FHK+ A LH+ HL + L H S EL P + RP +W + G TG+++ ++ I F A P RR + FW +H L+V+ Y L +HG L R W++ P +++ ++I L RS+ + I + + P +V+ + +PP F YRSGQ+I + C V E+H +ITSAP +D+LS+HI+ RG WT RLR F +S L + SKG DE A+ K+ DG Q++ +++V ++IG GIG TP SI+ D++ GT+ S A KK YF W+T SFEWF V+ +V +KD V+E+H + + + D R+ ++ + E + + + HF RP+ S + V H +VGVF CG P ++ +SA TR F H ENF
Sbjct: 177 LLRSRFGKCIGMDGSDEFAVQMFDSLARKRGIVKQVLTKDELKDFYEQLTDQGF-DNRLRTFFDMVDKNADGRLTAEEVKE-IIALSASANKLSKIKERADEYTALIMEELDPTNLGYIEMEDLEALL-------------LQSPSEAAARSTTTHSSKLSKALSMKLASNKEMSPVRHYWQQFMYFLEENWKRSWVMTLWISICIALFIWKFIQY----RNRAVFGIMGYCVTTAKGAAETLKFNMALVLLPVCRNTITWIRSKTQVGAVVPFNDNINFHKVIAAGVAVGVALHAGAHLTCDFP----RLLHASDAQYELMKPFFGEKRPPNYWWFVKGTEGWTGVVMVVLMAIAFTLAQPWFRRNKLKDSNPLKKMTGFNAFWFTHHLFVIVYTLLFVHGTCLYLSRKWYKKTTWMYLAVPVVLYVSERILRLFRSHDAVGIQKVAVYPGNVLALYMSKPPGFRYRSGQYIFIKCTAVSPYEWHPFSITSAPGDDYLSVHIRTRGDWTSRLRTVFSEACRPPTEGESGLLRADLSKGITDEKARFPKLLVDGPYGAP----AQDYREYDVLLLIGLGIGATPLISIVKDVLNHIQGEGSVGTTEPESSSKAKKKPFMTKRAYFYWVTREEGSFEWFRGVMNEVSEKDKDGVIELHNHCSSVYQEGDARSALIVMLQELQHAKKG-VDILSGTSVKTHFARPNWRSVFKKVAVSHEN-QRVGVFYCGEPVLVPQLRQLSADFTHKTNTR----FDFHKENF 905
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Match: gi|1101402660|ref|XP_018912483.1| (PREDICTED: dual oxidase isoform X1 [Bemisia tabaci]) HSP 1 Score: 1946.78 bits (5042), Expect = 0.000e+0 Identity = 930/1519 (61.22%), Postives = 1155/1519 (76.04%), Query Frame = 0
Query: 22 FYERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRART--NQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVE---VTRDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
+ E+QR+DGWFNN+AHP+WGS D ++TRK P AYADGVYMMAG DRPSPR+LS FMKG+DGL S +NR+A+LAFFGQVV++E++MASE+GCP+E+HRI+IDKCDEMYD DC G +PF+RA YD TGQSPN PR+QINR+T+WIDGSFIYS+ EAWV+ MRSF NGS K P N RVPLFN+P+PHV+R L+ ER+F+LGDPR+NQNPA LT ILF+RWHNV+A ++Q HP+W+DE+VFQ RR+ +ATLQ +IIAYEYIPAF G EL +Y GY+ D+HPGISHVF +AAFR+GHTLIPPGIYRRD +CNF++ +G PALRLCS WWD+ ++ + +E++L G++SQ++ERED+ LCSDVR++LFGP DFSRRDL ++NIMRGRDNGL DYNT+R F+LP+V++W INP L +HPEL + + YG L N+DLYIGGMLES D PG LF +II +QF RLRD DRFWFEN DN IF+ EEI L+ V+LWDVIVN++ V D IQKNVFFW D DPC QP QL AS + C YL+G++ F+GSE A+ Y +VF P+ C AGYG++KL N RRR+ R + + K +G T + VREW+ N R V+V FG + +RK + LR VN +D + +E V RPM+L+++P +DLVLEFDS +R++FL K+E F++ +K + +V + ML KAET+ERRQKRLEHFFREAYALTFGL+ GEKR+ ++ VMRT+L+R EFA+ALGM+ FV+ MF I EFLDTVVLFS G ++DK+RIIFDMCD + NGVI+K EL EML SLVE+A+T + V LID MF+ +G + K+ LTY+DF+ +M+D+ GDF+ +GLDCKGA NFLDT+TN+ARM +F ++ L+ +R +L+K WD LTTFLEENRQ+IFYL F+ + + LF ERFI Y +M+EH DLRHIMGVGIAITRG AA+LSF Y +LLL+MSRNLLTKLKE S QYIP+D+H+QFHK+ ACTALFFS LH+VGH+VNFY V++QPLEHL CL+ E+ FPSD +P I +WLFQT+TG+TG+LL+ ++ IIF+FAHP +R+KAY++FW +H LYV Y L L+HGL RIT PRFW+FFI PG +FI DK+ SLR YM LDILETE+LPSDVIKI FYRPPNF Y SGQW+R++C SE+HS T+TSAPHE+FLS HIKA+GPWTW+LRNYFD N E D K++ +G GGNQ+WYKFEVAVM+G GIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWI PSHR FEWF+DVLRDVE+KDVTNVLE+HIFITQFFHK+DLRTTML YICENHFQRLS+TS+FT LKA NHFGRPDM+SFL+FVQRKHSYVSK+GVFSCGP P+ K I +ACEEVN+ R+LPYF HHFENF
Sbjct: 43 YTEKQRYDGWFNNLAHPDWGSIDTQMTRKTPPAYADGVYMMAGQDRPSPRRLSTIFMKGDDGLASAKNRSAILAFFGQVVSSEVVMASESGCPIEVHRIQIDKCDEMYDPDCAGDKSIPFHRAGYDSKTGQSPNNPRQQINRVTSWIDGSFIYSNSEAWVNAMRSFVNGSFK-TDPTGKWPVRNTMRVPLFNNPVPHVLRTLSPERLFLLGDPRSNQNPALLTFSILFFRWHNVIAKKVQEAHPEWSDEEVFQRTRRIVVATLQ----------------------NIIAYEYIPAFTGLELPEYEGYSIDVHPGISHVFQTAAFRFGHTLIPPGIYRRDSKCNFRKTPKGKPALRLCSFWWDSNDAVSESS-----VEELLMGMASQLAEREDTVLCSDVRDRLFGPNDFSRRDLGALNIMRGRDNGLLDYNTIRTYFHLPKVTSWKDINPTLLGKHPELVKKMSDAYGGS-LDNVDLYIGGMLESTDGPGELFSSIIIEQFTRLRDADRFWFENKDNNIFTEEEIADLRRVTLWDVIVNSTDVPPDAIQKNVFFWNDGDPCPQPAQLNASQLEPCSYLKGYDYFEGSELAFTYAIVFLCVVPLICGAAGYGVVKLQNRRRRQLRMRQEELKSGPVKTSGLATVDKMAVREWLHANHRRLVKVRFGPEASLHTVDRKGEKLRSVNFKNADTITIEESLVDERGKRKRPMVLIRVPRDHDLVLEFDSSAARRKFLSKMEGFLNSHKKHLIVVQAPRELMLAKAETRERRQKRLEHFFREAYALTFGLKPGEKRR--REDEGGEVVMRTSLSRAEFASALGMKPDAVFVRMMFNIVDKDGDGRISFQEFLDTVVLFS-RGKTEDKLRIIFDMCDNDRNGVIDKGELSEMLRSLVEIARTTSLSDQHVTDLIDGMFQDAGLESKDFLTYDDFKEMMRDYKGDFVAIGLDCKGAKQNFLDTSTNVARMTSFHLDPSLDE-DRSWLKKNWDCLTTFLEENRQNIFYLFIFYVITISLFVERFIKYSFMSEHTDLRHIMGVGIAITRGSAASLSFCYCLLLLTMSRNLLTKLKEFSIQQYIPLDAHIQFHKVAACTALFFSLLHTVGHIVNFYHVSNQPLEHLQCLTSEVHFPSDYKPGITFWLFQTITGITGVLLFVVMVIIFVFAHPTIRKKAYKYFWAAHSLYVALYALMLVHGLARITGPPRFWMFFIGPGIVFILDKVVSLRTKYMALDILETELLPSDVIKIKFYRPPNFKYLSGQWVRLACTAFRQSEFHSFTLTSAPHENFLSCHIKAQGPWTWKLRNYFDPCNFNVE-------VDQPKIRLEGPFG----GGNQDWYKFEVAVMVGGGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWICPSHRHFEWFIDVLRDVEKKDVTNVLEIHIFITQFFHKFDLRTTML-YICENHFQRLSKTSMFTGLKAINHFGRPDMSSFLKFVQRKHSYVSKIGVFSCGPRPLTKSIMSACEEVNKGRRLPYFIHHFENF 1516
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Match: gi|1183208428|ref|XP_020710311.1| (dual oxidase [Athalia rosae]) HSP 1 Score: 1943.7 bits (5034), Expect = 0.000e+0 Identity = 916/1519 (60.30%), Postives = 1155/1519 (76.04%), Query Frame = 0
Query: 21 HFYERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADN--RPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSND--DSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
++ E+QR+DGW+NN+AHP+WGS D+RL RKAPAAY+DGVYMMAG DRPS RKLS+ FM+GEDG+PS++N+TAL AFFGQ+V+AEI+MASE+GCP+E HRIE++KCD ++D+DC+G+ ++PF RA YD TG SPN PREQIN++T+WIDGSFIYS EAW +TMRSFKNGS M P N R PLFN +P+VMR LN ER+F+LGDPRTNQNP L GILFY+WHNV+A R+Q ++P +DE+VFQ ARRV + TLQ +II YEY+P LGEEL+ Y+GY PD+HPGISH+F SAAFRYGH+LIPPGIYRRD CNF++ G PA+RLC+TWWD+ VL N IE+++ G++SQ++E+EDS LCSDVRN LFGPM+FSRRDL ++NIMRGRDNGLPDYNT R F LPR W++INP L+ ++PEL SL IY +D L NID+Y+GGMLES D PG LF A I+DQF RLRD DRFWFENLDNGIF+ EIE ++ V WD++ N +++ + +Q+N+F W++NDPC QP QL +S + SC L+ ++ F+GSE Y+Y VF F P+FCA GYGL+KL N RRRR + Q + +G + VREW+ N R V+V FG + + NRK + LR + N +++ +E ++++ ++ +P++L++IP YDLVLE DS SR++F+ K+ESF++ K ++ + ML KAETKERRQK+LE FFREAYALTFGLR GEKR+ S +D + V VMRT+L++ EFA+ALGMR FV+KMF I EFLDTV+LFS G ++DK+RIIFDMCD + NGVI+K EL EML SLVE+A+T + V +LID MF+ +G + K+ LTY DF+ +M+++ GDF+ +GLDCKGA NFLDT+TN+ARM +F ++ + + RK+WD ++TFLEENRQ+IFYL F+ + + LF ERFIHY +M EH DLRHIMGVGIAITRG AAALSF YS+LLL+MSRNLLTKLKE S QYIP+DSH+QFHKI ACTALFFS LH+VGH+VNFY V++QP+ +L CL+ E+SFPSD RPTI +WLFQT+TGLTGILL+ ++ IIF+FAHP +R+KAY+FFW +H LYV+ Y L L+HGL R+T PRFW+FFI P ++ DKI SLR YM LDI+ETE+LPSDVIKI FYRPPN Y SGQW+R+SC +E+HS T+TSAPHE+FLS HIKA+GPWTW+LRNYFD N PEDE K++ +G GGNQ+WYKFEVAVM+G GIGVTPYAS+LNDLVFGTSTNRYSGVACKKVYFLWI PSH+ FEWF+DVLRDVE+KDVT+VLE+HIFITQFFHK+DLRTTML YICENHFQRLS+TS+FT LKA NHFGRPDM SFL+FVQ+KHSYVSK+GVFSCGP P+ K + C+EVN+ R+LPYF HHFENF
Sbjct: 39 NYTEKQRYDGWYNNLAHPDWGSVDSRLIRKAPAAYSDGVYMMAGQDRPSSRKLSDLFMQGEDGIPSVKNKTALFAFFGQLVSAEIIMASESGCPIEFHRIEVEKCDSVFDKDCQGNKYIPFQRADYDRETGHSPNSPREQINKVTSWIDGSFIYSSSEAWTNTMRSFKNGSF-LMEPKKQFPVRNTMRAPLFNHAVPNVMRMLNPERLFLLGDPRTNQNPPLLAFGILFYQWHNVIAARVQKQNPDISDEEVFQRARRVVVGTLQ----------------------NIIMYEYLPNLLGEELKPYSGYKPDLHPGISHLFQSAAFRYGHSLIPPGIYRRDESCNFRKTNMGKPAMRLCATWWDSNEVLAN-----STIEELIMGMASQLAEKEDSLLCSDVRNSLFGPMEFSRRDLGALNIMRGRDNGLPDYNTARAHFKLPRRKTWNEINPILFNKNPELLRSLMEIYSND-LNNIDVYVGGMLESTDGPGELFAAAIRDQFTRLRDSDRFWFENLDNGIFTKSEIEEIRKVKFWDIVTNTTAISPNAVQRNLFTWMENDPCPQPFQLNSSVLESCMPLQRYDYFEGSELVYIYACVFLGFIPIFCAGVGYGLVKLQNRRRRRLKILQEEIQK-RSDGRICVDKMIVREWLHANYRRLVKVKFGPEAALHVVNRKGEKLRTFHFNNLNSITIEESQESENSHRKPLVLLRIPRDYDLVLELDSLSSRRKFIAKLESFLTSHNKHFTLIRTNRDIMLAKAETKERRQKKLEQFFREAYALTFGLRPGEKRRRSEDSDSGEVVTVMRTSLSKSEFASALGMRPDAVFVQKMFNIVDKDSDGRISFQEFLDTVLLFS-RGKTEDKLRIIFDMCDNDSNGVIDKEELSEMLRSLVEIARTTSLSDDHVTELIDGMFQDAGLERKDYLTYNDFKVMMKEYKGDFVAIGLDCKGAKQNFLDTSTNVARMTSFHIDQLPPEATKSWARKQWDGISTFLEENRQNIFYLFIFYVITIALFVERFIHYSFMAEHTDLRHIMGVGIAITRGSAAALSFCYSLLLLTMSRNLLTKLKEFSIQQYIPLDSHIQFHKIAACTALFFSVLHTVGHIVNFYHVSTQPIGNLRCLTSEVSFPSDARPTITFWLFQTVTGLTGILLFVVMTIIFVFAHPTIRQKAYKFFWSTHSLYVLLYALSLVHGLARLTGAPRFWIFFIGPATVYALDKIVSLRTKYMALDIIETELLPSDVIKIKFYRPPNLKYLSGQWVRLSCTAFETNEFHSFTLTSAPHENFLSCHIKAQGPWTWKLRNYFDPCNF------NPEDEHP-KIRIEGPFG----GGNQDWYKFEVAVMVGGGIGVTPYASMLNDLVFGTSTNRYSGVACKKVYFLWICPSHKHFEWFIDVLRDVERKDVTDVLEIHIFITQFFHKFDLRTTML-YICENHFQRLSKTSIFTGLKAINHFGRPDMTSFLKFVQKKHSYVSKIGVFSCGPRPLTKSVMLGCDEVNKGRRLPYFIHHFENF 1514
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Match: gi|998494438|ref|XP_015520255.1| (PREDICTED: dual oxidase isoform X1 [Neodiprion lecontei]) HSP 1 Score: 1939.85 bits (5024), Expect = 0.000e+0 Identity = 918/1516 (60.55%), Postives = 1155/1516 (76.19%), Query Frame = 0
Query: 24 ERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADN--RPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSND--DSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
E+QR+DGW+NN+AHPEWGS D+RL RKAPAAY+DGVYMMAG DRPS RKLS+ FM+G+DG+PS++N+TAL AFFGQ+VTAEI+MASE+GCP+E HRI+++KCD+++D+DC+G+ ++PF RA YD TG SPN PREQIN++T+WIDGSFIYS EAW +TMRSFKNGS M P N R PLFN +P+VMR LN ER+++LGDPRTNQNP L GILFY+WHNV+A R+Q ++P +DE+VFQ ARRV + TLQ +II YEY+P L EEL+ Y+GY PD+HPGISHVF SAAFRYGH+L+PPGIYRRD CNF++ G PA+RLCSTWWD+ VL N IE++L G++SQ++E+EDS LCSDVRN LFGPM+FSRRDL ++NIMRGRDNGLPDYNT R F LPR W++INP L+ ++PEL SL IY S+ L NID+Y+GGMLES+D PG LF+A+IKDQF RLRD DRFWFENLDNGIF+ EIE ++ V WD++VN +S+ + +Q+ +F W++NDPC QP QL +S + SC L+ ++ F+GSE Y+Y VF F P+ CA GYGL+KL N RRRR + Q + +G + VREW+ N R V+V FG + + NRK + LR N N +++ +E ++++ ++ +P++L++IP YDLVLE DS SR++F+ K+ESF++ K ++ + ML KAETKERRQK+LE FFREAYALTFGLR GEKR+ S +D + V VMRT+L++ EFA+ALGMR FV+KMF I EFLDTV+LFS G ++DK+RIIFDMCD + NGVI+K EL EML SLVE+A+T + V +LID MF+ +G + K+ LTY DF+ +M+++ GDF+ +GLDCKGA NFLDT+TN+ARM +F ++ + + RK+WD ++TFLEENRQ+IFYL F+ + + LF ERFIHY +M EH DLRHIMGVGIAITRG AAALSF YS+LLL+MSRNLLTKLKE S QYIP+DSH+QFHKI ACTALFFS LH+VGH+VNFY V++QP+ +L CL+ E+SF SD RPTI +WLFQT+TGLTGILL+ ++ IIF+FAHP +R+KAY+FFW +H LYV+ Y LCL+HGL R+T PRFW+FFI P I+ DK+ SLR YM LDI+ETE+LPSDVIKI FYRPPN Y SGQW+R+SC +E+HS T+TSAPHE+FLS HIKA+GPWTW+LRNYFD N PEDE K++ +G GGNQ+WYKFEVAVM+G GIGVTPYAS+LNDLVFGTSTNRYSGVACKKVYFLWI PSH+ FEWF+DVLRDVE+KDVT+VLE+HIFITQFFHK+DLRTTML YICENHFQRLS+TS+FT LKA NHFGRPDM SFL+FVQ+KHSYVSK+GVFSCGP P+ K + C+EVN+ R+LPYF HHFENF
Sbjct: 42 EKQRYDGWYNNLAHPEWGSVDSRLIRKAPAAYSDGVYMMAGQDRPSSRKLSDLFMQGDDGIPSVKNKTALFAFFGQLVTAEIIMASESGCPIEFHRIDVEKCDKVFDKDCQGNKYIPFQRADYDRETGHSPNSPREQINKVTSWIDGSFIYSGSEAWTNTMRSFKNGSF-LMEPKKQFPVRNTMRAPLFNHAVPNVMRMLNPERLYLLGDPRTNQNPPLLAFGILFYQWHNVIAARVQKQNPDMSDEEVFQRARRVVVGTLQ----------------------NIIVYEYLPNLLEEELKPYSGYKPDLHPGISHVFQSAAFRYGHSLVPPGIYRRDESCNFRKTSMGRPAMRLCSTWWDSNEVLAN-----STIEELLMGMASQLAEKEDSLLCSDVRNSLFGPMEFSRRDLGALNIMRGRDNGLPDYNTARAHFKLPRRKIWNEINPALFNKNPELLRSLMEIY-SNNLENIDVYVGGMLESSDGPGELFKAVIKDQFTRLRDADRFWFENLDNGIFTKSEIEEIRRVKFWDIVVNTTSIPPEAVQRRLFTWMENDPCPQPFQLNSSILESCMPLQRYDYFEGSELVYIYACVFLGFIPILCAGVGYGLVKLQNRRRRRLKILQEEIQK-RSDGRICVDKMVVREWLHANHRRLVKVKFGPEAALHVVNRKGEKLRTFNFNNLNSITIEESQESENSHRKPLVLLRIPRDYDLVLELDSLSSRRKFIAKLESFLTSHNKHFTLMRTNRDIMLAKAETKERRQKKLEQFFREAYALTFGLRPGEKRRRSEDSDSGEVVTVMRTSLSKSEFASALGMRPDAVFVQKMFNIVDKDSDGRISFQEFLDTVLLFS-RGKTEDKLRIIFDMCDNDSNGVIDKGELSEMLRSLVEIARTTSLSDDHVTELIDGMFQDAGLERKDYLTYNDFKLMMKEYKGDFVAIGLDCKGAKQNFLDTSTNVARMTSFHIDQLPPEATKSWARKQWDGISTFLEENRQNIFYLFIFYVITIALFVERFIHYSFMAEHTDLRHIMGVGIAITRGSAAALSFCYSLLLLTMSRNLLTKLKEFSIQQYIPLDSHIQFHKIAACTALFFSVLHTVGHIVNFYHVSTQPIGNLRCLTREVSFSSDARPTITFWLFQTVTGLTGILLFVVMTIIFVFAHPTIRQKAYKFFWSTHSLYVLLYALCLVHGLARLTGAPRFWIFFIGPAIIYALDKVVSLRTKYMALDIIETELLPSDVIKIKFYRPPNLKYLSGQWVRLSCTAFRTNEFHSFTLTSAPHENFLSCHIKAQGPWTWKLRNYFDPCNF------NPEDEHP-KIRIEGPFG----GGNQDWYKFEVAVMVGGGIGVTPYASMLNDLVFGTSTNRYSGVACKKVYFLWICPSHKHFEWFIDVLRDVERKDVTDVLEIHIFITQFFHKFDLRTTML-YICENHFQRLSKTSIFTGLKAINHFGRPDMTSFLKFVQKKHSYVSKIGVFSCGPRPLTKSVMLGCDEVNKGRRLPYFIHHFENF 1514
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Match: gi|1059424405|ref|XP_017784905.1| (PREDICTED: dual oxidase isoform X1 [Nicrophorus vespilloides]) HSP 1 Score: 1937.92 bits (5019), Expect = 0.000e+0 Identity = 912/1523 (59.88%), Postives = 1168/1523 (76.69%), Query Frame = 0
Query: 18 SPRHF--YERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRD-AADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDS--VNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
+ +HF E+QR+DGWFNN+AHP WGS ++ L R+AP AYADGVYM+AG +RPSPRKLS FMKG DGL S+ NRTALLAFFGQ+VT+EI+MASE+GCP+E+H IEI+KCDE+YD++CRG ++PF+RA YD TGQSPN PREQ+N++T+WIDGSFIYS E W++TMRSF+NG+L + MP N RVPLFN+P+P VMR L+ ER+F+LGDPRTNQNPA LTL ILF+RWHNV+A+R+QN+HP W+DEDVFQ ARR+ IA++Q +II YEY+PAFLG+E+ +Y GY ++HPG++HVF ++AFR+GH+LIPPG+YRRDG+C FK+ G A+RLCSTWWD+ VL+N + +E++L G++SQ++EREDS LCSDVR+KLFGPM+FSRRDL ++NIMRGRDNGLPDYNT+R + LP+ + W+ INP+L++ PE+ L Y +D + N+D+YIGGMLES PG LF +I +QF R+R+ DRFWFEN DNG+F+ +EI LK ++LWDVIVN++ +K +EIQ NVFFW + DPC QP QL AS + C+ L G++ F+G+E Y+Y VF F P+ CA AGYG++KL N RRRR + Q +G + V+EW+ N R V+V FG + + RK + LR VN D + +E + + +P+IL+++P +DLVLEF+S SRK+F++K+E F++ +K++ + V + ML KAET+ERRQK+LEHFFREAYALTFGLR GE+R+ S ++ D V VMRT+L+ EFA+ALGM+ FVKKMF I EFLDTVVLFS G ++DK+RIIFDMCD + NGVI+K EL EML SLVE+A+T + V +LID MF+ +G Q K+ LTY DF+ +M+++ GDF+ +GLDCKGA NFLDT+TN+ARM +F ++ + TE+ Y++ KW+ LTTFLEENRQ+IFYL F+ + + LF ERFIHY +M EH DLRHIMGVGIAITRG AA+LSF YSILLL+MSRNLLTKLKE S QYIP+D+H+QFHKI ACTALFFS LH+VGH+VNFY V++QP+E+L CL+ E+ FPSD +P I +WLFQT+TG TG+LL+ I+ IIF+FAHP++R+KAY+FFW +H LY++ Y LCL+HGL R+T PRFW+FF+ PG +F DKI SLR Y+ LD++ETE+LPSDVIKI FYRPPN Y SGQW+R++CN SE+HS T+TSAPHE+FLS HIKA+GPWTW LRNYFD N PED+ ++G GGNQ+WYKFEVAVM+G GIGVTPYASILNDLVFGTSTNRYSGV+CKKVYFLWI PSH+ FEWF+DVLRDVE+KDVTNVLE+HIFITQFFHK+DLRTTML YICENHFQRL++TS+FT LKA NHFGRPDM+SFL+FVQ+KHSYVSK+GVFSCGP P+ K + +AC+EVN+ RKLPYF HHFENF
Sbjct: 24 TEKHFSQTEKQRYDGWFNNLAHPNWGSINSHLIRRAPPAYADGVYMLAGQNRPSPRKLSRLFMKGIDGLSSMHNRTALLAFFGQLVTSEIVMASESGCPIEMHHIEIEKCDEIYDKECRGDKYIPFHRASYDRNTGQSPNSPREQLNQVTSWIDGSFIYSTSEPWINTMRSFQNGTL-LTDSSGSMPIRNSMRVPLFNNPVPQVMRMLSSERLFLLGDPRTNQNPAILTLSILFFRWHNVVASRVQNQHPDWSDEDVFQRARRIVIASIQ----------------------NIIFYEYLPAFLGQEMPEYEGYKQEVHPGVTHVFQTSAFRFGHSLIPPGLYRRDGKCKFKKTSMGHLAIRLCSTWWDSNDVLSN-----NSLEELLMGMTSQLAEREDSVLCSDVRDKLFGPMEFSRRDLGALNIMRGRDNGLPDYNTIRAQYKLPKKTEWNDINPKLFEARPEILRVLVAAYNND-INNVDVYIGGMLESYGKPGELFTTVIIEQFNRIRESDRFWFENKDNGMFTDQEITELKKITLWDVIVNSTDIKPNEIQNNVFFWKEGDPCPQPMQLNASQLEPCKVLSGYDYFEGNELVYIYACVFLGFVPILCAGAGYGVVKLQNRRRRRLKIRQEELR-HTADGKLPVDTMVVQEWLHANHKRLVKVKFGPEVAIHIVGRKGEKLRTVNFKTVDMVTIEESLEITTKKKPLILVRVPRDHDLVLEFESIGSRKKFIMKLEVFLNSNKKNLNCIQVVREIMLAKAETRERRQKKLEHFFREAYALTFGLRPGERRRRSDASIDGEVVTVMRTSLSTSEFASALGMKADAVFVKKMFNIVDKDGDGRISFQEFLDTVVLFS-RGKTEDKLRIIFDMCDNDRNGVIDKGELFEMLRSLVEIARTTSLSDDHVTELIDGMFQDAGLQHKDFLTYNDFKEMMKEYKGDFVAIGLDCKGAKQNFLDTSTNVARMTSFHIDPPTD-TEKNYIKLKWNHLTTFLEENRQNIFYLFVFYVITIALFVERFIHYSFMAEHTDLRHIMGVGIAITRGSAASLSFCYSILLLTMSRNLLTKLKEFSIQQYIPLDAHIQFHKIAACTALFFSLLHTVGHIVNFYHVSTQPVENLKCLTSEVRFPSDYKPGIAFWLFQTITGATGVLLFIIMSIIFVFAHPLIRKKAYKFFWSTHSLYILLYALCLIHGLARLTGAPRFWMFFVGPGIVFALDKIVSLRTKYIPLDVIETELLPSDVIKIKFYRPPNLKYLSGQWVRLACNTFKTSEFHSFTLTSAPHENFLSCHIKAQGPWTWNLRNYFDPCNF------NPEDQPKILLEG------PFGGGNQDWYKFEVAVMVGGGIGVTPYASILNDLVFGTSTNRYSGVSCKKVYFLWICPSHKHFEWFIDVLRDVEKKDVTNVLEIHIFITQFFHKFDLRTTML-YICENHFQRLAKTSMFTGLKAVNHFGRPDMSSFLKFVQKKHSYVSKIGVFSCGPRPLTKSVMSACDEVNKGRKLPYFIHHFENF 1501
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Match: gi|642918264|ref|XP_008191437.1| (PREDICTED: dual oxidase isoform X1 [Tribolium castaneum]) HSP 1 Score: 1937.54 bits (5018), Expect = 0.000e+0 Identity = 917/1533 (59.82%), Postives = 1165/1533 (75.99%), Query Frame = 0
Query: 24 ERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPG-MPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNA-NCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADNR-PMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDS--VNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKK----------------VYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
E+QR+DGWFNN+AHP+WGS + L R+AP+AY+DGVYM+AG +RPSPRKLS FM+G DGL S+ NRTALLAFFGQ+VT+E++MASE+GCP+E+H IEI+KCD++YD++CRG ++PF+RA YD TGQSPN PREQ+N++T+WIDGSFIYS E WV+ MRSF+NG+ ++ A G MP N RVPLFN+P+PHVM+ L+ ER+F+LGDPRTNQNPA LT+ ILF+RWHNV+A R+Q +HP W+DEDVFQ RR+ +AT+Q +IIAYEYIPAFLG+ L +Y+GY D+HPG++HVF SAAFRYGH+LIPPG+YRRDG+CNF+E G LRLC+TWWD+ VL + + +E +L G++SQ++EREDS LCSDVR+KLFGPM+FSRRDL ++NIMRGRD+GLPDYNT+R + LP++ W+ INP+L++E PEL +L + Y ++ + NID+Y+GGMLES PG LF +IK+QF RLRD DRFWFEN NGIF+ EEI L+ V+LWDVIVN++++ + IQKNVFFW+ DPC QP QL S M C+ L G++ F+G+E Y+Y VF F P+ CA AGYG++KL N RRRR + Q NC + G + V+EW+ N R V++ FG + + RK + LR VN ++ + VE++ + + + PM+L+++P +DLV+E DS SRK+FL K+E F++ +KS+ + V + ML KAET ERRQK+LEHFFREAYALTFGLR GE+R+ S ++ D V VMRT+LT+ EFA+ALGM+ FVKKMF I EFLDTVVLFS G +DDK+RIIFDMCD + NGVI+K EL EML SLVE+A+T + V +LI+ MF+ +G Q K LTY DF+ +M+++ G+F+ +GLDCKGA NFLDT+TN+ARM +F +E L+ +E+ YL KW+ LTTFLEENRQ+IFYL F+ + + LF ERFIHY +M EH DLRHIMGVGIAITRG AA+LSF YSILLL+MSRNLLTKLKE S QYIP+D+H+QFHKI ACTALFFS LH+VGH+VNFY V++QPLE+L CL+ E+ FPSD +P I +WLFQT+TGLTG+ L+ I+ II +FAHP +R+KAY FFW +H LY++ YILCL+HGL R+T PRFW+FFI PG I+I DK+ SLR Y+ LD++ETE+LPSDVIKI FYRPPN Y SGQW+R++C E+HS T+TSAPHE+FLS HIKA+GPWTW+LRNYFD SN PED+ ++G GGNQ+WYKFEVAVM+G GIGVTPYASILNDLVFGTSTNRYSGVACKK VYFLWI PSH+ FEWF+DVLRDVE+KDVTNVLE+HIFITQFFHK+DLRTTML YICENHFQRLS+TS+FT LKA NHFGRPDM SFL+FVQ++HSYVSK+GVFSCGP P+ K + +AC++VN+ RKLPYF HHFENF
Sbjct: 32 EKQRYDGWFNNLAHPDWGSVGSHLIRRAPSAYSDGVYMLAGQNRPSPRKLSRLFMRGLDGLGSMNNRTALLAFFGQMVTSEVMMASESGCPIEMHHIEIEKCDDVYDKECRGDKYIPFHRAGYDRKTGQSPNSPREQLNQVTSWIDGSFIYSTSEPWVNAMRSFRNGT--FLTDATGKMPVRNSMRVPLFNNPVPHVMKMLSTERLFLLGDPRTNQNPALLTISILFFRWHNVIAERVQKEHPDWSDEDVFQRTRRIVVATVQ----------------------NIIAYEYIPAFLGQPLPEYSGYKQDVHPGVTHVFQSAAFRYGHSLIPPGLYRRDGECNFEESPMG---LRLCATWWDSNDVLISHS-----LEKLLMGMASQLAEREDSVLCSDVRDKLFGPMEFSRRDLGALNIMRGRDSGLPDYNTIRAYYGLPKIKKWADINPKLFEEKPELLRALVSAYANN-INNIDVYVGGMLESYGGPGELFTTVIKEQFARLRDSDRFWFENEGNGIFTREEIASLRKVTLWDVIVNSTNIAPNHIQKNVFFWMSGDPCPQPMQLNTSLMEPCKILNGYDYFEGNELVYIYACVFLAFVPILCAGAGYGVVKLQNRRRRRLKIKQEELRNCVE--GKLPVDTMIVQEWLHANHKRLVKIKFGPEIAIHIMGRKGEKLRTVNFKNTETVYVEISVELTNQKKPMLLIRVPRDHDLVIELDSIGSRKKFLTKLELFLTSNKKSLIITEVVREIMLAKAETSERRQKKLEHFFREAYALTFGLRPGERRRRSDASVDGEVVTVMRTSLTKSEFASALGMKHDAVFVKKMFNIVDKDGDGRISFQEFLDTVVLFS-RGKTDDKLRIIFDMCDNDGNGVIDKEELSEMLRSLVEIARTTSLSDDHVTELIEGMFQDAGLQHKHFLTYNDFKEMMKEYKGEFVAIGLDCKGAKQNFLDTSTNVARMTSFHIEPTLD-SEKNYLELKWNSLTTFLEENRQNIFYLFIFYVITIALFVERFIHYSFMAEHTDLRHIMGVGIAITRGSAASLSFCYSILLLTMSRNLLTKLKEFSIQQYIPLDTHIQFHKIAACTALFFSLLHTVGHIVNFYHVSTQPLENLRCLTNEVRFPSDYKPGITFWLFQTITGLTGVFLFVIMSIIIVFAHPTIRKKAYNFFWATHNLYIILYILCLIHGLARLTGAPRFWLFFIGPGTIYILDKVVSLRTKYIPLDVIETELLPSDVIKIKFYRPPNLKYLSGQWVRLACTAFKSHEFHSFTLTSAPHENFLSCHIKAQGPWTWKLRNYFDPSNY------NPEDQPKILLEG------PFGGGNQDWYKFEVAVMVGGGIGVTPYASILNDLVFGTSTNRYSGVACKKVHFCAQFLPRIIDKFQVYFLWICPSHKHFEWFIDVLRDVEKKDVTNVLEIHIFITQFFHKFDLRTTML-YICENHFQRLSKTSIFTGLKAVNHFGRPDMTSFLKFVQKRHSYVSKIGVFSCGPRPLTKSVMSACDDVNKGRKLPYFIHHFENF 1514
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Match: gi|444299464|dbj|BAM76968.1| (dual oxidase [Marsupenaeus japonicus]) HSP 1 Score: 1928.68 bits (4995), Expect = 0.000e+0 Identity = 924/1519 (60.83%), Postives = 1144/1519 (75.31%), Query Frame = 0
Query: 19 PRHFYERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDG--QCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDSVNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
P + E+QR+DGW+NN+AHP WGS ++RLTRK PA+YADGVYM+AG DRPSPR LS+A + G DG+ S +NRTA+LAFFGQVV++EIL ASE GCP+E+H+I I++CDEMYD+ C G FMPF+RA YD TGQSPN PREQ+N +T+W+DG+F+YS EA ++ +RSF NG+ K P +PP NVER+P+ N+P PHV++ L+ ERMF+LGD RTNQNPA L GILF+RWHN A RIQ +HP W DE+VFQ ARR+ A LQ +II YE++PAF+GEE+ Y+ Y PDIHPGISHVF SAAFR+GHTL+PPG+YRRD C F G ALRLCSTWWDA V++N +E +LRG++SQ++E+ED LCSDVRNKLFGP++FSRRDL ++NIMRGRDNGLPDYNTVRK F+L + W INP LY HPEL E L +Y D L ++DLY+GGMLES D PG LFRAIIK+QF LRD DRFWFEN +N +F +EI ++ V LWD+IVNAS V EIQ+NVFF L +DPC QP QL S M C YL+G++ FQGSE Y+Y + P+ CA AGY +K N RRR RT Q N NG + + V+EW+ N R V+V FG N E+ NRK + LR+VN+ D L+VE+T+D +PM+L++ P +DLVLEFD+E +R +FL K+E F+ L+KS++ V K ML AETKERR KRLEHFFREAY LTFGL+ GEKRK + D V VMRT+L++ EFA ALGM+ D FV++MF I EFLDTVVLFS G++DDK+RIIFDMCD + NGVI+K+ L EML SLVE+AKT+ V +V++LI+ MF +SG KE LTY+DF+ +M+++ GDF+ +GLDCKGA NFLDT+TN+ARM +F + + + ++ KK++ L TFLEENRQ++FYL F+ + + LF ERFIHY +M EH DLRHIMGVGIAITRG AA+LSF YS+LLL+MSRNL+TKLK+ SF QYIP+DSH+QFHKI ACTALFFS LHS GHLVNFY V++QP+E+L CL+ E+SF SD +PT+ YWLFQT+TGLTG+ L+ I+CIIF+FAHPI+RRKAY+FFW +HQLY++ Y+L LLHGL R+T PRFW+FF+ PG I+ DKI SLR YMELDI+ETE+LPSDV+K+ FYRPPNF Y SGQW+R++C SEYHS T+TSAPHE+FLS HIKA+GPWTW+LR +FD N ++ P KV+ DG GGNQ+WYKFEVAVM+G GIGVTPYASILNDLVFGTSTNRYSGV+C KVYFLWI P+HR FEWF+DVLRDVE+KDVTNVLEMHIFITQFFHK+DLRTTML YICENHFQRLS+ S+FT LKA NHFGRPDM SFL+FVQ+ H+YVSK+GVFSCGPNP+ K +S ACE VNR R+LPYF HHFENF
Sbjct: 26 PESYIEKQRYDGWYNNLAHPAWGSVESRLTRKTPASYADGVYMLAGQDRPSPRTLSQALLNGSDGMASAQNRTAMLAFFGQVVSSEILQASEAGCPIEMHKINIERCDEMYDKHCTGEKFMPFHRAGYDYSTGQSPNSPREQLNYVTSWLDGNFVYSTSEARLNMLRSFSNGTFKTDPDDPSLPPRNVERIPMENNPTPHVLKILSPERMFLLGDQRTNQNPALLAFGILFFRWHNEQARRIQEQHPDWRDEEVFQKARRIVTAHLQ----------------------NIIMYEFLPAFIGEEIPPYDRYRPDIHPGISHVFQSAAFRFGHTLVPPGLYRRDAGDHCPFIRSQTGKSALRLCSTWWDADDVMSN-----STVEQLLRGLASQLAEKEDHVLCSDVRNKLFGPLEFSRRDLGALNIMRGRDNGLPDYNTVRKCFHLDPIERWEDINPDLYDVHPELLEKLSELYKGD-LMDVDLYVGGMLESQDGPGELFRAIIKEQFLGLRDADRFWFENEENALFDADEIAEIRNVGLWDIIVNASGVAPGEIQRNVFFHLADDPCPQPAQLNTSDMELCVYLQGYDYFQGSEVTYIYSCILLAAVPLICAGAGYAAVKFQNSRRRHFRTLQEENN----NGRSVDK-MMVKEWLHQNHKRIVKVKFGPNQEICTVNRKGEKLRRVNVAHLDTLVVEITQDQR-RKPMVLLRPPLDHDLVLEFDTEAARNKFLNKLEQFLMSLKKSLDRVQTNKEQMLANAETKERRTKRLEHFFREAYELTFGLKPGEKRKLEDAASDVVMVMRTSLSKKEFAGALGMKPDDIFVRRMFNIVGKDGDGRISFQEFLDTVVLFS-KGSTDDKLRIIFDMCDNDRNGVIDKTVLSEMLRSLVEIAKTNTVSDEEVEELINGMFSSSGINHKESLTYDDFKLMMREYKGDFIAIGLDCKGAKQNFLDTSTNVARMASFHISEVMSRNQH-WMTKKYNSLATFLEENRQNVFYLFVFYVITIALFCERFIHYSFMAEHTDLRHIMGVGIAITRGAAASLSFCYSLLLLTMSRNLMTKLKDFSFQQYIPLDSHIQFHKIVACTALFFSILHSCGHLVNFYHVSTQPVENLRCLTQEISFSSDQKPTVGYWLFQTITGLTGVSLFIIMCIIFIFAHPIIRRKAYKFFWAAHQLYILLYVLSLLHGLARLTGAPRFWIFFVGPGIIYTLDKIISLRTRYMELDIIETELLPSDVVKVKFYRPPNFKYLSGQWVRLNCTAFRQSEYHSFTLTSAPHENFLSCHIKAQGPWTWKLRKFFDPHNYVHDEENPP------KVRLDGPFG----GGNQDWYKFEVAVMVGGGIGVTPYASILNDLVFGTSTNRYSGVSCMKVYFLWICPTHRQFEWFIDVLRDVERKDVTNVLEMHIFITQFFHKFDLRTTML-YICENHFQRLSKRSMFTGLKAINHFGRPDMTSFLKFVQKTHNYVSKIGVFSCGPNPLTKSVSTACENVNRGRRLPYFIHHFENF 1497
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Match: gi|1133424367|ref|XP_019867920.1| (PREDICTED: dual oxidase isoform X1 [Aethina tumida]) HSP 1 Score: 1926.37 bits (4989), Expect = 0.000e+0 Identity = 909/1518 (59.88%), Postives = 1164/1518 (76.68%), Query Frame = 0
Query: 24 ERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPG-MPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTK--TNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDA-ADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDS--VNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
ERQR+DGWFNN+AHPEWGS D+ L R+AP+AYADGVYMM+G +RPSPRKLS FMKG DGL S+ NRTALLAFFGQ+VT+E++MASE+GCP+E+H IEI+KCDEMYD++C+G+ ++PF+RA YD TGQSPN PREQ+N++T+WIDGSFIYS E W++TMRSF NG+L + G MP N RVPLFN+P+PH+M+ L+ E++F+LGDPRTNQNPA LT+ ILF+RWHNV+A RIQ +HP W+DEDVFQ ARR +ATLQ +II YEY+PAFLGE L KY+GY D+HPGI+HVF SAAFR+GH+LIPPG+YRRD +C++K+ G LRLCSTWWD+ VL++ + +E++L G++SQ++EREDS LCSDVR+KLFGPM+FSRRDL ++NIMRGRDNGLPDYNTVR + LP+++NWS INP+L+ E PE+ L + Y ++ + +ID+Y+GGMLES PG LF A+IK+QF R+RD DRFWFEN DNGIF+ +EIE +K ++ D+I+++++++ + IQK+VFFW++ DPC QP QL S M C+ L G++ F+G+E Y+Y VF F P+ CA AGYG++KL N RRRR + Q +K+G + + V EW+ N R V+V FG + E+ + RK + LR ++ + N+ VE + + + +PM+L+ +P +DLVLE +S ++K+FL K+E F++ +K++ + + ML KAET++RR+K+LEHFFREAYALTFGLR GE+R+ S + D V VMRT+LT+ EFANALGM+ FVKKMF I EFLDTVVLFS G ++DK+RIIFDMCD + NGVI+K E EML SLVE+A+T + V +LID MFE +G + KE LTY+DF+ +M+++ GDF+ +GLDCKGA NFLDT+TN+ARM +F +E ++ ++ Y R KWD LTTFLEENRQ+IFYL F+ + + LF ERFIHY +M EH DLRHIMGVGIAITRG AA+LSF YSILLL+MSRNL+TKLKE S QYIP+D+H+QFHKI ACTALFFS LH+VGH+VNFY V++QP+E+L CL+ E+ FPSD +P I +WLFQT+TG+TG+LL+ I+ +I +FAHP +R+KAY+FFW +H LYV+ Y L L+HGL R+T PRFW+FFI PG IF DKI SLR Y+ LD++ETE+LPSDVIKI FYRPPN Y SGQW+R++C E+HS T+TSAPHE+FLS HIKA GPWTW+LRNYFD N ED K+ +G GGNQ+WYKFEVAVM+G GIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWI PSH+ FEWF+DVLRDVE+KDVTNVLE+HIFITQFFHK+DLRTTML YICENHFQRL++TS+FT LKA NHFGRPDM SFL+FVQ++HSYVSK+GVFSCGP P+ K + +AC+EVN+ RKLPYF HHFENF
Sbjct: 29 ERQRYDGWFNNLAHPEWGSVDSHLIRRAPSAYADGVYMMSGQNRPSPRKLSRLFMKGLDGLGSMSNRTALLAFFGQMVTSEVVMASESGCPIEMHHIEIEKCDEMYDKECKGNKYIPFHRAGYDRKTGQSPNAPREQLNQVTSWIDGSFIYSTSEPWINTMRSFNNGTL--LTDKSGKMPVRNSMRVPLFNNPVPHMMKMLSTEKLFLLGDPRTNQNPALLTISILFFRWHNVVANRIQKEHPTWSDEDVFQKARRYVVATLQ----------------------NIIMYEYLPAFLGEHLPKYDGYKQDVHPGITHVFQSAAFRFGHSLIPPGLYRRDAKCDYKKTPMGYLGLRLCSTWWDSNDVLSS-----NSLEELLMGMTSQLAEREDSVLCSDVRDKLFGPMEFSRRDLGALNIMRGRDNGLPDYNTVRMYYKLPKITNWSDINPKLFNEKPEILRLLVSAYNNN-INDIDVYVGGMLESYGRPGELFTAVIKEQFARIRDADRFWFENEDNGIFTKKEIEAIKKITFKDIIISSTNIQPESIQKHVFFWVEGDPCPQPMQLNTSLMEPCQILSGYDYFEGNEVVYIYSCVFLGFVPILCAGAGYGVVKLQNRRRRRLKIRQEE---LRKSGEAKLSVDTMIVHEWLHANHKRQVKVKFGPDAEINIMGRKGEKLRTISFKNTINIEVEESLEVTSKKKPMVLVHVPRDHDLVLELESVGTKKKFLNKLELFLTSHKKNLICNQMVRELMLAKAETRQRREKKLEHFFREAYALTFGLRPGERRRRSDTCMDGEVVTVMRTSLTKSEFANALGMKPDAVFVKKMFNIVDKDGDGRISFQEFLDTVVLFS-RGKTEDKLRIIFDMCDNDGNGVIDKEEFSEMLRSLVEIARTTSLSDDHVTELIDGMFEDAGLEYKECLTYKDFKLMMKEYKGDFVAIGLDCKGAKQNFLDTSTNVARMTSFQIEPSVD-VDKNYFRLKWDSLTTFLEENRQNIFYLFIFYVITIALFVERFIHYSFMAEHTDLRHIMGVGIAITRGSAASLSFCYSILLLTMSRNLITKLKEFSIQQYIPLDTHIQFHKIAACTALFFSLLHTVGHIVNFYHVSTQPIENLKCLTNEVRFPSDYKPGISFWLFQTITGVTGVLLFVIMSVIIVFAHPTIRKKAYKFFWFTHSLYVLLYALSLIHGLARLTGAPRFWIFFIGPGIIFAIDKIVSLRTKYIPLDVIETELLPSDVIKIKFYRPPNLKYLSGQWVRLACTAFKVHEFHSFTLTSAPHENFLSCHIKAHGPWTWKLRNYFDPCNFNAEDQP--------KILLEGPFG----GGNQDWYKFEVAVMVGGGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWICPSHKHFEWFIDVLRDVEKKDVTNVLEIHIFITQFFHKFDLRTTML-YICENHFQRLAKTSIFTGLKAVNHFGRPDMTSFLKFVQKRHSYVSKIGVFSCGPRPLTKSVMSACDEVNKGRKLPYFIHHFENF 1498
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Match: gi|1199300047|gb|ARU79623.1| (dual oxidase [Anopheles stephensi]) HSP 1 Score: 1925.98 bits (4988), Expect = 0.000e+0 Identity = 910/1516 (60.03%), Postives = 1147/1516 (75.66%), Query Frame = 0
Query: 24 ERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPG-MPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDA-ADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDS--VNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
E+QR+DGW+NN+AHP+WG+ DN LTRKAP+AY+DGVY++AGA+RPSPRKLS FM+G DGLPS+ NRTALLAFFGQVVT EI+MASE+GCP+E+HRIEI+KCDEMYD +CRG ++PF+RA YD TGQSPN PREQIN+MT WIDGSFIYS EAW++ MRSF++G+L + G MP N RVPLFN+P+PHVMR L+ ER+++LGDPRTNQNPA L+ ILF RWHNV+A R++ +H W+DE++FQ ARRV IA+LQ ++IAYEY+PAFL +E+ Y+GY D HPG+SH+F +AAFR+GH+LIPPG++RRDGQCNF+ PALRLCSTWW++ VL N +E+ + G++SQI+E+ED LCSDVR+KLFGPM+F+RRDL ++NIMRGRDNGLPDYNT R + LPR NW INPQ+++ PEL E L Y + L N+D+Y+GGMLES+ PG LF A+I DQF R+RD DRFWFEN DNGIF+ EEI ++ +LWD+IVN++ ++ADEIQ++VF W DPC QP QL A+ + C YL G++ F GSE AY+Y VF F P+ CA AGY +IKL N RRR+ + Q A N + + REW+ N R V V FG + +RK + LR NL D + VE +++ +P IL+++P +DLVLE +S +R++F+ K+E F+ +KS+ V + ML KAET+ERRQKRLEHFFREAYALTFGLR GE+R+ S ++ D + VMRT+L++ EFA ALGM+ D FV+KMF I EFL+TVVLFS G +DDK+RIIFDMCD + NGVI+K EL EM+ SLVE+A+T V V++LID MF+ G + K LTYEDF+ +M+++ GDF+ +GLDCKGA NFLDT+TN+ARM +F +E + + R ++++KWD TTFLEENRQ+IFYL F+ + + LF ERFIHY +M EH DLRHIMGVGIAITRG AA+LSF YS+LLL+MSRNLLTKLKE QYIP+DSH+QFHKI ACTALFFS LH+VGH+VNFY V++Q +E+L CL+ E+ F SD RP I YWLFQT+TG+TG++L+ +CIIF FAHP +R+KAY+FFW +H LYVV Y LCL+HGL R+T PRFW+FFI PG ++ DKI SLR YM LD++ET++LPSDVIKI FYRPPN Y SGQW+R+SC + E HS T+TSAPHE+FLS HIKA+GPWTW+LRNYFD N P+D+ +++G GGNQ+WYKFEVAVM+G GIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWI PSH+ FEWF+DVLRDVE+KDV+NVLE+HIFITQFFHK+DLRTTML YICENHFQRLS+TS+FT LKA NHFGRPDM+SFL+FVQ+KHSYVSK+GVFSCGP P+ K + +AC+EVN++RK PYF HHFE F
Sbjct: 5 EKQRYDGWYNNLAHPDWGAVDNHLTRKAPSAYSDGVYVLAGANRPSPRKLSRLFMRGTDGLPSMENRTALLAFFGQVVTNEIVMASESGCPIEMHRIEIEKCDEMYDRECRGDRYIPFHRAAYDRNTGQSPNAPREQINQMTAWIDGSFIYSTSEAWLNAMRSFQDGAL--LTDKQGTMPIKNTMRVPLFNNPVPHVMRMLSPERLYLLGDPRTNQNPALLSFAILFLRWHNVVAKRVRRQHRDWSDEEIFQRARRVVIASLQ----------------------NVIAYEYLPAFLDKEIPPYDGYKADTHPGVSHMFQAAAFRFGHSLIPPGLFRRDGQCNFRRTNMDFPALRLCSTWWNSNDVLDNTP-----VEEFIMGMASQIAEKEDPLLCSDVRDKLFGPMEFTRRDLGALNIMRGRDNGLPDYNTARAAYRLPRKKNWRDINPQVFERQPELLELLINTYDNQ-LDNVDVYVGGMLESDGRPGELFSAVIIDQFTRIRDADRFWFENEDNGIFTKEEIAEIRKFTLWDIIVNSTDIEADEIQRDVFHWKQGDPCPQPEQLNATLLEPCNYLEGYDYFSGSELAYIYSCVFLGFVPILCAGAGYCVIKLQNSRRRKLKIKQ-EAMKNTANSKVSVEKMVAREWLHANHKRLVTVKFGPEAAIYTVDRKGEKLRTFNLKHVDVVTVEQSQENYKAKKPYILLRVPSDHDLVLELESNSARRKFVKKLEDFLVVHKKSMTFVESNRDLMLAKAETRERRQKRLEHFFREAYALTFGLRPGERRRRSDASLDGEVMTVMRTSLSKSEFAAALGMKPDDMFVRKMFNIVDKDKDGRISFQEFLETVVLFS-RGKTDDKLRIIFDMCDNDRNGVIDKGELSEMMRSLVEIARTTSVTDEQVNELIDGMFQDVGLEHKNHLTYEDFKLMMKEYKGDFVAIGLDCKGAKQNFLDTSTNVARMTSFHIE-PISDSRRHWMQEKWDCYTTFLEENRQNIFYLFLFYVITIVLFVERFIHYSFMAEHTDLRHIMGVGIAITRGSAASLSFCYSLLLLTMSRNLLTKLKEFPIQQYIPLDSHIQFHKIAACTALFFSLLHTVGHIVNFYHVSTQSIENLKCLTKEVHFTSDYRPDITYWLFQTITGVTGVMLFVTMCIIFAFAHPTIRKKAYKFFWNAHSLYVVLYALCLVHGLARLTGAPRFWLFFIGPGIVYTLDKIVSLRTKYMALDVIETDLLPSDVIKIRFYRPPNLKYLSGQWVRLSCTEIKPEEMHSFTLTSAPHENFLSCHIKAQGPWTWKLRNYFDPCNY------NPDDQPKIRIEG------PFGGGNQDWYKFEVAVMVGGGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWICPSHKHFEWFIDVLRDVEKKDVSNVLEIHIFITQFFHKFDLRTTML-YICENHFQRLSKTSMFTGLKAVNHFGRPDMSSFLKFVQKKHSYVSKIGVFSCGPRPLTKSVMSACDEVNKSRKWPYFIHHFETF 1474
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Match: gi|1279709757|ref|XP_022920959.1| (dual oxidase [Onthophagus taurus]) HSP 1 Score: 1924.83 bits (4985), Expect = 0.000e+0 Identity = 904/1520 (59.47%), Postives = 1159/1520 (76.25%), Query Frame = 0
Query: 19 PRHFYERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPGMPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDAADNR-PMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDS--VNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
P + E+QR+DGWFNN+AHP WGS ++ L RKA +AY+DGVYMMAG DRPS RKLS FM+G DGL SL N+TALLAFFGQ+VT+EI+MASE+GCP+E+H IE++KCD MYD+ C G+ +PF+RA YD TGQSPN PREQ+N++T+WIDGSFIYS E WV+TMRSF NG+ + A MP N R+PLFN+P+P MR N E +F+LGDPRTNQNPA LTLGILF+++HN +A +I HP+W DEDVFQ ARR+ IATLQ +II YEY+PAFLGE+L Y GYNPD+HPG++HVF SAAFR+GH+LIPPGIYRRDG CNFK+ G A+RLCSTWW++ VLT+ + +E++L G+ SQ++ERED+ LCSDVR+KLFGPM+F+RRDL ++NIMRGRDNGLPDYNTVR ++NLP+++ W+ INP+L++ HPE+ E+L+T Y D + N+D+Y+GGMLES PG LFR +I DQF R+RD DRFWFEN++N +F+ EEI++++ +L+DVIV ++++ +E+QK+VFFW D D C QP QL A+ + C YL+G++ F+G+E Y+Y VF F P+ CA AGYG++KL N RRRR + Q G + V+EW+ N R V++ FG + + +T RK + LR V+ D++ +E + D R P++L+++P+ +DLVLEFD+ SRK+F+ K+E F++ +K++ V + +L KAET+ERRQK+LEHFFREAYALTFGLR GE+R+ S S+ D V VMRT+LT+ EFA+ALGM+ FVKKMF I EFLDTVVLFS G ++DK+RIIFDMCD ++NGVI+K EL EML SLVE+A+T + V +LI+ MF+ +G ++K+ LTYEDF+ +M+++ GDF+ +GLDCKGA NFLDT+TN+ARM +F +E E ++ Y KW+ LTTFLEENRQ+IFYL F+ + + LF ERFIHY +M EH DLRHIMGVGIAITRG AA+LSF YSILLL+MSRNLLTKLKE S QYIP+D+H+QFHKI ACTALFFS LH+VGH+VNFY V++QPLEHL CL+ E+ FPSD +P I +WLFQT+TG TG++L+ ++CIIF+FAHP +R++AY FFW +HQLY+V Y L+HG+ R+T PRFW+FF+ PG IF DK+ SLR Y+ LD++ETE+LPSDVIKI FYRPPN Y SGQW+R++C E+HS T+TSAPHE+FLS HIKA+GPWTW+LRNYFD N PE++ ++G GGNQ+WYKFEVAVM+G GIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWI PSH+ FEWF+DVLRDVE+KDVTNVLE+HIFITQFFHK+DLRTTML YICENHFQRL++ S+FT LKA NHFGRPDM SFL+FVQ+KHSYVSK+GVFSCGP P+ K + AC++VN+ RKLPYF HHFENF
Sbjct: 31 PGYKAEKQRYDGWFNNVAHPNWGSTNSHLIRKASSAYSDGVYMMAGQDRPSTRKLSRLFMRGADGLASLNNKTALLAFFGQLVTSEIVMASESGCPIEMHNIEVEKCDHMYDKQCDGNKHIPFHRAAYDRKTGQSPNSPREQLNQVTSWIDGSFIYSTSEPWVNTMRSFSNGTFR-PENAGNMPQRNSMRIPLFNNPVPEQMRMSNSETLFLLGDPRTNQNPALLTLGILFFQYHNFVANQIYKDHPKWMDEDVFQKARRIVIATLQ----------------------NIIIYEYLPAFLGEDLPPYQGYNPDLHPGVTHVFQSAAFRFGHSLIPPGIYRRDGHCNFKKTSSGDKAIRLCSTWWNSNEVLTH-----NTVEELLLGMVSQLAEREDALLCSDVRDKLFGPMEFTRRDLGALNIMRGRDNGLPDYNTVRASYNLPKITEWADINPELFQLHPEILENLKTQYKDD-INNVDVYVGGMLESYGRPGELFRTVIIDQFTRIRDSDRFWFENINNDLFTDEEIDQIRKTTLYDVIVKSTTINPEELQKDVFFWKDGDVCPQPEQLNATTLKPCNYLKGYDYFEGNELVYIYACVFLGFVPIVCAGAGYGVVKLQNKRRRRLKIKQEELKN-ASEGKLPIDTMIVQEWLHANHKRIVKIKFGPDACINVTGRKGEKLRSVDFKSCDHVSIEESVDMTGKRNPLVLIRVPKDHDLVLEFDNIGSRKKFIHKLEMFLASNKKNLNTKQVVRELLLAKAETRERRQKKLEHFFREAYALTFGLRPGERRRRSSSSSDGEVVTVMRTSLTKAEFASALGMKPDAVFVKKMFNIVDKDGDGRISFQEFLDTVVLFS-RGKTEDKLRIIFDMCDNDKNGVIDKGELSEMLRSLVEIARTTSLSDDHVTELIEGMFQDAGLEEKDFLTYEDFKEMMKEYKGDFVAIGLDCKGAKQNFLDTSTNVARMTSFHIEPSTE-SDSNYFILKWNSLTTFLEENRQNIFYLFIFYVVTIGLFVERFIHYSFMAEHTDLRHIMGVGIAITRGSAASLSFCYSILLLTMSRNLLTKLKEFSIQQYIPLDAHIQFHKIAACTALFFSLLHTVGHIVNFYHVSTQPLEHLKCLTSEVRFPSDYKPDISFWLFQTITGSTGVVLFVVMCIIFVFAHPTIRKRAYNFFWATHQLYIVLYAFSLIHGVARLTGAPRFWIFFVGPGVIFALDKMVSLRTKYIPLDVIETELLPSDVIKIKFYRPPNLKYLSGQWVRLACTSFKSREFHSFTLTSAPHENFLSCHIKAQGPWTWKLRNYFDPCNY------NPEEQPKILLEG------PFGGGNQDWYKFEVAVMVGGGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWICPSHKHFEWFIDVLRDVEKKDVTNVLEIHIFITQFFHKFDLRTTML-YICENHFQRLAKNSMFTGLKAVNHFGRPDMISFLKFVQKKHSYVSKIGVFSCGPRPLTKSVMTACDDVNKGRKLPYFIHHFENF 1505
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Match: gi|668452049|gb|KFB41042.1| (AGAP009978-PA-like protein [Anopheles sinensis]) HSP 1 Score: 1924.06 bits (4983), Expect = 0.000e+0 Identity = 907/1516 (59.83%), Postives = 1146/1516 (75.59%), Query Frame = 0
Query: 24 ERQRFDGWFNNMAHPEWGSNDNRLTRKAPAAYADGVYMMAGADRPSPRKLSEAFMKGEDGLPSLRNRTALLAFFGQVVTAEILMASENGCPLEIHRIEIDKCDEMYDEDCRGSTFMPFYRAQYDPLTGQSPNMPREQINRMTTWIDGSFIYSHQEAWVSTMRSFKNGSLKWMAGAPG-MPPYNVERVPLFNSPIPHVMRRLNLERMFVLGDPRTNQNPAFLTLGILFYRWHNVLATRIQNKHPQWNDEDVFQAARRVNIATLQVHIDLIRVTRSITIVDYLYLLQSIIAYEYIPAFLGEELRKYNGYNPDIHPGISHVFSSAAFRYGHTLIPPGIYRRDGQCNFKEDFRGSPALRLCSTWWDAQGVLTNMNDNKDIIEDILRGVSSQISEREDSFLCSDVRNKLFGPMDFSRRDLASINIMRGRDNGLPDYNTVRKTFNLPRVSNWSQINPQLYKEHPELFESLETIYGSDCLTNIDLYIGGMLESNDDPGPLFRAIIKDQFERLRDGDRFWFENLDNGIFSPEEIERLKGVSLWDVIVNASSVKADEIQKNVFFWLDNDPCHQPTQLKASGMPSCEYLRGHNAFQGSETAYLYGLVFFVFFPVFCACAGYGLIKLTNGRRRRARTNQPNANCFKKNGTKTNHHLRVREWVEPNKSRPVRVLFGLNGEVTLTNRKSDILRKVNLNCSDNLMVEVTRDA-ADNRPMILMKIPESYDLVLEFDSEPSRKRFLVKIESFVSGLRKSIEMVPVFKRPMLVKAETKERRQKRLEHFFREAYALTFGLRAGEKRKPSHSNDDS--VNVMRTALTRDEFANALGMRTSDFFVKKMFKI------------EFLDTVVLFSTSGTSDDKIRIIFDMCDTNENGVIEKSELQEMLISLVEMAKTDKVLTADVDKLIDSMFETSGFQDKEVLTYEDFQSLMQDFNGDFLTVGLDCKGANHNFLDTTTNIARMQTFAMEYRLEHTERGYLRKKWDRLTTFLEENRQHIFYLLTFFSMNVYLFSERFIHYCYMTEHADLRHIMGVGIAITRGCAAALSFDYSILLLSMSRNLLTKLKESSFHQYIPIDSHLQFHKICACTALFFSFLHSVGHLVNFYQVASQPLEHLSCLSPELSFPSDMRPTIPYWLFQTLTGLTGILLYAIVCIIFMFAHPIVRRKAYRFFWLSHQLYVVFYILCLLHGLQRITSVPRFWVFFIFPGAIFIFDKIESLRRSYMELDILETEILPSDVIKITFYRPPNFTYRSGQWIRVSCNVVGYSEYHSLTITSAPHEDFLSIHIKARGPWTWRLRNYFDSSNLAEEDSKGPEDEDAQKVKGDGEDNKENDGGNQEWYKFEVAVMIGAGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWITPSHRSFEWFMDVLRDVEQKDVTNVLEMHIFITQFFHKYDLRTTMLQYICENHFQRLSRTSLFTNLKAANHFGRPDMASFLRFVQRKHSYVSKVGVFSCGPNPVIKGISAACEEVNRTRKLPYFSHHFENF 1523
E+QR+DGW+NN+AHP+WG+ DN LTRKAP+AY+DGVY+MAG++RPSPRKLS FM+G DGLPS+ NRTALLAFFGQVVT E++MASE+GCP+E+HRIE++KCDEMYD +CRG ++PF+RA YD TGQSPN PREQIN+MT WIDGSFIYS EAW++ MRSF++G+L + G MP N RVPLFN+P+PHVMR L+ ER+++LGDPRTNQNPA L+ ILF RWHNV+A R++ +H W DE++FQ ARRV IA+LQ +IIAYEY+PAFL +EL Y+GY D HPG+SH+F +AAFR+GH+LIPPG++RRDGQCNF+ PALRLCSTWW++ VL N +E+ + G++SQI+E+ED LCSDVR+KLFGPM+F+RRDL ++NIMRGRDNGLPDYNT R + LP+ W +INPQ+++ PEL E L Y + L N+D+Y+GGMLES+ PG LF A+I DQF R+RD DRFWFEN DNGIF+ EEI+ ++ +LWD+IVN++ ++ DEIQ++VF W DPC QP QL A+ + C YL G++ F GSE AY+Y VF F P+ CA AGY +IKL N RRR+ + Q A G + REW+ N R V V FG + +RK + LR NL D + VE +++ +P IL+++P +DLVLE +S +R++F+ K+E F+ +K++ V + ML KAET+ERRQKRLEHFFREAYALTFGLR GE+R+ S ++ D + VMRT+L++ EFA ALGM+ D FV+KMF I EFL+TVVLFS G +DDK+RIIFDMCD + NGVI+K EL EM+ SLVE+A+T V V++LID MF+ G + K LTYEDF+ +M+++ GDF+ +GLDCKGA NFLDT+TN+ARM +F +E + + R ++++KWD TTFLEENRQ+IFYL F+ + + LF ERFIHY +M EH DLRHIMGVGIAITRG AA+LSF YS+LLL+MSRNLLTKLKE QYIP+DSH+QFHKI ACTALFFS LH+VGH+VNFY V++Q +E+L CL+ E+ F SD RP I YWLFQT+TG+TG++L+ +CIIF FAHP +R+KAY+FFW +H LYV+ Y LCL+HGL R+T PRFW+FFI PG ++ DKI SLR YM LD++ET++LPSDVIKI FYRPPN Y SGQW+R+SC + E HS T+TSAPHE+FLS HIKA+GPWTW+LRNYFD N P+D+ +++G GGNQ+WYKFEVAVM+G GIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWI PSH+ FEWF+DVLRDVE+KDVTNVLE+HIFITQFFHK+DLRTTML YICENHFQRLS+TS+FT LKA NHFGRPDM+SFL+FVQ+KHSYVSK+GVFSCGP P+ K + +AC+EVN++RK PYF HHFENF
Sbjct: 26 EKQRYDGWYNNLAHPDWGAVDNHLTRKAPSAYSDGVYVMAGSNRPSPRKLSRLFMRGTDGLPSMENRTALLAFFGQVVTNEVVMASESGCPIEMHRIEVEKCDEMYDRECRGDRYIPFHRAAYDRNTGQSPNAPREQINQMTAWIDGSFIYSTSEAWLNAMRSFQDGAL--LTDKQGTMPVKNTMRVPLFNNPVPHVMRMLSPERLYLLGDPRTNQNPALLSFAILFLRWHNVVAKRVRRQHRDWGDEEIFQRARRVVIASLQ----------------------NIIAYEYLPAFLDKELPPYDGYKADTHPGVSHMFQAAAFRFGHSLIPPGLFRRDGQCNFRRTNMDFPALRLCSTWWNSNDVLDNTP-----VEEFIMGMASQIAEKEDPLLCSDVRDKLFGPMEFTRRDLGALNIMRGRDNGLPDYNTARAAYRLPKKKTWREINPQIFERQPELMELLIDTY-DNRLDNVDVYVGGMLESDGRPGELFSAVIIDQFTRIRDADRFWFENEDNGIFTKEEIDEIRKFTLWDIIVNSTDIEGDEIQRDVFHWKQGDPCPQPEQLNATLLEPCNYLEGYDYFSGSELAYIYSCVFLGFVPILCAGAGYCVIKLQNSRRRKLKIKQ-EAMKNAATGKISVEKSVAREWLHANHKRLVTVKFGPEAAIYTVDRKGEKLRTFNLKHVDVVTVEQSQENYKAKKPYILLRVPNDHDLVLELESNSARRKFVKKLEDFLVVHKKAMTFVESNRDLMLAKAETRERRQKRLEHFFREAYALTFGLRPGERRRRSDASLDGEVMTVMRTSLSKSEFAAALGMKPDDMFVRKMFNIVDKDKDGRISFQEFLETVVLFS-RGKTDDKLRIIFDMCDNDRNGVIDKGELSEMMRSLVEIARTTSVTDDQVNELIDGMFQDVGLEHKNHLTYEDFKLMMKEYKGDFVAIGLDCKGAKQNFLDTSTNVARMTSFHIE-PISDSRRHWMQEKWDAYTTFLEENRQNIFYLFIFYVITIVLFVERFIHYSFMAEHTDLRHIMGVGIAITRGSAASLSFCYSLLLLTMSRNLLTKLKEFPIQQYIPLDSHIQFHKIAACTALFFSLLHTVGHIVNFYHVSTQSIENLKCLTKEVHFTSDYRPDITYWLFQTVTGVTGVMLFVTMCIIFAFAHPTIRKKAYKFFWNAHSLYVLLYALCLIHGLARLTGAPRFWLFFIGPGIVYTLDKIVSLRTKYMALDVIETDLLPSDVIKIKFYRPPNLKYLSGQWVRLSCTEIKPEEMHSFTLTSAPHENFLSCHIKAQGPWTWKLRNYFDPCNY------NPDDQPKIRIEG------PFGGGNQDWYKFEVAVMVGGGIGVTPYASILNDLVFGTSTNRYSGVACKKVYFLWICPSHKHFEWFIDVLRDVEKKDVTNVLEIHIFITQFFHKFDLRTTML-YICENHFQRLSKTSMFTGLKAVNHFGRPDMSSFLKFVQKKHSYVSKIGVFSCGPRPLTKSVMSACDEVNKSRKWPYFIHHFENF 1495 The following BLAST results are available for this feature:
BLAST of hypothetical protein DAPPUDRAFT_329115 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides) Total hits: 23
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BLAST of hypothetical protein DAPPUDRAFT_329115 vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt) Total hits: 25
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BLAST of hypothetical protein DAPPUDRAFT_329115 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR) Total hits: 25
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The following features are aligned
Analyses
This gene is derived from or has results from the following analyses
Properties
Relationships
The following mRNA feature(s) are a part of this gene:
Sequences
The following sequences are available for this feature:
gene from alignment at scaffold1479_size39259:20694..34618+ Legend: mRNA Hold the cursor over a type above to highlight its positions in the sequence below.>maker-scaffold1479_size39259-snap-gene-0.10 ID=maker-scaffold1479_size39259-snap-gene-0.10|Name=hypothetical protein DAPPUDRAFT_329115|organism=Tigriopus kingsejongensis|type=gene|length=13925bp|location=Sequence derived from alignment at scaffold1479_size39259:20694..34618+ (Tigriopus kingsejongensis)back to top Synonyms
The feature 'hypothetical protein DAPPUDRAFT_329115' has the following synonyms
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