mRNA_P-fluviatile_contig89.14985.1 (mRNA) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig89.14985.1 vs. uniprot
Match: A0A6G6D7G4_ECTSI (Protein translocase subunit SecA n=8 Tax=Ectocarpales TaxID=2877 RepID=A0A6G6D7G4_ECTSI)

HSP 1 Score: 1553 bits (4021), Expect = 0.000e+0
Identity = 784/876 (89.50%), Postives = 844/876 (96.35%), Query Frame = 1

Query:   19 MIKLFPQMKTIWDEYRLTLNSINEAENELITLSDNELKSRTSKLKYFSSKEGTVDQKTLIEGFALIREASKRTINLRHYDIQLIGGLVLNEGKIVEMKTGEGKTLVSTSPAFVNALTGNGVHVVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGTSLESRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRETDLLVEKFFKANEASKYLENKKHFEIDQKAKKISLTEKGLNRAKILLNVEDLYNIQDPWIPYILNSVKARHLFFRDIHYILRNNEIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQLLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYEKMKRRDESDFIFVDEISKWRAVAQECLKVYSTGRPVLVGTTTIQNSEVISQLLKTYSVPHELLNAKPENVKRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILTKLIQKEDFFVPGINLILLKKALKKNPKLIPYLKKNLDILLTVFDISNKKLNLLENFINKLYNELLVKYKEKQKEDSKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLESQNFEGKDILLPKKILRLLNRLSISNGLICNNLDKLDNLKKFLYQQLWSSYACKEFRYSCSTDSKVLDRYNRLIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYEERASSLLNLTLKDCRNSIIFEIFISNIVLTDD 2646
            MIKLFPQ+KT+WDEYR+TLNSIN+ E ELITLSDNELKS+TSKLKY +S+   +DQKT++EGFAL REASKRTINLRHYDIQLIGGLVLN+GKI EMKTGEGKTLVSTSPA VNAL+G GVH+VTINDYLAKRDAEWMGQIHRLLGLKVGLIQDG   +SR+ NYSRDLTYVTN DLVFDFLKDNMV DKKELVQ+PFNFCIIDEVDSILIDEARTPLIISRE++LLVEKFFKANEASKYLENKKHFEID+KAKKISLTE+GL+RAKILLNVEDLY+IQDPWIPYILNS+KA HLFFRDIHYIL+NNE+VIIDEFTGRIMEGRKWGDGLHQAIEAKEN+Q+LKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVS LPTYEKMKR+D+SDFIF+DEISKWRA+AQECLK+ STGRPVLVGTTTIQNSEVISQLLKTYSVPH+LLNAKPEN++RESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFIL KLIQKEDFFVPGINLI LKKALKKNP LI YL+KNLDILLTVF+ISNKKLNLLENFIN LY++LL+KYKE+QKE+SKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQ+TMQKLKIESEILDSKFLSDSL+SAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLST +MRDLVMEFSEGFLDDFIDYL+SQN EGK+I+LPKKI +LLNRLSISNG++ +NLDKL  LKKFLYQQLW+SYACKEFRYSCSTDS+VLDRYN+LIFFKYIDFYWYKHLENM FLLDATSWE+YAQKDPFL+YEERA SLLNLTLKDCR+SIIFEIFISNI+LTD+
Sbjct:    1 MIKLFPQIKTVWDEYRVTLNSINDIERELITLSDNELKSKTSKLKYLASQSKILDQKTIVEGFALTREASKRTINLRHYDIQLIGGLVLNDGKIAEMKTGEGKTLVSTSPALVNALSGKGVHIVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGMQSQSRQINYSRDLTYVTNVDLVFDFLKDNMVTDKKELVQKPFNFCIIDEVDSILIDEARTPLIISRESNLLVEKFFKANEASKYLENKKHFEIDEKAKKISLTEQGLDRAKILLNVEDLYSIQDPWIPYILNSLKACHLFFRDIHYILKNNEVVIIDEFTGRIMEGRKWGDGLHQAIEAKENLQMLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSTLPTYEKMKRQDDSDFIFIDEISKWRAIAQECLKINSTGRPVLVGTTTIQNSEVISQLLKTYSVPHQLLNAKPENIRRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILKKLIQKEDFFVPGINLIRLKKALKKNPNLISYLQKNLDILLTVFEISNKKLNLLENFINNLYSQLLLKYKERQKEESKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQDTMQKLKIESEILDSKFLSDSLNSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTKVMRDLVMEFSEGFLDDFIDYLDSQNQEGKEIILPKKIFKLLNRLSISNGILYDNLDKLGALKKFLYQQLWASYACKEFRYSCSTDSRVLDRYNQLIFFKYIDFYWYKHLENMTFLLDATSWESYAQKDPFLQYEERAISLLNLTLKDCRDSIIFEIFISNIILTDN 876          

BLAST of mRNA_P-fluviatile_contig89.14985.1 vs. uniprot
Match: A0A6B7EYR5_9PHAE (Protein translocase subunit SecA n=1 Tax=Cladosiphon okamuranus TaxID=309737 RepID=A0A6B7EYR5_9PHAE)

HSP 1 Score: 1537 bits (3980), Expect = 0.000e+0
Identity = 779/878 (88.72%), Postives = 836/878 (95.22%), Query Frame = 1

Query:   19 MIKLFPQMKTIWDEYRLTLNSINEAENELITLSDNELKSRTSKLKYFSS--KEGTVDQKTLIEGFALIREASKRTINLRHYDIQLIGGLVLNEGKIVEMKTGEGKTLVSTSPAFVNALTGNGVHVVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGTSLESRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRETDLLVEKFFKANEASKYLENKKHFEIDQKAKKISLTEKGLNRAKILLNVEDLYNIQDPWIPYILNSVKARHLFFRDIHYILRNNEIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQLLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYEKMKRRDESDFIFVDEISKWRAVAQECLKVYSTGRPVLVGTTTIQNSEVISQLLKTYSVPHELLNAKPENVKRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILTKLIQKEDFFVPGINLILLKKALKKNPKLIPYLKKNLDILLTVFDISNKKLNLLENFINKLYNELLVKYKEKQKEDSKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLESQNFEGKDILLPKKILRLLNRLSISNGLICNNLDKLDNLKKFLYQQLWSSYACKEFRYSCSTDSKVLDRYNRLIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYEERASSLLNLTLKDCRNSIIFEIFISNIVLTDD 2646
            MIKLFPQ+KT+WDEY+LTLNSINE E EL TLSDNELKS+TSKLKY +S  K+  +D+KT+IEGFAL REASKRTINLRHYDIQLIGGL+LNEGKIVEMKTGEGKTLV TSPA VNAL+GNGVH+VTINDYLAKRD EWMGQI+R LGLKVGLIQDG S+E+RRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRE DLLVEK+FKANEASKYLENKKHFE+DQKAKKISLTEKGLN AK LLNV+DLYN+QDPWIPYILNS+KARHLFFRDIHYILRNNE++IIDEFTGRIMEGRKWGDGLHQAIEAKENIQ+LKGSET ASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTY+K+KR+DESD IFVDEISKWRAVAQECLK+YSTGRPVLVGTTTIQNSEVIS LLKTY+VPHELLNAKPENVKRESQI+AQAGCLNSITIATNMAGRGTDILLGGNPEFKALS TRFIL KLIQ+E+FFVPGINL+ LKKALKKNPKLI YLKKNLDILLTVFDISNKKLNLLE FIN+LYN+LL+KYKEKQKE+S LVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSS+ FLSLNDPLIRVFGGDKI++TMQ LKIESEILD KFLSDSL++AQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLR+KVLSTT MRDLVMEFSEG LDDFI YL SQN EGK ++LPK+IL LLNRLSISNG+I NNLDKL  LKKFLYQQLWSSY  KEFRYS STDS++L+RYNR+IFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRY+ERA++LLNLTLKDCR+SIIFEIFISN++LTD+
Sbjct:    1 MIKLFPQIKTVWDEYKLTLNSINELEKELTTLSDNELKSKTSKLKYLASISKKVVLDEKTIIEGFALTREASKRTINLRHYDIQLIGGLLLNEGKIVEMKTGEGKTLVCTSPALVNALSGNGVHIVTINDYLAKRDVEWMGQIYRFLGLKVGLIQDGASIENRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISREADLLVEKYFKANEASKYLENKKHFEVDQKAKKISLTEKGLNLAKTLLNVDDLYNVQDPWIPYILNSLKARHLFFRDIHYILRNNEVIIIDEFTGRIMEGRKWGDGLHQAIEAKENIQILKGSETFASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYQKIKRKDESDLIFVDEISKWRAVAQECLKMYSTGRPVLVGTTTIQNSEVISHLLKTYNVPHELLNAKPENVKRESQIIAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSFTRFILEKLIQEEEFFVPGINLVRLKKALKKNPKLILYLKKNLDILLTVFDISNKKLNLLETFINELYNQLLIKYKEKQKEESNLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSKLFLSLNDPLIRVFGGDKIKKTMQTLKIESEILDYKFLSDSLNTAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLRKKVLSTTFMRDLVMEFSEGLLDDFIGYLNSQNQEGKKLVLPKQILCLLNRLSISNGIIYNNLDKLSTLKKFLYQQLWSSYVYKEFRYSSSTDSRILERYNRIIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYDERATNLLNLTLKDCRDSIIFEIFISNLILTDE 878          

BLAST of mRNA_P-fluviatile_contig89.14985.1 vs. uniprot
Match: A0A8F0F7N8_9PHAE (Protein translocase subunit SecA n=2 Tax=Laminariales TaxID=2886 RepID=A0A8F0F7N8_9PHAE)

HSP 1 Score: 1492 bits (3863), Expect = 0.000e+0
Identity = 745/875 (85.14%), Postives = 832/875 (95.09%), Query Frame = 1

Query:   19 MIKLFPQMKTIWDEYRLTLNSINEAENELITLSDNELKSRTSKLKYFSSKEGTVDQKTLIEGFALIREASKRTINLRHYDIQLIGGLVLNEGKIVEMKTGEGKTLVSTSPAFVNALTGNGVHVVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGTSLESRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRETDLLVEKFFKANEASKYLENKKHFEIDQKAKKISLTEKGLNRAKILLNVEDLYNIQDPWIPYILNSVKARHLFFRDIHYILRNNEIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQLLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYEKMKRRDESDFIFVDEISKWRAVAQECLKVYSTGRPVLVGTTTIQNSEVISQLLKTYSVPHELLNAKPENVKRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILTKLIQKEDFFVPGINLILLKKALKKNPKLIPYLKKNLDILLTVFDISNKKLNLLENFINKLYNELLVKYKEKQKEDSKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLESQNFEGKDILLPKKILRLLNRLSISNGLICNNLDKLDNLKKFLYQQLWSSYACKEFRYSCSTDSKVLDRYNRLIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYEERASSLLNLTLKDCRNSIIFEIFISNIVLTD 2643
            MIKLFPQ KTIWDEYRLTL+ IN+ ENELI+LSDNELKSRTSKLKY +SKEG +D+KTL E FAL REASKRTINLRHYD+QL+GGLVLN+GKI EMKTGEGKTLVSTSPA  NAL+GNGVH+VTINDYLAKRDAEWMGQIHRLLGL+VGLIQD T++ESR+ NYSRD+TYVTN DLVFDFLKDNMV +KKELVQ+PFNFCIIDEVDSILIDEARTPLIISRE++LLVEK+FKA+E SKYLENKKHFEID+KAKKISLTEKGL+  K LLN  DLY+IQDPWIPYILNS+KAR+LFFRDIHYIL++N+IVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQ LKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIY+L VSVLPTYEKMKR+D+SDFIF+DEISKWRA+AQECLK+YSTGRPVLVGTTTIQNSE++SQLLKTYSVPH+LLNAKPENV+RE++IVAQAGCLNSITIATNMAGRGTDILLGGNPEFKA+ STRFIL KLI+K+DFF+PG+NL+ LK+AL KNPKL+ YL+++L+ LL+ FD+SNKKLNLLE FI  L+NELLVKYK+KQKE+S++VKSLGGLYVIGTERHESRRIDNQLRGR+GRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSL+SAQQKVEGF+YDQRKTLNKYDQVLDKQRKVIYYLREKVLST IMRDLVMEFSEGF+DDFIDYL SQ  EG++I+LPKK+LRLLNRLSISNG+I NNLDKL  LK+FLY+QLW+SYACKEFRYSCSTDS+VLDRYN+LIFFKYIDFYW+KHLENM+FLLD+ SWE+YAQKDPFL+Y+ERA +LLN+TLKDCR+S++FEIFISNI+L D
Sbjct:    1 MIKLFPQAKTIWDEYRLTLDYINDFENELISLSDNELKSRTSKLKYVASKEGILDKKTLAESFALTREASKRTINLRHYDVQLLGGLVLNDGKIAEMKTGEGKTLVSTSPAVANALSGNGVHIVTINDYLAKRDAEWMGQIHRLLGLRVGLIQDETTIESRKINYSRDITYVTNVDLVFDFLKDNMVTNKKELVQKPFNFCIIDEVDSILIDEARTPLIISRESELLVEKYFKADEVSKYLENKKHFEIDEKAKKISLTEKGLDITKTLLNANDLYSIQDPWIPYILNSLKARYLFFRDIHYILKDNQIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQALKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYDLPVSVLPTYEKMKRQDDSDFIFIDEISKWRAIAQECLKMYSTGRPVLVGTTTIQNSEILSQLLKTYSVPHQLLNAKPENVRREAKIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKAVESTRFILKKLIEKKDFFIPGVNLVSLKRALNKNPKLVIYLQQHLETLLSAFDVSNKKLNLLEEFIFNLHNELLVKYKQKQKEESEMVKSLGGLYVIGTERHESRRIDNQLRGRSGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLNSAQQKVEGFHYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTNIMRDLVMEFSEGFIDDFIDYLGSQIQEGEEIVLPKKMLRLLNRLSISNGMIYNNLDKLPKLKRFLYEQLWASYACKEFRYSCSTDSRVLDRYNQLIFFKYIDFYWFKHLENMSFLLDSISWESYAQKDPFLQYDERAINLLNITLKDCRDSVVFEIFISNIILAD 875          

BLAST of mRNA_P-fluviatile_contig89.14985.1 vs. uniprot
Match: A0A0S0GC47_COSCS (Protein translocase subunit SecA n=27 Tax=Laminariales TaxID=2886 RepID=A0A0S0GC47_COSCS)

HSP 1 Score: 1473 bits (3813), Expect = 0.000e+0
Identity = 742/875 (84.80%), Postives = 821/875 (93.83%), Query Frame = 1

Query:   19 MIKLFPQMKTIWDEYRLTLNSINEAENELITLSDNELKSRTSKLKYFSSKEGTVDQKTLIEGFALIREASKRTINLRHYDIQLIGGLVLNEGKIVEMKTGEGKTLVSTSPAFVNALTGNGVHVVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGTSLESRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRETDLLVEKFFKANEASKYLENKKHFEIDQKAKKISLTEKGLNRAKILLNVEDLYNIQDPWIPYILNSVKARHLFFRDIHYILRNNEIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQLLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYEKMKRRDESDFIFVDEISKWRAVAQECLKVYSTGRPVLVGTTTIQNSEVISQLLKTYSVPHELLNAKPENVKRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILTKLIQKEDFFVPGINLILLKKALKKNPKLIPYLKKNLDILLTVFDISNKKLNLLENFINKLYNELLVKYKEKQKEDSKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLESQNFEGKDILLPKKILRLLNRLSISNGLICNNLDKLDNLKKFLYQQLWSSYACKEFRYSCSTDSKVLDRYNRLIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYEERASSLLNLTLKDCRNSIIFEIFISNIVLTD 2643
            MIKLFP++ +IWDEYR TLN IN+ E ELI LSD ELKSRTSKLKYF+ KE  +D++TL E FAL REASKRTI+LRHYD+QL+GGLVLN+GKI EMKTGEGKTLVSTSPA VN+L G GVH+VTINDYLAKRDAEWMGQIHRLLGL+VGLIQ   S+  R+ NYSRD+TYVTN DLVFDFLKDNMV DKKELVQRPFNFCIIDEVDSILIDEARTPLIISR++DLLVEK+FKANEASKYLE+KKHFEID+KAKKISLTE+GL R KILL V++LY+IQDPWIPYILNS+KAR+LFFRDIHYIL++N+IVIIDEFTGRIMEGRKWGDGLHQ+IEAKENIQ L+GSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIY+L VS+LPTYEKMKR+D+SDFIF+DEISKWRA+AQECLK+YSTGRPVLVGTTTIQNSE++SQLL TY+VPH+LLNAKPENV RES+IVAQAGCLNSITIATNMAGRGTDILLGGNPEFKAL STRFIL +L+ K+ FFVPGI+L  LK+ALKK+PKL+ YL+KNLD LL   ++S+K+LNLLENFI  L+++LL KYKEKQKE+S++VKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSL+SAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYL+SQ  EGKDI+  KKILRLLNRLSISNG+I NNLDKL  LKKFLY+QLW+SYACKEFRYSCSTDS+VLDRYN+LIFFKYIDF+W+KHLENMNFLLDA SWEAYAQKDPFL+Y+ERA+SLLNLTLKDCR+SIIFEIFISNI+LTD
Sbjct:    1 MIKLFPRINSIWDEYRPTLNYINDLEKELIPLSDTELKSRTSKLKYFTCKEDGLDKQTLAESFALTREASKRTIDLRHYDVQLLGGLVLNDGKIAEMKTGEGKTLVSTSPALVNSLAGKGVHIVTINDYLAKRDAEWMGQIHRLLGLEVGLIQSDMSIADRKINYSRDITYVTNVDLVFDFLKDNMVTDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRDSDLLVEKYFKANEASKYLEDKKHFEIDEKAKKISLTEQGLKRTKILLKVDNLYSIQDPWIPYILNSLKARYLFFRDIHYILKDNQIVIIDEFTGRIMEGRKWGDGLHQSIEAKENIQNLRGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYDLPVSILPTYEKMKRKDDSDFIFIDEISKWRAIAQECLKMYSTGRPVLVGTTTIQNSEILSQLLNTYNVPHQLLNAKPENVSRESKIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALESTRFILKRLLGKKKFFVPGIDLRKLKRALKKSPKLVTYLQKNLDTLLASLEVSSKQLNLLENFIFNLHSQLLSKYKEKQKEESEIVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLNSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLDSQTREGKDIIFSKKILRLLNRLSISNGMIYNNLDKLSKLKKFLYEQLWASYACKEFRYSCSTDSRVLDRYNQLIFFKYIDFFWFKHLENMNFLLDAISWEAYAQKDPFLQYDERATSLLNLTLKDCRDSIIFEIFISNIILTD 875          

BLAST of mRNA_P-fluviatile_contig89.14985.1 vs. uniprot
Match: A0A8F0FAQ3_9PHAE (Protein translocase subunit SecA n=1 Tax=Desmarestia aculeata TaxID=62298 RepID=A0A8F0FAQ3_9PHAE)

HSP 1 Score: 1438 bits (3723), Expect = 0.000e+0
Identity = 717/875 (81.94%), Postives = 807/875 (92.23%), Query Frame = 1

Query:   19 MIKLFPQMKTIWDEYRLTLNSINEAENELITLSDNELKSRTSKLKYFSSKEGTVDQKTLIEGFALIREASKRTINLRHYDIQLIGGLVLNEGKIVEMKTGEGKTLVSTSPAFVNALTGNGVHVVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGTSLESRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRETDLLVEKFFKANEASKYLENKKHFEIDQKAKKISLTEKGLNRAKILLNVEDLYNIQDPWIPYILNSVKARHLFFRDIHYILRNNEIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQLLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYEKMKRRDESDFIFVDEISKWRAVAQECLKVYSTGRPVLVGTTTIQNSEVISQLLKTYSVPHELLNAKPENVKRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILTKLIQKEDFFVPGINLILLKKALKKNPKLIPYLKKNLDILLTVFDISNKKLNLLENFINKLYNELLVKYKEKQKEDSKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLESQNFEGKDILLPKKILRLLNRLSISNGLICNNLDKLDNLKKFLYQQLWSSYACKEFRYSCSTDSKVLDRYNRLIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYEERASSLLNLTLKDCRNSIIFEIFISNIVLTD 2643
            MI+LFPQ KTIWDEY   LNSIN+ E EL+ LSD ELKS+T KLK  ++    +++  L EGFAL REASKRTINLRHYD+QL+GGLVLN+GKI EMKTGEGKTLVST+PA VN+L+G GVH+VTINDYLAKRDAEW+GQ+HR LGLKVGLIQD T+   R+KNY RD+TYVTN DLVFDFLKDNM ++ KELV RPFNFCIIDEVDSILIDEARTPLIISRE++LLVEK+FKANE +KYLENKKHFEID+KAK+ISLTEKGL R KILL V+++Y+I+DPWIPYILNS+KAR+LFFRD+HYIL++N I+I+DEFTGRIMEGRKWGDGLHQAIEAKENIQ+LKGSETLASITYQNFFRLYPKISGMTGTAKTEELEF+NIYNLSVSVLPTYEKMKR D+SDFIF+DEI+KWRA+AQECLK+YSTGRPVLVGTTTIQNSE++SQLL TY+VPH+LLNAKPEN+K+ESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKA+ STRFIL KLI+KE+FFVPGI+LI LKKALKKNPKLIPYL+KNLD +LT+F +SNKKLN+LE FI  LY ELL+KY++KQKE+S +VKSLGGLYVIGTERHESRRIDNQLRGR GRQGNPGSSRFFLSLND LIRVFGGDKIQETM+KLKI+SEILDSKFLSDSL+SAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLST +MRDLVMEFSEGFLDDFI++L+ Q  EGK+I L K++LRLLNRLSIS+ ++  NLDKL  LKKFLY+QLW+SYA KEFRYSCSTDS+VLDRYN+LIFFK+IDFYWYKHLENM FLLDATSWEAYAQKDPFLRY+ERA  LLN TL+DCR+SIIFEIFIS I+LTD
Sbjct:    1 MIRLFPQAKTIWDEYGTILNSINDLEKELVELSDEELKSKTKKLKVLATTNEALNKNILAEGFALTREASKRTINLRHYDVQLLGGLVLNDGKIAEMKTGEGKTLVSTAPALVNSLSGKGVHIVTINDYLAKRDAEWVGQVHRSLGLKVGLIQDETTSTLRKKNYLRDITYVTNVDLVFDFLKDNMALNTKELVHRPFNFCIIDEVDSILIDEARTPLIISRESNLLVEKYFKANEVTKYLENKKHFEIDEKAKRISLTEKGLERTKILLKVDNIYSIEDPWIPYILNSLKARYLFFRDVHYILKDNNIIIVDEFTGRIMEGRKWGDGLHQAIEAKENIQVLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFKNIYNLSVSVLPTYEKMKRSDDSDFIFIDEINKWRAIAQECLKMYSTGRPVLVGTTTIQNSEILSQLLSTYNVPHQLLNAKPENIKKESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKAVESTRFILQKLIEKENFFVPGIDLISLKKALKKNPKLIPYLQKNLDTVLTIFYVSNKKLNVLETFIYNLYTELLIKYRQKQKEESDIVKSLGGLYVIGTERHESRRIDNQLRGRTGRQGNPGSSRFFLSLNDSLIRVFGGDKIQETMKKLKIDSEILDSKFLSDSLNSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTNLMRDLVMEFSEGFLDDFIEFLDFQKREGKNIFLKKRVLRLLNRLSISSDMVYQNLDKLPKLKKFLYEQLWASYASKEFRYSCSTDSRVLDRYNQLIFFKHIDFYWYKHLENMTFLLDATSWEAYAQKDPFLRYDERAIDLLNTTLQDCRDSIIFEIFISTIILTD 875          

BLAST of mRNA_P-fluviatile_contig89.14985.1 vs. uniprot
Match: A0A2R4QPU1_9PHAE (Protein translocase subunit SecA n=3 Tax=Fucaceae TaxID=3010 RepID=A0A2R4QPU1_9PHAE)

HSP 1 Score: 1426 bits (3691), Expect = 0.000e+0
Identity = 703/875 (80.34%), Postives = 808/875 (92.34%), Query Frame = 1

Query:   19 MIKLFPQMKTIWDEYRLTLNSINEAENELITLSDNELKSRTSKLKYFSSKEGTVDQKTLIEGFALIREASKRTINLRHYDIQLIGGLVLNEGKIVEMKTGEGKTLVSTSPAFVNALTGNGVHVVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGTSLESRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRETDLLVEKFFKANEASKYLENKKHFEIDQKAKKISLTEKGLNRAKILLNVEDLYNIQDPWIPYILNSVKARHLFFRDIHYILRNNEIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQLLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYEKMKRRDESDFIFVDEISKWRAVAQECLKVYSTGRPVLVGTTTIQNSEVISQLLKTYSVPHELLNAKPENVKRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILTKLIQKEDFFVPGINLILLKKALKKNPKLIPYLKKNLDILLTVFDISNKKLNLLENFINKLYNELLVKYKEKQKEDSKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLESQNFEGKDILLPKKILRLLNRLSISNGLICNNLDKLDNLKKFLYQQLWSSYACKEFRYSCSTDSKVLDRYNRLIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYEERASSLLNLTLKDCRNSIIFEIFISNIVLTD 2643
            MIKLF Q++ +W++Y+ TLN INE E +L+ +SD+ELKS+T+KLKYF+ K   +D KTL E FAL REASKRTINLRHYD+Q++GGLVLN+G+I EMKTGEGKTLVSTSPA VN+L+GN VH+VTINDYLAKRDAEWMGQIHRLLGLKVGLIQ    +  RR NY RD+ YVTN DLVFDFLKDNMV+DKK+LVQRPFNFCIIDEVDSILIDEARTPLIISRE++L+ EK+FKANE SKYLENK+HFEID+KAKK+SLTEKGL R KILLNV+++Y+IQDPWIPYILNS+KAR+LFFRDIHYIL+NN+IVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQ+LKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVS+LPTY+KMKR D+SDFIF+DEISKWRA+AQECLK+YS G+PVLVGTTTIQNSEV+SQLL+TY++PH+LLNAKPEN+++E++IVAQAGCLNSITIATNMAGRGTDILLGGNPE+KA+  TRFIL KLI+K++FF+  INLI LK ALKKNPKLI YL+ NLD LLT+F+ISNK+ NLLE+ IN LY ELL+KYK++Q ++S +VKSLGGLYVIGTERHESRRIDNQLRGR+GRQGNPGSSRFFLSLNDPLIR+FGG+KIQETMQKLKI++EILDSKFLS+SLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTT++RDLVMEFSEGFLDDFI YL+SQN EGKDI+L  +++ LLNRLSIS  +I NN+D+L  LKKFLY+QLW+SY CKEF Y CSTDS+VLD+YN+LIF KYIDFYWYKHLENMNFLLDA SWEAYAQKDPFL+Y+ERA++LLN TLKDCR+SIIFEIFISNI++ +
Sbjct:    1 MIKLFSQIRNVWNKYQTTLNYINEIEKDLLEISDSELKSKTTKLKYFTCKNNYIDTKTLSEAFALTREASKRTINLRHYDVQILGGLVLNDGQIAEMKTGEGKTLVSTSPAVVNSLSGNSVHIVTINDYLAKRDAEWMGQIHRLLGLKVGLIQGEMPISERRTNYLRDIIYVTNVDLVFDFLKDNMVLDKKDLVQRPFNFCIIDEVDSILIDEARTPLIISRESNLMTEKYFKANEVSKYLENKRHFEIDEKAKKVSLTEKGLARTKILLNVDNIYSIQDPWIPYILNSLKARYLFFRDIHYILKNNQIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQMLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSILPTYKKMKRHDKSDFIFIDEISKWRAIAQECLKMYSIGQPVLVGTTTIQNSEVLSQLLQTYNIPHQLLNAKPENIQKEAKIVAQAGCLNSITIATNMAGRGTDILLGGNPEYKAIECTRFILKKLIEKDNFFIVDINLISLKLALKKNPKLITYLQNNLDTLLTIFEISNKRFNLLESLINNLYEELLIKYKQRQNQESDMVKSLGGLYVIGTERHESRRIDNQLRGRSGRQGNPGSSRFFLSLNDPLIRIFGGNKIQETMQKLKIDNEILDSKFLSNSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTVIRDLVMEFSEGFLDDFIYYLDSQNREGKDIILTTRMISLLNRLSISTTIIYNNIDRLSELKKFLYEQLWASYICKEFHYCCSTDSRVLDKYNQLIFLKYIDFYWYKHLENMNFLLDAISWEAYAQKDPFLQYDERATNLLNFTLKDCRDSIIFEIFISNIIINN 875          

BLAST of mRNA_P-fluviatile_contig89.14985.1 vs. uniprot
Match: A0A8F0F9Y4_9PHAE (Protein translocase subunit SecA n=1 Tax=Chorda asiatica TaxID=1281577 RepID=A0A8F0F9Y4_9PHAE)

HSP 1 Score: 1412 bits (3656), Expect = 0.000e+0
Identity = 712/876 (81.28%), Postives = 800/876 (91.32%), Query Frame = 1

Query:   19 MIKLFPQMKTIWDEYRLTLNSINEAENELITLSDNELKSRTSKLKYFSSKEGTVDQKTLIEGFALIREASKRTINLRHYDIQLIGGLVLNEGKIVEMKTGEGKTLVSTSPAFVNALTGNGVHVVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGTSLESRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRETDLLVEKFFKANEASKYLENKKHFEIDQKAKKISLTEKGLNRAKILLNVEDLYNIQDPWIPYILNSVKARHLFFRDIHYILRNNEIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQLLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYEKMKRRDESDFIFVDEISKWRAVAQECLKVYSTGRPVLVGTTTIQNSEVISQLLKTYSVPHELLNAKPENVKRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILTKLIQKEDFFVPGINLILLKKALKKNPKLIPYLKKNLDILLTVFDISNKKLNLLENFINKLYNELLVKYKEKQKEDSKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLESQNFEGKDILLPKKILRLLNRLSISNGLICNNLDKLDNLKKFLYQQLWSSYACKEFRYSCSTDSKVLDRYNRLIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYEERASSLLNLTLKDCRNSIIFEIFISNIVLTDD 2646
            MIKLFPQ KTIWDEY+ TLN+IN+ E ELI+LSD+ELKSRT KLKYF+SKE   D+  L EGFAL REASKRTINLR YD+QL+GGLVLN+GKI EMKTGEGKTLVST+PA  N+L+G GVH+VTINDYLAKRDAEWMGQIHRLLGLKVGLIQ     E R+ NYSRD+ YVTN DLVFDFLKDNMV DKKELVQ  FNFCIIDEVDSILIDEARTPLIISRE+ LLVEK+FKANE SKYLE+KKHFEID+KAK+ISLTEKGL+R K+LL V+D Y+IQDPWIPYILN++KAR+LFF DIHYI++  +IVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQ+L GSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIY+L VSVLPTYEKMKR+D+ DFIF+DEISKWRA+AQECLK+YSTGRPVLVGTTTIQNSE++SQLL TYSVPH+LLNAKPENV++ES IV+QAGCLNSITIATNMAGRGTDILLGGNPEFKA  STRFIL KLI K+ FF+PGINLI LK+ALKKNPKL   L+KNL  LLTV D+ ++KLN+ +  I  L ++LL KYK+K KE+S+LVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIR+FGGDKIQETMQKLKIESEILDSKFLSDSL+SAQQKVEGF+YDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFI+YL+ QN +G +I L K+I+ LLNRLSISNG+I +NL++L  LKKFLY+QLW+SYACKEFRYSCSTDS+VLDRYN+LIFF+YIDF+W+KHLENM+FLLDATSWE YAQKDPFL+Y+E A+ LLN TLKDCR+SI+F+IFISN++LTD+
Sbjct:    1 MIKLFPQGKTIWDEYKQTLNNINDIEKELISLSDSELKSRTLKLKYFASKEDKEDKNILAEGFALTREASKRTINLRQYDVQLLGGLVLNDGKIAEMKTGEGKTLVSTAPALFNSLSGRGVHIVTINDYLAKRDAEWMGQIHRLLGLKVGLIQSEMVPEERKINYSRDIIYVTNADLVFDFLKDNMVTDKKELVQNSFNFCIIDEVDSILIDEARTPLIISRESVLLVEKYFKANEVSKYLEDKKHFEIDEKAKRISLTEKGLDRTKLLLKVDDPYSIQDPWIPYILNALKARYLFFCDIHYIIKGKDIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQVLTGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYDLPVSVLPTYEKMKRQDDLDFIFIDEISKWRAIAQECLKMYSTGRPVLVGTTTIQNSEILSQLLVTYSVPHQLLNAKPENVRKESWIVSQAGCLNSITIATNMAGRGTDILLGGNPEFKAAESTRFILNKLIGKDKFFIPGINLIKLKRALKKNPKLFVDLQKNLSTLLTVLDVGDRKLNMFDKLIFNLNSQLLTKYKKKTKEESELVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRIFGGDKIQETMQKLKIESEILDSKFLSDSLNSAQQKVEGFHYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIEYLDLQNKKGNNITLSKRIVSLLNRLSISNGMIYDNLERLPKLKKFLYEQLWASYACKEFRYSCSTDSRVLDRYNQLIFFRYIDFFWFKHLENMSFLLDATSWEGYAQKDPFLQYDESAAKLLNYTLKDCRDSIVFDIFISNLILTDN 876          

BLAST of mRNA_P-fluviatile_contig89.14985.1 vs. uniprot
Match: A0A0Y0JEU4_9PHAE (Protein translocase subunit SecA n=15 Tax=Sargassaceae TaxID=3014 RepID=A0A0Y0JEU4_9PHAE)

HSP 1 Score: 1376 bits (3562), Expect = 0.000e+0
Identity = 685/876 (78.20%), Postives = 790/876 (90.18%), Query Frame = 1

Query:   19 MIKLFPQMKTIWDEYRLTLNSINEAENELITLSDNELKSRTSKLKYFSSKEGTVDQKTLIEGFALIREASKRTINLRHYDIQLIGGLVLNEGKIVEMKTGEGKTLVSTSPAFVNALTGNGVHVVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGTSLESRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRETDLLVEKFFKANEASKYLENKKHFEIDQKAKKISLTEKGLNRAKILLNVEDLYNIQDPWIPYILNSVKARHLFFRDIHYILRNNEIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQLLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYEKMKRRDESDFIFVDEISKWRAVAQECLKVYSTGRPVLVGTTTIQNSEVISQLLKTYSVPHELLNAKPENVKRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILTKLIQKEDFFVPGINLILLKKALKKNPKLIPYLKKNLDILLTVFDISNKKLNLLENFINKLYNELLVKYKEKQKEDSKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLESQNFEGKDILLPKKILRLLNRLSISNGLICNNLDKLDNLKKFLYQQLWSSYACKEFRYSCSTDSKVLDRYNRLIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYEERASSLLNLTLKDCRNSIIFEIFISNIVLTDD 2646
            MIKLF Q++ I +EY+ TL   N  EN+L+ LSD+ELKSRT+KLKY   +  + + K + E FAL RE SKRTINLRHYD+Q++GGLVLN+GKI EM+TGEGKTLVSTSPA +NAL+G+GVH+VTINDYLAKRDAEWMGQIHR LGLKVGLIQ   S E RR NYSRD+TYVTN DLVFDFLKDNM+++K++LVQRPFNFCIIDEVDSILIDEARTPLIISRE +L+ EK+FKANE SKYL+NK HFEID+KAKKISLTEKGL   KILL V++LY+IQDPWIPYILNS+KAR+LFFRDIHYIL+ N+I+IIDEFTGRIMEGRKWGDGLHQAIEAKENIQ+LKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSV +LPTY+KM R+D+ DFIF+DEISKWRA+A+ECL++YS G+PVLVGTTTIQNSE++SQLL+TY++PH+LLNAKPEN+K+E++IVAQAGCLNSITIATNMAGRGTDILLGGNPE+KA+  TRFIL KLI+K++FFVPGINL+ LK+ALKKNPKLI YL+ NLD LLT+FDIS K+LN+LE FI  LYNEL ++YKEKQK++S +VKSLGGLYVIGTERHESRRIDNQLRGR+GRQGNPG SRFFLSLNDPLIR+FGG KIQETM KLKI++EILDSKFLS+SLD+AQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLST ++RDLVMEF EGFLDD + YL+ QN E  +I+L  KIL LLNRLSIS  +I NN    D LKKFLY+QLW+SY CKEF YS  TDS+VL+RYN+LIFFKYIDFYWYKHLENMNFLLDA SWEAYAQKDPFL+Y+ERA++LLN TLKDCR+SIIFE+FISN+++TD+
Sbjct:    1 MIKLFSQLQNILNEYQPTLEYTNTIENDLVQLSDSELKSRTAKLKYLIGRNNSSNIKIISEAFALTREVSKRTINLRHYDVQILGGLVLNDGKIAEMRTGEGKTLVSTSPAVINALSGSGVHIVTINDYLAKRDAEWMGQIHRSLGLKVGLIQSEMSNEERRLNYSRDITYVTNVDLVFDFLKDNMILNKRDLVQRPFNFCIIDEVDSILIDEARTPLIISRELNLMTEKYFKANEVSKYLQNKIHFEIDEKAKKISLTEKGLIYTKILLKVDNLYSIQDPWIPYILNSLKARYLFFRDIHYILKANQIIIIDEFTGRIMEGRKWGDGLHQAIEAKENIQILKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVFILPTYKKMIRKDKHDFIFIDEISKWRAIAKECLEMYSIGQPVLVGTTTIQNSEILSQLLQTYNIPHQLLNAKPENIKKEAKIVAQAGCLNSITIATNMAGRGTDILLGGNPEYKAIEYTRFILKKLIEKDNFFVPGINLLSLKRALKKNPKLITYLQNNLDTLLTIFDISTKRLNVLEKFIFNLYNELRIRYKEKQKQESGMVKSLGGLYVIGTERHESRRIDNQLRGRSGRQGNPGISRFFLSLNDPLIRIFGGKKIQETMLKLKIDNEILDSKFLSNSLDTAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTPLIRDLVMEFCEGFLDDLVQYLDFQNQESNEIILTTKILNLLNRLSISTSVIYNNXXXXDRLKKFLYEQLWASYMCKEFHYSSCTDSRVLNRYNQLIFFKYIDFYWYKHLENMNFLLDAISWEAYAQKDPFLQYDERATNLLNFTLKDCRDSIIFEVFISNLIVTDN 876          

BLAST of mRNA_P-fluviatile_contig89.14985.1 vs. uniprot
Match: A0A8F0F730_9PHAE (Protein translocase subunit SecA n=1 Tax=Protohalopteris sp. TaxID=2843287 RepID=A0A8F0F730_9PHAE)

HSP 1 Score: 1343 bits (3477), Expect = 0.000e+0
Identity = 665/876 (75.91%), Postives = 773/876 (88.24%), Query Frame = 1

Query:   19 MIKLFPQMKTIWDEYRLTLNSINEAENELITLSDNELKSRTSKLKYFSSKEGTVDQKTLIEGFALIREASKRTINLRHYDIQLIGGLVLNEGKIVEMKTGEGKTLVSTSPAFVNALTGNGVHVVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGTSLESRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRETDLLVEKFFKANEASKYLENKKHFEIDQKAKKISLTEKGLNRAKILLNVEDLYNIQDPWIPYILNSVKARHLFFRDIHYILRNNEIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQLLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYEKMKRRDESDFIFVDEISKWRAVAQECLKVYSTGRPVLVGTTTIQNSEVISQLLKTYSVPHELLNAKPENVKRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILTKLIQKED-FFVPGINLILLKKALKKNPKLIPYLKKNLDILLTVFDISNKKLNLLENFINKLYNELLVKYKEKQKEDSKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLESQNFEGKDILLPKKILRLLNRLSISNGLICNNLDKLDNLKKFLYQQLWSSYACKEFRYSCSTDSKVLDRYNRLIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYEERASSLLNLTLKDCRNSIIFEIFISNIVLTD 2643
            MI LF   KT+W++Y+  L  INE E EL+ LSD ELKSRT K+KYF+ ++  +D+KT+ EGFAL REASKRT NLRHYD+Q++GGLVLN+GKI EMKTGEGKTLVSTSPA VN+  G GVH+VTINDYLAKRDAEWMGQI+R LGL+VGLIQ    +  R+ NY RD+TYVTN DLVFDFLKDNMV ++ +LVQ PFNFCIIDEVDSILIDEARTPLIISRE +L VEK+FKANE +KYLENKKHF+ID+KAKKISLT+KGL R KILL V +LY+IQDPWIPY+LN++KA++LFF+D+HYIL+   IVIIDEFTGR+MEGRKWGDGLHQAIEAKENIQ+LKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIY L+VSVLPTYEKMKR+D+ D IF+DEI KWRA+A+ECLK+Y  GRPVLVGTTTIQNSE++SQLL TY++PH+LLNAKPEN+K+E+ ++AQAGCL SITIATNMAGRGTDILLGGNPEFKAL STR IL  LI  +D FFV G+NL  LK+ L+KNPKL+ YL+ +L+  LTVF +SNKKLN+LE FI+ L+ +LL  YKE +K++S++VKSLGGLYVIGTERHESRRIDNQLRGR+GRQGNPGSSRFFLSLNDPLIR+FGG KIQ  MQK +I+ E +DS FL+D+L+SAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLRE+VL   +MRDLVMEFSEGFLDDFI+YLE  N EGK+I L K+I+RLLNRLSIS+ +I NNLDKL  L+KFLY+QLW+SY CKEFRYSCSTDS+VLDRYN+L+FFKYIDFYWYKHLENMNFLLDATSWE YAQKDPF++YE+RA  LL  +LKDCR+SIIFEIFISN++LTD
Sbjct:    1 MINLFTNTKTVWNKYKEILTLINEIEQELLELSDTELKSRTLKIKYFAFEQKELDKKTIAEGFALTREASKRTTNLRHYDVQILGGLVLNDGKIAEMKTGEGKTLVSTSPALVNSFLGTGVHIVTINDYLAKRDAEWMGQIYRFLGLQVGLIQFDMEVSERKINYLRDITYVTNVDLVFDFLKDNMVTEQMDLVQTPFNFCIIDEVDSILIDEARTPLIISRECNLAVEKYFKANEVAKYLENKKHFDIDEKAKKISLTDKGLERTKILLKVNNLYSIQDPWIPYVLNALKAQYLFFKDVHYILKKKVIVIIDEFTGRVMEGRKWGDGLHQAIEAKENIQILKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYGLAVSVLPTYEKMKRQDQRDLIFIDEIGKWRAIAKECLKMYEIGRPVLVGTTTIQNSEILSQLLSTYNIPHQLLNAKPENIKKEAAVIAQAGCLKSITIATNMAGRGTDILLGGNPEFKALESTRIILQNLIDDKDHFFVSGVNLTRLKQTLRKNPKLLTYLQTDLNTFLTVFSVSNKKLNILETFISDLHKQLLKSYKELKKKESQIVKSLGGLYVIGTERHESRRIDNQLRGRSGRQGNPGSSRFFLSLNDPLIRIFGGSKIQNLMQKFQIDDESIDSSFLTDALNSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLRERVLYILVMRDLVMEFSEGFLDDFIEYLECNNGEGKNITLTKRIIRLLNRLSISSEMIYNNLDKLSILRKFLYEQLWASYTCKEFRYSCSTDSRVLDRYNQLVFFKYIDFYWYKHLENMNFLLDATSWEGYAQKDPFIQYEDRAIELLESSLKDCRDSIIFEIFISNLILTD 876          

BLAST of mRNA_P-fluviatile_contig89.14985.1 vs. uniprot
Match: A0A2I4Q2B7_9PHAE (Protein translocase subunit SecA n=1 Tax=Dictyopteris divaricata TaxID=156996 RepID=A0A2I4Q2B7_9PHAE)

HSP 1 Score: 1318 bits (3411), Expect = 0.000e+0
Identity = 649/875 (74.17%), Postives = 767/875 (87.66%), Query Frame = 1

Query:   19 MIKLFPQMKTIWDEYRLTLNSINEAENELITLSDNELKSRTSKLKYFSSKEGTVDQKTLIEGFALIREASKRTINLRHYDIQLIGGLVLNEGKIVEMKTGEGKTLVSTSPAFVNALTGNGVHVVTINDYLAKRDAEWMGQIHRLLGLKVGLIQDGTSLESRRKNYSRDLTYVTNTDLVFDFLKDNMVMDKKELVQRPFNFCIIDEVDSILIDEARTPLIISRETDLLVEKFFKANEASKYLENKKHFEIDQKAKKISLTEKGLNRAKILLNVEDLYNIQDPWIPYILNSVKARHLFFRDIHYILRNNEIVIIDEFTGRIMEGRKWGDGLHQAIEAKENIQLLKGSETLASITYQNFFRLYPKISGMTGTAKTEELEFENIYNLSVSVLPTYEKMKRRDESDFIFVDEISKWRAVAQECLKVYSTGRPVLVGTTTIQNSEVISQLLKTYSVPHELLNAKPENVKRESQIVAQAGCLNSITIATNMAGRGTDILLGGNPEFKALSSTRFILTKLIQKEDFFVPGINLILLKKALKKNPKLIPYLKKNLDILLTVFDISNKKLNLLENFINKLYNELLVKYKEKQKEDSKLVKSLGGLYVIGTERHESRRIDNQLRGRAGRQGNPGSSRFFLSLNDPLIRVFGGDKIQETMQKLKIESEILDSKFLSDSLDSAQQKVEGFYYDQRKTLNKYDQVLDKQRKVIYYLREKVLSTTIMRDLVMEFSEGFLDDFIDYLESQNFEGKDILLPKKILRLLNRLSISNGLICNNLDKLDNLKKFLYQQLWSSYACKEFRYSCSTDSKVLDRYNRLIFFKYIDFYWYKHLENMNFLLDATSWEAYAQKDPFLRYEERASSLLNLTLKDCRNSIIFEIFISNIVLTD 2643
            MIKLF  + TI  +Y   LNSIN+ ENE+I LS+NELKS++ KLKY  SK G++D++TLIE FAL REASKRTI LRHYD+Q++GGLVL+EGKI EMKTGEGKTLVST PA  N+L G GVHVVTINDYLAKRDAEWMGQIHR LGL+VGLI    +   +++NYSRDLTYVTN+DLVFDFLKDNMV    ELVQ PF+FCIIDEVDSILIDEARTPLIISR+++L +EK+ KANE +K+L  +KHF+ID+K KKISLT KGL R KILLNV DLYN+ DPWIPYILNS++A+HLFFRD+HYIL+NN++VIIDEFTGRI+EGRKW DGLHQAIE KEN+ +LKGSET+ASITYQNFFRLYPKISGMTGTAKTEELEFENIY LSVSVLPTYE+M R+DESDFIF+DEI+KWR++AQECLKVYS G+P+LVGTTTIQNSE++S LL TY++PH+LLNAKPEN+KRES+I++QAGCL +ITIATNMAGRGTDILLGGNP+FKAL +TR+IL  L++ + F++ GINL  LK  L++NP+LI Y ++ LD LL VF  S K LNL+ENFI+ LY +LL  YKEKQK++SK+VKSLGGLYVIGTE+HESRRIDNQLRGR+GRQGNPG SRFFLSL DPLIR+FGGDKIQ  MQ LK++ E+L+S FLS+SL SAQQKVEGFYYDQRKTLNKYDQV+DKQR++IYYLR+K+L T  MRDLV+EFSEGFLDDFI+YLE    EGK I  PKKILRLLNRLSIS+ +I  N++  +NLK+FLY+QLW+SY CKEF+YSC TDS++LDRY +LIFFKY+DFYWYKHLENMNFLLDATSWEAYAQKDP+++YE RA+ LL L+LKDCR+SIIFEIFISNI++TD
Sbjct:    1 MIKLFNNVATIRAKYNSILNSINDLENEIIELSNNELKSKSLKLKYLCSKIGSLDEQTLIESFALTREASKRTIGLRHYDVQILGGLVLHEGKIAEMKTGEGKTLVSTLPALTNSLVGKGVHVVTINDYLAKRDAEWMGQIHRFLGLRVGLIDTNMTQLKKKQNYSRDLTYVTNSDLVFDFLKDNMVTKISELVQTPFHFCIIDEVDSILIDEARTPLIISRDSELAIEKYIKANEVTKHLFQQKHFDIDEKGKKISLTPKGLERTKILLNVIDLYNVNDPWIPYILNSLRAKHLFFRDVHYILKNNKVVIIDEFTGRILEGRKWSDGLHQAIEVKENVPMLKGSETMASITYQNFFRLYPKISGMTGTAKTEELEFENIYGLSVSVLPTYEEMSRKDESDFIFIDEITKWRSIAQECLKVYSKGQPILVGTTTIQNSEILSHLLNTYNLPHQLLNAKPENIKRESEIISQAGCLRAITIATNMAGRGTDILLGGNPDFKALKATRYILQALVKNDTFYIQGINLKKLKYNLRQNPRLITYFQEELDTLLAVFYTSKKNLNLVENFISDLYKQLLENYKEKQKKESKIVKSLGGLYVIGTEKHESRRIDNQLRGRSGRQGNPGKSRFFLSLADPLIRIFGGDKIQAAMQNLKMDGEVLESNFLSNSLTSAQQKVEGFYYDQRKTLNKYDQVIDKQRQIIYYLRKKILYTLNMRDLVLEFSEGFLDDFIEYLEYCKLEGKSIFFPKKILRLLNRLSISSEIIYQNIENTENLKRFLYEQLWTSYNCKEFQYSCFTDSRILDRYTQLIFFKYLDFYWYKHLENMNFLLDATSWEAYAQKDPYIQYENRATKLLTLSLKDCRDSIIFEIFISNIIITD 875