prot_P-fluviatile_contig58.12201.1 (polypeptide) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig58.12201.1 vs. uniprot
Match: D8LHW4_ECTSI (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LHW4_ECTSI)

HSP 1 Score: 2459 bits (6373), Expect = 0.000e+0
Identity = 1241/1331 (93.24%), Postives = 1288/1331 (96.77%), Query Frame = 0

Query:    1 MYSPEKGKWVELSPLDVLQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVSDAAQWLGYTYLYVRMMQNPAVYSVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTALGRVASYFYVSHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAYISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFEQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQRYADKEHMVTFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNKDFEKVYSDKGIQFFNAIQTQVFQELHDSDANVLVCAPTGSGKTVCAELALMRLFSTNPLARAVYIAPKAEIASLKFQSWSKSLGEGLGKTVVELTGEAAADLKLLERGTVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDVRPVVLELKLHGFDVNHFGSRMLAMAKPAYNYVVGGTAAPDNKPAIVFVPSRKQSQLTAIDLVTYAAADGEPNRFLTVEEEEIAPVVETVREPALQQTLGHGVGFVHQGMLESDRKRVEGLYRDGIIKASGSEWMGTNAVLVVPFGMCWGLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLLDSSGRAVLLCHTPKREYLRKLLYEPLPIESHLDHVLAEHMNAEIVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERIVGDLEEARAVAVEDEMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALQMLANHLPQKLPNDWQFSDTNAKAHVLLQSHFSRTALSTDLRGDQKVVLLDAVRLLQAVVDVISSNGWLKPALEAMELSQMIVQGVWAKDSYLRQIPHFSPEVVLRCEGAGVESPFDIMGLEDEERDRLLDMPQSKMADVANFCNAFPNVEMGFEVQDSDEITAGDPVSLVVTLERDGEEDEEEPEGGWGKVCAPLYPKAKTEAWWVVVGEKKRNTLLAIKRVTLQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAVDLMVGAAGSDDDSDEE 1331
            MYSPEKGKWVELSPLD+LQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSV++AAQWLGYTYLYVRMMQNP VY VPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPT LGRVASYFYV+HQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQA+ISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLF+QKVHDYAVLFWILVEDVDGEKILHHEPFLLKQ+YADKEHMV+FTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKN  FEKVYS+KGIQFFNAIQTQVFQELHD DANVLVCAPTGSGKT CAELALMRLF+TNP ARAVYIAPKAEIASL+F+ WSKS+GEGLGKTVVELTGEAAADLKLLERG VIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDVRPV LE+KLHGFDVNHFGSRMLAMAKPAYNYV   T +   +P+    P RKQSQLTAID+VTYAAADGEPNRFLTV EEEIAPVVETVRE ALQQTLGHGVGFVHQGMLE+DRKRVEGLYRDGIIK           VLVVPFGMCW LDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLLDSSGR VLLCHTPKREY+RKLLY+PLPIESHLDHV+AEHMNAE+VTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVER+VGDLEEARAV+VED+MNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKAL+MLA+HLPQKLPN+WQFSDTNAKAHVLLQSHFSRTALSTDLR DQKVVLLD+VRLLQAVVDVISSNGWLKPALEAMELSQM+VQGVWAKDSYLRQIPHFSPEV+ RCE AGVE+PFDIMGLED+ERDRLLDMPQSKM DVANFCNAFPNVEM FEVQ+SD+ITAGDPV+LVV+LER+GEEDE+EPEGGWGKVCAPLYPK+KTEAWWVVVG+KK+NTLLAIKRVTLQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAV+LMVGAAGSDD+S+E+
Sbjct:  880 MYSPEKGKWVELSPLDILQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVAEAAQWLGYTYLYVRMMQNPGVYRVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTPLGRVASYFYVTHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAFISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFDQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQQYADKEHMVSFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNPAFEKVYSEKGIQFFNAIQTQVFQELHDGDANVLVCAPTGSGKTACAELALMRLFTTNPTARAVYIAPKAEIASLRFRGWSKSIGEGLGKTVVELTGEAAADLKLLERGRVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDVRPVPLEIKLHGFDVNHFGSRMLAMAKPAYNYVAPRTTS---RPSCSS-PPRKQSQLTAIDMVTYAAADGEPNRFLTVAEEEIAPVVETVREAALQQTLGHGVGFVHQGMLEADRKRVEGLYRDGIIK-----------VLVVPFGMCWSLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLLDSSGRGVLLCHTPKREYIRKLLYDPLPIESHLDHVMAEHMNAEVVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERVVGDLEEARAVSVEDDMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALKMLAHHLPQKLPNEWQFSDTNAKAHVLLQSHFSRTALSTDLRADQKVVLLDSVRLLQAVVDVISSNGWLKPALEAMELSQMMVQGVWAKDSYLRQIPHFSPEVIQRCEDAGVETPFDIMGLEDDERDRLLDMPQSKMGDVANFCNAFPNVEMDFEVQESDDITAGDPVTLVVSLEREGEEDEDEPEGGWGKVCAPLYPKSKTEAWWVVVGDKKKNTLLAIKRVTLQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAVELMVGAAGSDDESEED 2195          

BLAST of mRNA_P-fluviatile_contig58.12201.1 vs. uniprot
Match: A0A7S2BE45_9STRA (Hypothetical protein n=2 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2BE45_9STRA)

HSP 1 Score: 1695 bits (4389), Expect = 0.000e+0
Identity = 840/1351 (62.18%), Postives = 1066/1351 (78.90%), Query Frame = 0

Query:    1 MYSPEKGKWVELSPLDVLQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVSDAAQWLGYTYLYVRMMQNPAVYSVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTALGRVASYFYVSHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAYISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFEQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQRYADKEHMVTFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNKDFEKVYSDKGIQFFNAIQTQVFQELHDSDANVLVCAPTGSGKTVCAELALMRLFST---NPLA-RAVYIAPKAEIASLKFQSWSKSLGEGLGKTVVELTGEAAADLKLLERGTVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDVRPVVLELKLHGFDVNHFGSRMLAMAKPAYNYVVGGTAAPDNKPAIVFVPSRKQSQLTAIDLVTYAAADGEPNRFLTVEEEEIAPVVET---VREPALQQTLGHGVGFVHQGMLESDRKRVEGLYRDGIIKASGSEWMGTNAVLVVPFGMCWGLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLL-DSSGRAVLLCHTPKREYLRKLLYEPLPIESHLDHVLAEHMNAEIVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERIVGDLEEARAVAVEDEMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALQMLANHLPQKLPNDWQFSDTNAKAHVLLQSHFSRTALSTDLRGDQKVVLLDAVRLLQAVVDVISSNGWLKPALEAMELSQMIVQGVWAKDSYLRQIPHFSPEVVLRCEGAG---VESPFDIMGLEDEERDRLLDMPQSKMADVANFCNAFPNVEMGFEVQDSDEITAGDPVSLVVTLERDGEEDEEEPEGGWG----------KVCAPLYPKAKTEAWWVVVGEKKRNTLLAIKRVTLQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAVDLMVGAAGSDDDSDE 1330
            MYSPEKGKWVELSPLDV+QM+GRAGR  +D+EGE IVITQHSELQ+YLSL NQQLPIESQ +  L D LNAE+V G+VQ+V DAA+WL YTYLYVRM++N  +Y V P +L++D  LLQ R+DL H+AA  LDK +LIKYDR   + Q TALGRVAS +YV H++MA YNEYLKP+MSDIE+FRLFS+SGEF +I V++EEKLEL +L+ RVPIP+KES+DEP+AKVN LLQAY+S LKLEG+ALV+D+TYV+QSA RL R L E+ALKRGWAALA+K L+LCKMVERR WLSQSPLRQF+ LPE + RKLE+K+I W+RYYDLKPADLGELVK+P+MGK LH  VH+FPR+EL+A VQPITRALL+VELTITPDF F+ KVHDYA+LF +LVEDVDGEKILHHEPFLLKQRYA++EH V F+VP+ +PLPP YF++V+SD+W+H+E  LP+SFRNLI+P K+PPH+ELLDLQP PVSAL+   +E++Y+    + FN IQTQ F +L+++D NVLVCAPTGSGKT+CAE AL+R+ ++   +P   + VY+A KA I + +F  WS+ L   LG T+V+LTGE AADLKLL+ G V++ TA  WDA+SRRWKQRKNVQ+VAL I DE+HL+GG EGPTLEVV SRMRY++ Q ++  RIV L  S+ANAKDVGDW+GAT H L SF P VRPV L++ +HG D++HFGSRMLAMAKPA++ ++G       +P ++FVPSRKQ QLTAIDL+TYAAA G+P  FL VEE ++  ++E    + EP L+QTL  G+G +H GM  S++KRV  LYRD +++           VL+VP  MCW LDLSA LVV+M T  YDGR+H+YVDYP+TDLL M G + RPL+ D +G+ V+ CH+PK+EYL++LLYEPLP+ESHLDH L +HMNAEIVT+TIENKQDAVDY+TWT YYRRL  NPNYY++ G +HRHLSDHLSELVE +V DL+E+R +A+ED++NL++LNLGMIAAYYY+ YTT+ELFA+S+  KTKLRGLL+I+ +++E+  LPVRQ EE++L  LA+HLPQKL +D + SD + KA +LLQ+HFSR  LS+DL  DQ VVL  A+ LLQA+VDVISSNGWLKPAL AME+SQM+VQG+W +D  L Q+PHF+  +V RC       VE+ FD+M +EDE+R+ +L +   +MADVA FCN++PN+E+ +++ D D +  GD V +VVTLER+ +                     +V AP +PK KTE WW+V+G+ KRN+LL IKRV L  KT+ +L+F APDE G+++L L+LMCDSY+GCDQEY   L V    SDDDSD+
Sbjct:  741 MYSPEKGKWVELSPLDVMQMLGRAGRLGFDTEGEGIVITQHSELQFYLSLMNQQLPIESQLIKTLPDMLNAEMVLGSVQNVRDAAEWLSYTYLYVRMLRNGELYGVGPKELEDDEHLLQRRLDLAHSAALTLDKHHLIKYDRKSGSIQVTALGRVASAYYVGHESMATYNEYLKPSMSDIELFRLFSMSGEFQNIHVREEEKLELAKLSVRVPIPVKESIDEPSAKVNVLLQAYMSNLKLEGFALVADLTYVRQSANRLMRCLLELALKRGWAALADKALNLCKMVERRMWLSQSPLRQFKALPESLARKLEKKDIPWERYYDLKPADLGELVKVPKMGKPLHAFVHKFPRLELSAHVQPITRALLKVELTITPDFEFDPKVHDYALLFHVLVEDVDGEKILHHEPFLLKQRYANEEHEVHFSVPMFEPLPPQYFLRVVSDKWIHAETTLPISFRNLIMPHKFPPHTELLDLQPQPVSALREPAYEQLYTHLKSRTFNPIQTQTFTQLYETDDNVLVCAPTGSGKTICAEFALLRMLNSAKGSPKKPKCVYVAAKAAIVNARFLDWSQRLAPALGLTIVKLTGETAADLKLLDAGQVVLTTADQWDAISRRWKQRKNVQEVALCIVDEVHLIGGSEGPTLEVVASRMRYVADQTDRAARIVALGTSMANAKDVGDWLGATGHGLFSFHPQVRPVPLDMFVHGLDISHFGSRMLAMAKPAFSAILGHGG---KEPVLMFVPSRKQCQLTAIDLMTYAAAAGDPTMFLRVEEADVEHLLEAQGVITEPVLRQTLTKGIGLLHGGMSASEQKRVRDLYRDDVLQ-----------VLIVPADMCWDLDLSAQLVVIMDTVRYDGRDHRYVDYPITDLLEMVGKSGRPLIGDQAGKCVIFCHSPKKEYLKRLLYEPLPVESHLDHFLHDHMNAEIVTRTIENKQDAVDYVTWTLYYRRLAHNPNYYNLQGVTHRHLSDHLSELVENVVKDLDESRVIAIEDDVNLTSLNLGMIAAYYYIAYTTVELFASSLVDKTKLRGLLEILTASTEYASLPVRQYEERSLSKLAHHLPQKLADDAKLSDPHTKALLLLQAHFSRQGLSSDLAVDQGVVLGKALMLLQALVDVISSNGWLKPALVAMEVSQMVVQGLWDRDPPLMQLPHFTRAIVDRCSAIKPDPVETVFDVMSMEDEQRNEVLQLTPRQMADVAEFCNSYPNIEVEYKITDEDGLETGDAVQMVVTLERETDXXXXXXXXXXXXXXXXSVVAYQVKAPRFPKTKTEGWWLVIGDSKRNSLLCIKRVALLEKTKVRLDFVAPDEAGDYSLTLYLMCDSYLGCDQEYEFKLSVAQGVSDDDSDD 2077          

BLAST of mRNA_P-fluviatile_contig58.12201.1 vs. uniprot
Match: A0A835YNN3_9STRA (Sec63 Brl domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YNN3_9STRA)

HSP 1 Score: 1668 bits (4320), Expect = 0.000e+0
Identity = 838/1339 (62.58%), Postives = 1039/1339 (77.60%), Query Frame = 0

Query:    1 MYSPEKGKWVELSPLDVLQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVSDAAQWLGYTYLYVRMMQNPAVYSVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTALGRVASYFYVSHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAYISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFEQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQRYADKEHMVTFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNKDFEKVYS--DKGIQFFNAIQTQVFQELHDSDANVLVCAPTGSGKTVCAELALMRLFSTNPLARAVYIAPKAEIASLKFQSWSKSLGEGLGKTVVELTGEAAADLKLLERGTVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDVRPVVLELKLHGFDVNHFGSRMLAMAKPAYNYVVGGTAAPDNKPAIVFVPSRKQSQLTAIDLVTYAAADGEPNRFL-TVEEEEIAPVVETVR---EPALQQTLGHGVGFVHQGMLESDRKRVEGLYRDGIIKASGSEWMGTNAVLVVPFGMCWGLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLL---DSSGRAVLLCHTPKREYLRKLLYEPLPIESHLDHVLAEHMNAEIVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERIVGDLEEARAVAVEDEMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALQMLANHLPQKLPNDWQFSDTNAKAHVLLQSHFSRTALSTDLRGDQKVVLLDAVRLLQAVVDVISSNGWLKPALEAMELSQMIVQGVWAKDSYLRQIPHFSPEVVLRCEGAGVESPFDIMGLEDEERDRLLDMPQSKMADVANFCNAFPNVEMGFEVQDSDEITAGDPVSLVVTLERDGEEDEEEPEGGWGK----VCAPLYPKAKTEAWWVVVGEKKRNTLLAIKRVTLQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAVDLMVGAAGSDD 1326
            MYSPEKG WVELSPLDVLQMMGRAGRPQYDSE   I++TQHSELQYYLSLNNQQLPIESQY+++LADNLNAE+  GTV ++++AA WLGYTYLYVRM++NP  Y VP D    DP L+Q R +L HTAA+ILDKT L++YDR       TALGRVASY+Y+SHQ+MA YNEYLKPTMSDIE+FRLFSLSGEF HI V++EE+LE+ +LA+RVP+PIKE+V EP+AKVNALLQAYIS LKLEG+ALVSDM YVQQSAAR+ RALFE+ALKRGWAALA++ L LC MVERRCWLSQSPLR F+ +P+ + RKLERK+I+WDRYYDL  ADLGEL+K P+MGK LHRLVHQFPR+EL+A+VQPITR+LLRV+L I PDF ++ KVHD ++LF +LVEDVDG  ILHHEPF+L    AD+EH +  +VP+ +PLPP  FI+V++DRW+H  AVLPVSFR+LILP K+ P +ELLDLQPLP SAL++   E++Y+    G++ FN IQTQ F  L++S  + LVCAP GSGK+VCAE A++RLF T+  A AVY+APKAE      ++W   L E LG  V  LTGEAAADLKLL  G +++ATA+HWD LSRRW+QRK VQ V+LL+ D++HLLGG EGP LEVVVSR RY++SQ E+ CRIV L + LANAKDVG+W+GA +HSL +F P  RP  LEL+L GFDV HFGSR+LAMAKP Y  V    + P     +VFVPSRKQSQLTAIDL+TYAAA+G   RF+ TV + +  P+V+      + +L+QTL HGV FVH G+ ++DR R   ++  G  +A           LVVP+ MCW L   + +VVVMGTE YDGRE +Y DYP TDLL M G+A + +     S GR  +LCH PK++YLR+LL EPLPIESH+DH LAEH+NAE+VT+T+E+KQDAVDYLTWTFYYRRLT+NPNYY+M G SH HLSDHLSELVE +V +LEEAR +AV++E  L+ LNLGMIAAYYY+Q TT+ELFA+SVTAKTKLRGL+DI+AS+SE+N LP+R +E K L+ LA  LPQ LP+ W++    AKAHVLLQSH  RT L  DLR D K+V+LDA RLL AVVDVISS GWLKPALEAMEL+QMIVQ  W +DSYLRQ+PH   + +     AGVE+P DI+ +EDE+R++++ +   +MAD+A FCNA+PN+E+ +E++D DEI+AG+ V++V TL+R+ +ED+E  +    K    V APL+P  KTE WW+VVG+   N LLAIKRV L  K   KL+FAAPD  G+H   L LMCDSY+GCDQEY  ++ VG A  ++
Sbjct:  886 MYSPEKGAWVELSPLDVLQMMGRAGRPQYDSEASGIILTQHSELQYYLSLNNQQLPIESQYLTRLADNLNAEVALGTVTTIAEAADWLGYTYLYVRMLRNPNQYGVPEDWETQDPALVQHRTNLAHTAASILDKTGLLRYDRRTGGLASTALGRVASYYYLSHQSMATYNEYLKPTMSDIELFRLFSLSGEFKHIHVREEERLEVQKLAARVPVPIKEAVTEPSAKVNALLQAYISGLKLEGFALVSDMVYVQQSAARILRALFEIALKRGWAALADRALTLCLMVERRCWLSQSPLRHFKGVPDALARKLERKDISWDRYYDLSAADLGELIKNPKMGKQLHRLVHQFPRLELSAAVQPITRSLLRVDLRIQPDFRYDVKVHDTSLLFHVLVEDVDGNTILHHEPFVLTAARADQEHSLVLSVPLSEPLPPQVFIRVVADRWLHCTAVLPVSFRHLILPTKFAPPTELLDLQPLPFSALRSAPLERLYAATSGGMRHFNPIQTQTFSSLYESGESTLVCAPAGSGKSVCAEFAILRLFRTDASASAVYVAPKAETVDASQENWRTRL-EPLGIKVCRLTGEAAADLKLLAPGRLVMATAEHWDMLSRRWRQRKAVQQVSLLVVDDIHLLGGKEGPVLEVVVSRARYVASQTERACRIVALGSPLANAKDVGEWMGAPSHSLFNFHPSARPSPLELRLQGFDVGHFGSRLLAMAKPTYQAV----SLP-----LVFVPSRKQSQLTAIDLMTYAAAEGLQERFVGTVTDGDEQPLVKAATLTADASLKQTLAHGVAFVHGGLNDADRTRTLAMFSAGHARA-----------LVVPYTMCWALGQVSKIVVVMGTECYDGREKRYADYPATDLLQMVGMAGQAVDTDGSSGGRCHVLCHAPKKDYLRRLLQEPLPIESHIDHALAEHLNAEVVTRTVESKQDAVDYLTWTFYYRRLTKNPNYYNMAGVSHHHLSDHLSELVESVVTELEEARCLAVDEESGLAPLNLGMIAAYYYIQCTTVELFASSVTAKTKLRGLVDILASSSEYNALPLRHREGKILETLAKRLPQALPSGWEWDQAPAKAHVLLQSHCKRTNLPVDLRQDAKMVVLDAPRLLSAVVDVISSMGWLKPALEAMELTQMIVQACWGRDSYLRQVPHLDDDTITALAEAGVETPLDILSMEDEDREKIIQVTSRQMADIARFCNAYPNIEVNYEIEDEDEISAGEAVTMVATLQREEDEDDETKDATTDKSRVVVNAPLFPGTKTEGWWLVVGDPATNALLAIKRVNLGSKANVKLDFAAPDTPGKHKFVLNLMCDSYMGCDQEYEFEINVGEAAEEE 2203          

BLAST of mRNA_P-fluviatile_contig58.12201.1 vs. uniprot
Match: A0A7S4DAU8_HETAK (Hypothetical protein (Fragment) n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S4DAU8_HETAK)

HSP 1 Score: 1654 bits (4282), Expect = 0.000e+0
Identity = 827/1247 (66.32%), Postives = 1011/1247 (81.07%), Query Frame = 0

Query:    1 MYSPEKGKWVELSPLDVLQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVSDAAQWLGYTYLYVRMMQNPAVYSVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTALGRVASYFYVSHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAYISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFEQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQRYADKEHMVTFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNKDFEKVYSDKGIQFFNAIQTQVFQELHDSDANVLVCAPTGSGKTVCAELALMRLFSTNPLARAVYIAPKAEIASLKFQSWSKSLGE----GLGKTVVELTGEAAADLKLLERGTVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDVRPVVLELKLHGFDVNHFGSRMLAMAKPAYNYVVGGTAAPDNKPAIVFVPSRKQSQLTAIDLVTYAAADGEPN--------RFLTVEEEEIAPVVETVREPALQQTLGHGVGFVHQGMLESDRKRVEGLYRDGIIKASGSEWMGTNAVLVVPFGMCWGLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLLDSSGRAVLLCHTPKREYLRKLLYEPLPIESHLDHVLAEHMNAEIVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERIVGDLEEARAVAVEDEMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALQMLANHLPQKLPNDWQFSDTNAKAHVLLQSHFSRTALSTDLRGDQKVVLLDAVRLLQAVVDVISSNGWLKPALEAMELSQMIVQGVWAKDSYLRQIPHFSPEVVLRCEGAGVESPFDIMGLEDEERDRLLDMPQSKMADVANFCNAFPNVEMGFEVQDSDEITAGDPVSLVVTLERDGEEDEEE 1235
            MY P +GKWVELSPLDVLQM+GRAGRPQYD  GEAI++TQHSELQYYLSLNNQQLP+ESQ VS+L D LNAE+  G+VQ+V +AA  LGYTYLYVRM++NPA+Y      ++ DP L + R+DLVH A   LDK  +++YDR   T Q TALGRVAS++YVSH ++A YNEYLKP MSDIE+FRLFSLS EF HI V++EEK EL +LA+RVP+P+KE ++EP+AKVN LLQAYIS LKLEG+ALV+DMT+VQQSA R+ RAL E+A KRGWAALA++ L LCKMVERR WLSQ+PLRQFR +PE I+RKLERKE+AW+RYYDLKPADLGELVKLP+MG+TLHRLVHQFPR+EL A VQP+TR LLRV+LT+TPDF ++QKVH+ + LF +LVEDVDGE++LHHEPFLL+ +YA++ H ++FTVP+ +PLPP YF+KV+SDRW+HSEAV+PV FR+L+LP K PP +ELLDLQPLPVSAL++  FE +Y+ +G + FN +QTQ F EL+D+D NVLVCAP GSGKTVCAE AL+RL  T P  R VY+APK EIA+ + + W+   G     GLG +VV LTGE AADL+LL  G V++ATA+ WD +SRRWKQRKNVQ+VAL + DELHLLG  EGP LEVVVSR RY++SQLE+K RIVGLS+SLANAKDVGDW+GATAHS  +F P+VRPV LEL + G DV HFGSRMLA  K  YN +VG   +PD KPAIVFVP RKQ+QLTAIDLVT+AAA+G           RFL    E++APV++ V+EP L QTL  GVG++H G   +DR+RVEGLYRDG+I+           VLVVP  MCW LD  A LVVVMGTESYDG+EHKY  YP+TD+L M GLA RPL D+SG+AVLLCH P+R  LRKL+Y+PLPIESHLDH L +H+NAE+VTKTIENKQDAVDYLTWTF+YRRL QNPNYY++   +HRHLSDHLSELVER+VGDLEE+R +AVEDEM ++ LNLGMIAAYY+ QYTT+ELFA S  AKTKLRGL++I+ASASE+  LPVR+ EE AL+ LA  LP KLP+  +++D   K +VLLQ HFSR  L +DL+GDQ++V+ DA+RLLQA+VDVISSNGWL+PAL AMEL+QM+VQ +W +D  L Q+PHF+ E   RCE A VE+ FD++GLED +RDRLL +P +K+A  A FCNA+PNV++ +EVQD D+ITAGDPV+LVVTLER+ +E+EEE
Sbjct:  191 MYHPGQGKWVELSPLDVLQMVGRAGRPQYDKTGEAILLTQHSELQYYLSLNNQQLPVESQLVSRLPDYLNAEVALGSVQTVKEAAHLLGYTYLYVRMLRNPALYGAR--DIEGDPYLERHRLDLVHAAVAQLDKHAMVRYDRKAGTLQGTALGRVASHYYVSHASVATYNEYLKPAMSDIELFRLFSLSAEFKHIHVREEEKAELQKLAARVPVPVKEGMEEPSAKVNVLLQAYISGLKLEGFALVADMTHVQQSAVRILRALTEIAFKRGWAALADRALSLCKMVERRMWLSQTPLRQFRNVPEPILRKLERKELAWNRYYDLKPADLGELVKLPKMGRTLHRLVHQFPRLELGAHVQPLTRQLLRVDLTLTPDFAWDQKVHEGSQLFHVLVEDVDGERLLHHEPFLLRAQYAEEPHHLSFTVPVFEPLPPQYFLKVVSDRWLHSEAVVPVVFRHLVLPQKAPPPTELLDLQPLPVSALRDAAFEGIYARQGFRLFNPVQTQAFTELYDTDDNVLVCAPAGSGKTVCAEFALLRLLKTQPGGRCVYVAPKEEIAAQRHRDWAAKFGNSSEHGLGLSVVRLTGETAADLRLLAEGRVVIATAEQWDVVSRRWKQRKNVQEVALFLVDELHLLGAAEGPALEVVVSRARYVASQLERKVRIVGLSSSLANAKDVGDWMGATAHSNFNFHPNVRPVPLELFIQGSDVGHFGSRMLAFGKTVYNAIVG--RSPD-KPAIVFVPGRKQAQLTAIDLVTHAAAEGXXXXXAAGGAPRFLGAAPEDVAPVLKAVKEPGLAQTLAAGVGYLHAGTAPADRQRVEGLYRDGVIR-----------VLVVPASMCWELDARAHLVVVMGTESYDGKEHKYTQYPITDILQMMGLACRPLQDASGKAVLLCHAPQRPRLRKLVYDPLPIESHLDHFLHDHINAEVVTKTIENKQDAVDYLTWTFFYRRLGQNPNYYNLADFTHRHLSDHLSELVERVVGDLEESRCLAVEDEMAVAPLNLGMIAAYYHAQYTTVELFAASAAAKTKLRGLVEILASASEYAALPVRRGEEAALRRLAAKLPNKLPDGAKYADPATKCNVLLQCHFSRVPLGSDLKGDQRLVVGDALRLLQAMVDVISSNGWLRPALAAMELAQMLVQALWDRDPPLLQVPHFTRETCRRCEEAEVETVFDVLGLEDADRDRLLGLPPAKLARAAAFCNAYPNVDLNYEVQDPDQITAGDPVNLVVTLERELDEEEEE 1421          

BLAST of mRNA_P-fluviatile_contig58.12201.1 vs. uniprot
Match: W7TFU8_9STRA (U5 small nuclear ribonucleoprotein helicase n=3 Tax=Monodopsidaceae TaxID=425072 RepID=W7TFU8_9STRA)

HSP 1 Score: 1608 bits (4164), Expect = 0.000e+0
Identity = 816/1355 (60.22%), Postives = 1034/1355 (76.31%), Query Frame = 0

Query:    2 YSPEKGKWVELSPLDVLQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVSDAAQWLGYTYLYVRMMQNPAVYSVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTALGRVASYFYVSHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAYISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFEQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQRYADKEHMVTFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNKDF-EKVYSDKGIQFFNAIQTQVFQELHDSDANVLVCAPTGSGKTVCAELALMRLFSTNPLA---------RAVYIAPKAEIASLKFQSWSKSLGEG--LGKTVVELTGEAAADLKLLERGTVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDV---RPVVLELKLHGFDVNHFGSRMLAMAKPAYNYVVGGTAAPDNKPAIVFVPSRKQSQLTAIDLVTYAAADGEPNRFLT----VEEEEIAPVVETVREPALQQTLGHGVGFVHQGMLESDRKRVEGLYRDGIIKASGSEWMGTNAVLVVPFGMCWGLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLLDSSGRAVLLCHTPKREYLRKLLYEPLPIESHLDHVLAEHMNAEIVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERIVGDLEEARAVAVEDEMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALQMLANHLPQKLPNDWQFSDTNAKAHVLLQSHFSRTALSTDLRGDQKVVLLDAVRLLQAVVDVISSNGWLKPALEAMELSQMIVQGVWAKDSYLRQIPHFSPEVVLRCEGAG--VESPFDIMGLEDEERDRLLDMPQSKMADVANFCNAFPNVEMGFEVQDS-DEITAGDPVSLVVTLERDGEEDEEEPEGG---WGKVCAPLYPKAKTEAWWVVVGEKKRNTLLAIKRVT-LQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAVDLMVGAAGSDDDSDE 1330
            Y+PEKG+W ELSPLD++QMMGRAGRPQYDS GE I+ITQHSELQYYLSL N+QLP+ESQYV +L DN+NAEIV G+VQ++ +A  WLGYTYLYVRM++NP +Y V  D+ + DP+L Q R DLVHTAA+ LDK NLIKYDR    FQ T LGRVA+Y+Y++HQ+MA Y +YLKPTMSDIE+FRLFSLS EF +I V++EEKLEL +LA+RVPIPIK+S+++  AKVN LLQAYIS L+LEG+ALV+DM YVQQSA R+ RALFE++LK+GWAALA+KTL+LCKM ERR WLSQSPLRQFR +PE I RKLE+K+I W+RY+D+ P DLGEL+KLPRMGK LH+ VHQFP+VEL+  VQPITR+LL+VELT+ PDF+F   VH+  VLFWI+VED D E+ILH+EPFLLK  +A  EH+V FTVPI DPLPP YF++V++DRW+HSE V  +SFR+LILP K+PPH+ELLDLQPLP+SAL+     E V + +G   FNA+QTQ F EL+D+D NVL+CAP GSGK +CAE A+ RLF    LA         + VY+  KAE    ++  W+  LGE   L K VV LTG+A  D KLLE   V V+TA+ WD LSRRW+QRK VQ V+L I+D+LHL+G   G TLE+VVSRMR    +LE+K RIVGL+A +ANAKD+GDWIGATAH L +FRPDV   RPV LE+ + GF+++HF SRML+MAKP YN  V G    D KP++V VPSRKQ+QLTAIDL+TYAAA G+P +FL      + E+   + + V+E  L+ TL  GVGFVHQGM E+DR+RV  LY  GI++           V+VVP  M W +   A  VV+MGTE Y+GREH+YVDYP+TDLL M GLASRP  D  G  V++CH  K+EYL++LLYEPLP+ESHL+H L +H+NAE+V KT+E + +A+  LTWTF+YRRL QNPNYY +     R LS+ LS+LVE +V DL  A+ + VE+++ LS LNLGMIAAYYY+QYTTIELFA+SVTAKTK++GLL+I++SASE+ +L +RQ EE+ LQ LA  LPQKLP   +F++T+ KA VLLQ+HFSR  L T+LR DQ+ V+ +A R+LQA+VDV+SS  WLKP + AMEL QM+VQG+W +DSYL QIPHF+ E+V RCE     VESP  I+ L+D+ R++LL +P +KMADVA FCNA+PN+++ +EV    D + AG P+S+VVTLER+ E  EEE EGG     +V APLYPK K EAWW++VG+  RN+LL IKRV  + ++TR +L FAAP E G+H L+L+ +CDSY+G DQEY + L V    SD++  E
Sbjct:  867 YNPEKGRWTELSPLDIMQMMGRAGRPQYDSSGEGIIITQHSELQYYLSLMNRQLPVESQYVKRLTDNMNAEIVLGSVQTLREAVHWLGYTYLYVRMLRNPTLYGVGVDEAEKDPLLEQRRTDLVHTAASTLDKNNLIKYDRKTGAFQVTPLGRVAAYYYITHQSMAVYADYLKPTMSDIELFRLFSLSSEFKNIHVREEEKLELAKLAARVPIPIKDSIEDSLAKVNVLLQAYISGLRLEGFALVADMQYVQQSANRIMRALFEISLKKGWAALADKTLNLCKMAERRMWLSQSPLRQFRAIPEAIARKLEKKDIPWERYFDMTPQDLGELIKLPRMGKPLHQFVHQFPKVELSVHVQPITRSLLKVELTVHPDFIFNVDVHENGVLFWIMVEDADQEQILHYEPFLLKAAFAGDEHVVNFTVPILDPLPPQYFVRVVADRWLHSETVQAISFRSLILPNKFPPHTELLDLQPLPISALRAPTLLEPVLAARGYTHFNALQTQAFTELYDTDNNVLICAPPGSGKKLCAEFAMFRLFKLQVLAEGDGEGQGGKVVYVHSKAEAVKNRYADWASLLGEKGPLNKRVVMLTGDATLDNKLLESADVAVSTAEAWDVLSRRWRQRKAVQQVSLFISDDLHLIGSSGGSTLEMVVSRMRLFPFELERKVRIVGLAACVANAKDIGDWIGATAHGLFNFRPDVPGVRPVPLEIHVQGFEISHFSSRMLSMAKPVYN-AVAGHGGKDGKPSLVVVPSRKQAQLTAIDLITYAAAAGDPKQFLRGSGKEDTEDDEGMGKGVKEVVLRDTLAKGVGFVHQGMAETDRRRVWDLYEAGILQ-----------VVVVPQSMVWSVTARAHAVVIMGTEYYEGREHRYVDYPMTDLLQMMGLASRPGKDRLGLCVVMCHNTKKEYLKRLLYEPLPVESHLNHFLHDHLNAEVVNKTVETQHEALQILTWTFFYRRLVQNPNYYGLRAVGSRQLSEFLSDLVESVVEDLARAKMLEVEEDVQLSPLNLGMIAAYYYVQYTTIELFASSVTAKTKVKGLLEILSSASEYGDLAIRQGEERVLQQLATRLPQKLPEGARFTETHVKALVLLQAHFSRMVLPTELRQDQRSVVGEAPRMLQALVDVVSSECWLKPCIAAMELCQMVVQGLWDRDSYLLQIPHFTKEIVKRCEALADPVESPLGILELDDDVREKLLQLPPAKMADVARFCNAYPNIDLEWEVVGGVDSVVAGKPISVVVTLERETEGGEEE-EGGVPVTKQVVAPLYPKPKMEAWWLIVGDPARNSLLFIKRVNNVAKRTRTRLNFAAPTEAGDHDLKLYFICDSYMGADQEYDLSLSVLPGESDEEESE 2208          

BLAST of mRNA_P-fluviatile_contig58.12201.1 vs. uniprot
Match: K8YVZ6_NANGC (Pre-mRNA-splicing helicase BRR2 n=1 Tax=Nannochloropsis gaditana (strain CCMP526) TaxID=1093141 RepID=K8YVZ6_NANGC)

HSP 1 Score: 1608 bits (4164), Expect = 0.000e+0
Identity = 816/1355 (60.22%), Postives = 1034/1355 (76.31%), Query Frame = 0

Query:    2 YSPEKGKWVELSPLDVLQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVSDAAQWLGYTYLYVRMMQNPAVYSVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTALGRVASYFYVSHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAYISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFEQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQRYADKEHMVTFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNKDF-EKVYSDKGIQFFNAIQTQVFQELHDSDANVLVCAPTGSGKTVCAELALMRLFSTNPLA---------RAVYIAPKAEIASLKFQSWSKSLGEG--LGKTVVELTGEAAADLKLLERGTVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDV---RPVVLELKLHGFDVNHFGSRMLAMAKPAYNYVVGGTAAPDNKPAIVFVPSRKQSQLTAIDLVTYAAADGEPNRFLT----VEEEEIAPVVETVREPALQQTLGHGVGFVHQGMLESDRKRVEGLYRDGIIKASGSEWMGTNAVLVVPFGMCWGLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLLDSSGRAVLLCHTPKREYLRKLLYEPLPIESHLDHVLAEHMNAEIVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERIVGDLEEARAVAVEDEMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALQMLANHLPQKLPNDWQFSDTNAKAHVLLQSHFSRTALSTDLRGDQKVVLLDAVRLLQAVVDVISSNGWLKPALEAMELSQMIVQGVWAKDSYLRQIPHFSPEVVLRCEGAG--VESPFDIMGLEDEERDRLLDMPQSKMADVANFCNAFPNVEMGFEVQDS-DEITAGDPVSLVVTLERDGEEDEEEPEGG---WGKVCAPLYPKAKTEAWWVVVGEKKRNTLLAIKRVT-LQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAVDLMVGAAGSDDDSDE 1330
            Y+PEKG+W ELSPLD++QMMGRAGRPQYDS GE I+ITQHSELQYYLSL N+QLP+ESQYV +L DN+NAEIV G+VQ++ +A  WLGYTYLYVRM++NP +Y V  D+ + DP+L Q R DLVHTAA+ LDK NLIKYDR    FQ T LGRVA+Y+Y++HQ+MA Y +YLKPTMSDIE+FRLFSLS EF +I V++EEKLEL +LA+RVPIPIK+S+++  AKVN LLQAYIS L+LEG+ALV+DM YVQQSA R+ RALFE++LK+GWAALA+KTL+LCKM ERR WLSQSPLRQFR +PE I RKLE+K+I W+RY+D+ P DLGEL+KLPRMGK LH+ VHQFP+VEL+  VQPITR+LL+VELT+ PDF+F   VH+  VLFWI+VED D E+ILH+EPFLLK  +A  EH+V FTVPI DPLPP YF++V++DRW+HSE V  +SFR+LILP K+PPH+ELLDLQPLP+SAL+     E V + +G   FNA+QTQ F EL+D+D NVL+CAP GSGK +CAE A+ RLF    LA         + VY+  KAE    ++  W+  LGE   L K VV LTG+A  D KLLE   V V+TA+ WD LSRRW+QRK VQ V+L I+D+LHL+G   G TLE+VVSRMR    +LE+K RIVGL+A +ANAKD+GDWIGATAH L +FRPDV   RPV LE+ + GF+++HF SRML+MAKP YN  V G    D KP++V VPSRKQ+QLTAIDL+TYAAA G+P +FL      + E+   + + V+E  L+ TL  GVGFVHQGM E+DR+RV  LY  GI++           V+VVP  M W +   A  VV+MGTE Y+GREH+YVDYP+TDLL M GLASRP  D  G  V++CH  K+EYL++LLYEPLP+ESHL+H L +H+NAE+V KT+E + +A+  LTWTF+YRRL QNPNYY +     R LS+ LS+LVE +V DL  A+ + VE+++ LS LNLGMIAAYYY+QYTTIELFA+SVTAKTK++GLL+I++SASE+ +L +RQ EE+ LQ LA  LPQKLP   +F++T+ KA VLLQ+HFSR  L T+LR DQ+ V+ +A R+LQA+VDV+SS  WLKP + AMEL QM+VQG+W +DSYL QIPHF+ E+V RCE     VESP  I+ L+D+ R++LL +P +KMADVA FCNA+PN+++ +EV    D + AG P+S+VVTLER+ E  EEE EGG     +V APLYPK K EAWW++VG+  RN+LL IKRV  + ++TR +L FAAP E G+H L+L+ +CDSY+G DQEY + L V    SD++  E
Sbjct:  428 YNPEKGRWTELSPLDIMQMMGRAGRPQYDSSGEGIIITQHSELQYYLSLMNRQLPVESQYVKRLTDNMNAEIVLGSVQTLREAVHWLGYTYLYVRMLRNPTLYGVGVDEAEKDPLLEQRRTDLVHTAASTLDKNNLIKYDRKTGAFQVTPLGRVAAYYYITHQSMAVYADYLKPTMSDIELFRLFSLSSEFKNIHVREEEKLELAKLAARVPIPIKDSIEDSLAKVNVLLQAYISGLRLEGFALVADMQYVQQSANRIMRALFEISLKKGWAALADKTLNLCKMAERRMWLSQSPLRQFRAIPEAIARKLEKKDIPWERYFDMTPQDLGELIKLPRMGKPLHQFVHQFPKVELSVHVQPITRSLLKVELTVHPDFIFNVDVHENGVLFWIMVEDADQEQILHYEPFLLKAAFAGDEHVVNFTVPILDPLPPQYFVRVVADRWLHSETVQAISFRSLILPNKFPPHTELLDLQPLPISALRAPTLLEPVLAARGYTHFNALQTQAFTELYDTDNNVLICAPPGSGKKLCAEFAMFRLFKLQVLAEGDGEGQGGKVVYVHSKAEAVKNRYADWASLLGEKGPLNKRVVMLTGDATLDNKLLESADVAVSTAEAWDVLSRRWRQRKAVQQVSLFISDDLHLIGSSGGSTLEMVVSRMRLFPFELERKVRIVGLAACVANAKDIGDWIGATAHGLFNFRPDVPGVRPVPLEIHVQGFEISHFSSRMLSMAKPVYN-AVAGHGGKDGKPSLVVVPSRKQAQLTAIDLITYAAAAGDPKQFLRGSGKEDTEDDEGMGKGVKEVVLRDTLAKGVGFVHQGMAETDRRRVWDLYEAGILQ-----------VVVVPQSMVWSVTARAHAVVIMGTEYYEGREHRYVDYPMTDLLQMMGLASRPGKDRLGLCVVMCHNTKKEYLKRLLYEPLPVESHLNHFLHDHLNAEVVNKTVETQHEALQILTWTFFYRRLVQNPNYYGLRAVGSRQLSEFLSDLVESVVEDLARAKMLEVEEDVQLSPLNLGMIAAYYYVQYTTIELFASSVTAKTKVKGLLEILSSASEYGDLAIRQGEERVLQQLATRLPQKLPEGARFTETHVKALVLLQAHFSRMVLPTELRQDQRSVVGEAPRMLQALVDVVSSECWLKPCIAAMELCQMVVQGLWDRDSYLLQIPHFTKEIVKRCEALADPVESPLGILELDDDVREKLLQLPPAKMADVARFCNAYPNIDLEWEVVGGVDSVVAGKPISVVVTLERETEGGEEE-EGGVPVTKQVVAPLYPKPKMEAWWLIVGDPARNSLLFIKRVNNVAKRTRTRLNFAAPTEAGDHDLKLYFICDSYMGADQEYDLSLSVLPGESDEEESE 1769          

BLAST of mRNA_P-fluviatile_contig58.12201.1 vs. uniprot
Match: A0A7S4F5U3_CHRCT (Hypothetical protein n=1 Tax=Chrysotila carterae TaxID=13221 RepID=A0A7S4F5U3_CHRCT)

HSP 1 Score: 1596 bits (4132), Expect = 0.000e+0
Identity = 794/1330 (59.70%), Postives = 1008/1330 (75.79%), Query Frame = 0

Query:    2 YSPEKGKWVELSPLDVLQMMGRAGRPQY----DSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVSDAAQWLGYTYLYVRMMQNPAVYSVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTALGRVASYFYVSHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAYISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFEQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQRYADKEHMVTFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNKDFEKVYSDKGIQFFNAIQTQVFQELHDSDANVLVCAPTGSGKTVCAELALMRLFSTNPLARAVYIAPKAEIASLKFQSWSKSLGEGLGKTVVELTGEAAADLKLLERGTVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDVRPVVLELKLHGFDVNHFGSRMLAMAKPAYNYVVGGTAAPDNKPAIVFVPSRKQSQLTAIDLVTYAAADGEPNRFLTVEEEEIAPVVETVREPALQQTLGHGVGFVHQGMLESDRKRVEGLYRDGIIKASGSEWMGTNAVLVVPFGMCWGLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLLDSSGRAVLLCHTPKREYLRKLLYEPLPIESHLDHVLAEHMNAEIVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERIVGDLEEARAVAVEDEMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALQMLANHLPQKLPNDWQFSDTNAKAHVLLQSHFSRTALSTDLRGDQKVVLLDAVRLLQAVVDVISSNGWLKPALEAMELSQMIVQGVWAKDSYLRQIPHFSPEVVLRCEGAGVESPFDIMGLEDEERDRLLDMPQSKMADVANFCNAFPNVEMGFEVQDSDEITAGDPVSLVVTLERDGEEDEEEPEGGWGKVCAPLYPKAKTEAWWVVVGEKKRNTLLAIKRVTLQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAVDLMVGAAGSDDD 1327
            YSPEKG W ELS +DV+QM+GRAGRPQ+    D  GE I++T HSELQYYLSL NQQLPIESQY+SKLADNLNAEIV GTVQ+  +A  WLGYTYLYVRM++NP +Y     +   DP+L Q R+DLVHTAA +LDK  LIKY+R    FQPT LGRVA+Y+YV H T+A YNE+LKPT+SDIE+ RLFSLS +FS + V++EEK EL RL  RVPIP+KE+VDEP+AK N LLQAYISQLKL+G++L+SDMTY+ QSAARL R + E+ LKRGWA LAE+ L+ CKM++RR WLSQ+PLRQF+ +PE I++K+ERK+  W+R+YDL+P ++GEL++ P+MGK +HR VHQFPR+ELAA VQPITR +LRVELTITPDF FE K+H  A  F +LVEDVD E ILH E FLLK ++A+ +H +TFT+PI DPLPP YFI+V+SDRW+ +E  LPVSFR LILP KYPPH+ELLDLQPLPVSAL +  +  +Y +     FN IQTQVF  L +SD NVL+ APTGSGKT+CAE A++R+    P  R V+IAP   +A  +  +W KSL + LG ++  LTGE   DLKLL+R T+I++T Q WD +SRRWKQRK VQ+V+LLI DE+HL+GG  GP LEVV+SRMRYISSQ+E +CRIV LS SLANAKD+ +WIG ++H + +F  +VRPV LE+ + GFD+ H  SR+LAMAKPAY  VV        KPA+VFVPS KQ+ LTA+D++TYA AD  P RFL    E+IAP V+ V E  LQ  L +G+GF+H+G+  ++++ V  L+  G ++           VLVV   MCWGL   A LVV+M T+ +DG EH+Y DYP+TD+L M G A RPL+D +G+ VLLCH PK+ + RK LYEP P+ESHLDH L +HM AE+VTKTIENKQDAVDYLTWTF YRRLTQNPNYY++ G++HRHLSDHLSELVE  +GDLE+AR + VED M +S LNLGMIA+YYY+QYTTIELF++S+ A TKL+GL++I++SA+EF+ LPVR +E+ ALQ LA H PQ++  D +++D + K +VLLQ HFSR     ++  D   VL  A RLLQA VDVISS+GWL PAL  MELSQM VQGVW +DS L Q+PHF  ++  +C  AG+ES FD+M +ED+ER  LL M  +++ADVA  CN +PN+++ FEV+D+DEI +GD VS+VV L+R+G ++         KV AP +PK K E WW+V+G+ K NTLL+IKR+TLQ K + KL+F APD  GE+T  L+LMCDSY+GCDQEY + L VG A  DD+
Sbjct:  850 YSPEKGTWGELSMMDVMQMLGRAGRPQFMGRADDFGEGIILTTHSELQYYLSLLNQQLPIESQYISKLADNLNAEIVLGTVQNAHEAVNWLGYTYLYVRMLRNPTLYGASEAEKAGDPLLEQRRIDLVHTAAVVLDKAALIKYERKSGQFQPTDLGRVAAYYYVGHTTVAVYNEFLKPTLSDIELLRLFSLSKDFSALSVREEEKQELMRLIERVPIPVKEAVDEPSAKTNVLLQAYISQLKLDGFSLLSDMTYITQSAARLMRCIHEIVLKRGWAGLAERVLNFCKMIDRRMWLSQTPLRQFKGIPEDIIKKIERKDFPWERFYDLQPQEIGELIRFPKMGKAIHRFVHQFPRLELAAHVQPITRTVLRVELTITPDFQFEPKIHGSAEPFHVLVEDVDQEHILHSELFLLKAKFAEDDHSLTFTIPIFDPLPPQYFIRVVSDRWLAAETTLPVSFRQLILPEKYPPHTELLDLQPLPVSALGS--YASLY-ESAFSHFNPIQTQVFSTLFNSDDNVLIGAPTGSGKTICAEFAILRMLQHEPNGRCVFIAPLQSLAEERLAAWRKSLTQ-LGASIEMLTGETTTDLKLLDRNTIIISTPQRWDMISRRWKQRKGVQNVSLLIVDEMHLIGGEVGPVLEVVISRMRYISSQMESRCRIVALSTSLANAKDLAEWIGCSSHGIFNFHSNVRPVPLEIHIQGFDIAHVPSRLLAMAKPAYYAVVNHA---HEKPAVVFVPSAKQAVLTAVDMLTYATADDSPQRFLHASAEDIAPFVKDVNEGTLQHVLAYGIGFLHEGLSAAEQQAVLALHESGAVQ-----------VLVVTHSMCWGLTAQAHLVVLMDTQFFDGAEHRYTDYPITDILQMMGRACRPLVDDNGKCVLLCHAPKKLFYRKFLYEPFPVESHLDHFLHDHMCAEVVTKTIENKQDAVDYLTWTFMYRRLTQNPNYYNLQGATHRHLSDHLSELVEATLGDLEQARCITVEDGMEVSPLNLGMIASYYYIQYTTIELFSSSLQATTKLKGLIEIISSAAEFDALPVRHREDDALQQLAMHCPQQI-EDARYNDPHCKTNVLLQCHFSRRDAGREMAADLDFVLDKATRLLQATVDVISSSGWLAPALATMELSQMCVQGVWDRDSALLQLPHFGRDLAKKCTAAGIESVFDLMDMEDDERRELLSMTPAQLADVARVCNRYPNIDLNFEVEDADEIASGDAVSVVVQLQREGVDEMTTVP----KVHAPRFPKPKEEGWWLVIGDPKTNTLLSIKRITLQLKAKVKLDFVAPDP-GEYTYTLYLMCDSYLGCDQEYELKLSVGEAEDDDE 2155          

BLAST of mRNA_P-fluviatile_contig58.12201.1 vs. uniprot
Match: A0A1C7NNX5_9FUNG (U5 small nuclear ribonucleoprotein helicase n=4 Tax=Mucorineae TaxID=1344963 RepID=A0A1C7NNX5_9FUNG)

HSP 1 Score: 1594 bits (4128), Expect = 0.000e+0
Identity = 790/1330 (59.40%), Postives = 1021/1330 (76.77%), Query Frame = 0

Query:    2 YSPEKGKWVELSPLDVLQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVSDAAQWLGYTYLYVRMMQNPAVYSVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTALGRVASYFYVSHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAYISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFEQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQRYADKEHMVTFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNKDFEKVYSDKGIQFFNAIQTQVFQELHDSDANVLVCAPTGSGKTVCAELALMRLFSTNPLARAVYIAPKAEIASLKFQSWSKSLGE-GLGKTVVELTGEAAADLKLLERGTVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDVRPVVLELKLHGFDVNHFGSRMLAMAKPAYNYVVGGTAAPDNKPAIVFVPSRKQSQLTAIDLVTYAAADGEPNRFLTVEEEEIAPVVETVREPALQQTLGHGVGFVHQGMLESDRKRVEGLYRDGIIKASGSEWMGTNAVLVVPFGMCWGLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLLDSSGRAVLLCHTPKREYLRKLLYEPLPIESHLDHVLAEHMNAEIVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERIVGDLEEARAVAVEDEMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALQMLANHLPQKLPNDWQFSDTNAKAHVLLQSHFSRTALSTDLRGDQKVVLLDAVRLLQAVVDVISSNGWLKPALEAMELSQMIVQGVWAKDSYLRQIPHFSPEVVLRCEGAGVESPFDIMGLEDEERDRLLDMPQSKMADVANFCNAFPNVEMGFEVQDSDEITAGDPVSLVVTLERDGEEDEEEPEGGWGKVCAPLYPKAKTEAWWVVVGEKKRNTLLAIKRVTLQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAVDLMVGAAGSDDDSDE 1330
            YSPEKG+WVELSP DVLQM+GRAGRPQYD+ GE I+IT HSELQYYLSL N QLPIESQ+VS+LADNLNAEIV GT+++  +A QWLGYTYLYVRM++NP +YS+  D L++DP L Q RVDL+H AATILDK NLIKYD+    FQ + LGR+AS+FYVSH +M+ YN++L+P MS+IE+FR+F+LS EF +I V++EEK+EL +L  RVP+P+KES+DEPTAK+N LLQAYISQLKLEG+ALVSDM YV QSA R+ RA+FE+ LKRGWA L +K LD+CKMVE+R WL  SPLRQF+ +P+ IVR+LERKE  W+RY+DL P +LGEL+  P+ G+TLH+ VHQFP+++L A VQP+TR+LL+VELTITPDF +++KVH  A  FWILVEDVDGE ILHHE F+LKQRYA++EH+V+FTVP+ +PLPPNYFI V++DRWMH +  LPVSF++LILP KY PH+EL DLQPLPVSAL+N ++EK+YS   I  FN +QTQVF  L+ ++ N  + APTGSGKTVCAE AL+ L+S    +RAVYIAP  E+ + +   WS+   + G GK VV LTGE +ADLKLLERG +I  T   WD +SRRWKQRKNVQ+V L IADE+H++GG  GPT EV+VSRMRYI+SQ +K  R+V LS SLANA+D+G+WIGAT+HS+ +F P VRPV LE+ +  ++V HF S M+AMAKP Y  +   T   DNKP+IVFVPSRKQ +LTA+DL+TY  AD +P++FL  + EEI  +++ V++ +L +TL HG+GF H+ + + D+K VE LY  G I+           V++     CW L L + +V+VMGT+ ++G+EH+Y DYP+TD+L M G A RPL D +G+ VL+C   K+E+ +K LYE LP+ESHLD ++ +H NAEIVTKTIENKQDAVDYLTWTF YRR+T NPNYY + G SHRHLSDHLSELVE  + DLEE + + +EDEM++S LNLGMIAAYY + YTT+++F+ S+   TKLRGLL+IV+SA+EF+ +P+R  EE  LQ + + +P KL +  +F+    K ++LLQ+HFSR  L  DL+ DQ +++   V LLQA VDVISS+GWL PAL AMELSQM VQ +W +DS L+QIP+F+ E++ RCE  GVES FDIM LED+ R+  L + Q KM +VA F N +PN+E+GF+V D D +TAG  V++ V LER+ +EDEEE     G V AP +PK K E WW+V+G+++  TLLAIKRVTLQ+K   +L+F AP + G+HTL+LFLM DSY GCDQE  ++L V A G + D DE
Sbjct:  886 YSPEKGRWVELSPQDVLQMLGRAGRPQYDTYGEGIIITAHSELQYYLSLINTQLPIESQFVSRLADNLNAEIVLGTIRNRDEAVQWLGYTYLYVRMLRNPTLYSISIDDLEDDPHLEQKRVDLIHAAATILDKCNLIKYDKKSGRFQVSELGRIASHFYVSHHSMSTYNQHLRPMMSEIELFRVFALSDEFKYIPVREEEKMELQKLLERVPVPVKESLDEPTAKINVLLQAYISQLKLEGFALVSDMVYVTQSAGRILRAIFEICLKRGWAQLTKKALDMCKMVEKRMWLPMSPLRQFKAMPQDIVRRLERKEFPWERYFDLNPQELGELIGQPKAGRTLHKFVHQFPKLDLQAHVQPVTRSLLKVELTITPDFQWDEKVHGLAEAFWILVEDVDGEHILHHEYFVLKQRYAEEEHLVSFTVPLYEPLPPNYFITVVADRWMHCDTKLPVSFKHLILPEKYAPHTELHDLQPLPVSALRNPEYEKIYSS-WISQFNPVQTQVFNALYTTNENTFIGAPTGSGKTVCAEFALLHLWSQVADSRAVYIAPFQELVNQRVADWSEKFSKIGGGKEVVALTGETSADLKLLERGNIICCTPTQWDVISRRWKQRKNVQNVDLFIADEIHMIGGDLGPTYEVIVSRMRYIASQTQKPIRVVALSTSLANARDLGEWIGATSHSVFNFHPSVRPVPLEIHIQSYNVPHFASLMMAMAKPTYLAI---TTHADNKPSIVFVPSRKQCKLTAVDLITYCVADSKPDQFLHCKLEEIQSMLDRVQDRSLAETLQHGIGFYHEALSKQDKKIVEQLYEIGAIQ-----------VIIASRDTCWALPLHSHMVIVMGTQYFEGKEHRYADYPITDVLQMMGRACRPLQDETGKCVLMCQANKKEFYKKFLYEALPVESHLDQLMHDHFNAEIVTKTIENKQDAVDYLTWTFLYRRMTHNPNYYGLQGISHRHLSDHLSELVESTLNDLEETKCITIEDEMDISPLNLGMIAAYYNINYTTVDMFSVSLKNTTKLRGLLEIVSSATEFDNIPIRHHEEGILQRIYDRVPVKLASP-KFNTPRIKTNILLQAHFSRVQLPPDLQSDQVLIVEKVVPLLQACVDVISSSGWLSPALAAMELSQMSVQAMWDRDSPLKQIPYFTSEIIKRCEDQGVESVFDIMELEDDVRNECLQLDQRKMREVARFVNRYPNIEVGFDVADKDAVTAGSIVNVRVQLEREMDEDEEEV----GPVIAPYFPKKKDEGWWIVIGDQETKTLLAIKRVTLQQKLTVRLDFVAP-KAGQHTLKLFLMADSYNGCDQELDMELDV-AEGEESDEDE 2193          

BLAST of mRNA_P-fluviatile_contig58.12201.1 vs. uniprot
Match: A0A7S2NTJ9_9STRA (Hypothetical protein n=1 Tax=Leptocylindrus danicus TaxID=163516 RepID=A0A7S2NTJ9_9STRA)

HSP 1 Score: 1586 bits (4107), Expect = 0.000e+0
Identity = 784/1336 (58.68%), Postives = 1018/1336 (76.20%), Query Frame = 0

Query:    2 YSPEKGKWVELSPLDVLQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVSDAAQWLGYTYLYVRMMQNPAVYSVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTALGRVASYFYVSHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAYISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERK-EIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFEQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQRYADKEHMVTFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNKDFEKVYSDKGIQFFNAIQTQVFQELHDSDANVLVCAPTGSGKTVCAELALMRLFSTNPLARAVYIAPKAEIASLKFQSWSKSLGEGLGKTVVELTGEAAADLKLLERGTVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDVRPVVLELKLHGFDVNHFGSRMLAMAKPAYNYVVGGTAAPDNKPAIVFVPSRKQSQLTAIDLVTYAA-----ADGEPNRFL--TVEEEEIAPVVETVREPALQQTLGHGVGFVHQGMLESDRKRVEGLYRDGIIKASGSEWMGTNAVLVVPFGMCWGLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLLDSSGRAVLLCHTPKREYLRKLLYEPLPIESHLDHVLAEHMNAEIVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERIVGDLEEARAVAVEDEMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALQMLANHLPQKLPNDWQFSDTNAKAHVLLQSHFSRTALSTDLRGDQKVVLLDAVRLLQAVVDVISSNGWLKPALEAMELSQMIVQGVWAKDSYLRQIPHFSPEVVLRCEG----AGVESPFDIMGLEDEERDRLLDMPQSKMADVANFCNAFPNVEMGFEVQDSDEITAGDPVSLVVTLERDGEEDEEEPEGGWGKVCAPLYPKAKTEAWWVVVGEKKRNTLLAIKRVTLQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAVDLMVGAAGSD 1325
            Y P KGKW ELSPLDVLQM+GRAGRPQYDSEGE I++T HSELQYY+SL N QLP+ESQ +  L ++LNAEIV G VQS+ +A  WL Y++LYVRMM+NP++Y V    +  DP+L Q R+DLVH+AA +L+K+ LI+YDR   + Q T LGRVAS+FYVSH++MA YN +L+PTM+DIE+ RLF+ SGEF HI V+ EEK+EL +LA+RVPIP+KES DEP+AKVN LLQAYIS+L L+G+ L +DM ++QQSAAR+ RALFE++LKRGWA L + TL    MV  R W SQSPLRQF+ +PE++ RKLERK +I W RY DL P DLGELV +P+MG+TLHRLVHQFP++E+ A VQPITR++LR+ELT+TPDF F+ KVHDYA+LF + VEDV+G+  LHHE F LK   A++EH + F+VPI DPLPP YF+++ISDRW+HS  VLP+SFR+LILPAK+PP +ELLDLQPLPV+++ NK F  +Y ++ I+ FN IQTQ F EL  +D N LVCAP GSGKTVC E A++R+FST    + VYIAP  + A L  + W K   + LG TV +LTGE   DLK+L    + ++T Q WD LSRRWKQR+ VQ V+L I DELHLLGG EGPT+E+++SRMRY+SSQ E K RI+GLSASLANA+++G+W+G    SL +F P VRPV LE+ L  FD N F  R+LAM KP YN V   T   D K  I+FVPSR+Q+QLTAIDL+T+       A+G    FL  +V   E+      ++EPALQQ +  G+GF+H+GM+E DR  +  LYR+G +            VLV PF MCW +D +A LV+VMGTE YDGRE +++DY + D+L M G ASRPL+DS+G+ V++CHTPK+E+L+KLLYEPLP+ESHLDH L +H+N+EIVT+TI N QDAVDY+TWT  YRRLT+NPNYY++ G+S+ HLS+++SE+VE ++GDLEE++   + DE  +S LNLGMIAAYYY+QYTT+EL A+SVTAKTK+RG+++I+++ASEF  L +RQ EEK+L++LAN L  KLP +  ++D N K+ +LLQSHFSR  LS+DLR DQ  V+ ++++++QA+VDVISSNGWLKPAL AMELSQM+VQG+W KDS L QIPHF+ ++V RCE       +ES FDI+ L+DE R+ LL +P  KMADVA FCN +PN+++ FEV D+D++TAGD V + V LER+ +EDE   E   GKV APL+PK K E WW+++G+ KRN LL++KRV+LQ+K + KL+F APDE G++ L LF M DSY+GCDQEY+V L V    SD
Sbjct:  413 YDPAKGKWTELSPLDVLQMLGRAGRPQYDSEGEGIILTAHSELQYYMSLTNLQLPVESQLIGCLPNHLNAEIVLGNVQSIKEAVDWLSYSFLYVRMMRNPSLYGVSTKAMKEDPLLKQRRLDLVHSAACLLEKSQLIRYDRRSGSLQATPLGRVASHFYVSHESMATYNRHLRPTMTDIELLRLFATSGEFEHIHVRQEEKMELSKLAARVPIPVKESTDEPSAKVNILLQAYISRLSLDGFVLAADMAFIQQSAARIMRALFEISLKRGWAQLTKLTLAFSNMVSSRVWRSQSPLRQFKGVPEIVARKLERKSDIEWSRYADLPPQDLGELVGVPKMGRTLHRLVHQFPKLEVTAHVQPITRSMLRIELTVTPDFEFDVKVHDYAILFHVFVEDVNGDLTLHHETFTLKSVSAEEEHTIMFSVPILDPLPPQYFVRLISDRWLHSHTVLPISFRHLILPAKFPPPTELLDLQPLPVTSVGNKAFVSLYENR-IKEFNPIQTQTFHELFKTDHNCLVCAPAGSGKTVCGEFAILRMFSTESRGKCVYIAPGEDSAELVCEKWKKIFTD-LGVTVSKLTGETTPDLKILANSQITISTVQQWDMLSRRWKQRRAVQAVSLFIVDELHLLGGHEGPTMEIIISRMRYMSSQTEGKMRIIGLSASLANAREIGEWMGVAPKSLFNFSPKVRPVPLEMYLQSFDGNSFSGRLLAMGKPVYNAV---TRHSDRKSVIIFVPSRRQAQLTAIDLMTHGETLGRDAEGNGKNFLGKSVTSCELEGFSNALKEPALQQVITAGIGFIHEGMIEKDRTCILDLYRNGSL-----------GVLVCPFDMCWKIDDTAHLVIVMGTEYYDGREKRHIDYSIADMLQMMGKASRPLVDSNGKCVIMCHTPKKEHLKKLLYEPLPVESHLDHFLHDHLNSEIVTQTICNMQDAVDYITWTLLYRRLTKNPNYYNVQGTSNSHLSEYISEMVETVLGDLEESKCSEMTDEGEVSPLNLGMIAAYYYIQYTTVELIASSVTAKTKIRGIMEILSAASEFASLAIRQGEEKSLRILANGLTHKLPENSLYNDPNIKSLILLQSHFSRKPLSSDLRSDQSKVVGESIKIIQAIVDVISSNGWLKPALAAMELSQMVVQGLWNKDSVLMQIPHFTKDIVNRCEAYEGEEPIESVFDILSLDDEVRNDLLRLPDHKMADVAVFCNNYPNIDVSFEVHDADDVTAGDAVQISVQLEREMDEDEMVDEASLGKVSAPLFPKEKNEGWWIIIGDTKRNVLLSLKRVSLQQKQKLKLQFMAPDEAGDYELTLFCMSDSYLGCDQEYSVPLSVAVGDSD 1732          

BLAST of mRNA_P-fluviatile_contig58.12201.1 vs. uniprot
Match: A0A1U8AS49_NELNU (DExH-box ATP-dependent RNA helicase DExH12-like n=1 Tax=Nelumbo nucifera TaxID=4432 RepID=A0A1U8AS49_NELNU)

HSP 1 Score: 1585 bits (4104), Expect = 0.000e+0
Identity = 792/1334 (59.37%), Postives = 1010/1334 (75.71%), Query Frame = 0

Query:    2 YSPEKGKWVELSPLDVLQMMGRAGRPQYDSEGEAIVITQHSELQYYLSLNNQQLPIESQYVSKLADNLNAEIVQGTVQSVSDAAQWLGYTYLYVRMMQNPAVYSVPPDQLDNDPVLLQFRVDLVHTAATILDKTNLIKYDRSGKTFQPTALGRVASYFYVSHQTMARYNEYLKPTMSDIEIFRLFSLSGEFSHIVVKDEEKLELGRLASRVPIPIKESVDEPTAKVNALLQAYISQLKLEGYALVSDMTYVQQSAARLCRALFEVALKRGWAALAEKTLDLCKMVERRCWLSQSPLRQFRLLPEVIVRKLERKEIAWDRYYDLKPADLGELVKLPRMGKTLHRLVHQFPRVELAASVQPITRALLRVELTITPDFLFEQKVHDYAVLFWILVEDVDGEKILHHEPFLLKQRYADKEHMVTFTVPIKDPLPPNYFIKVISDRWMHSEAVLPVSFRNLILPAKYPPHSELLDLQPLPVSALKNKDFEKVYSDKGIQFFNAIQTQVFQELHDSDANVLVCAPTGSGKTVCAELALMRLFSTNPLA--RAVYIAPKAEIASLKFQSWSKSLGEGLGKTVVELTGEAAADLKLLERGTVIVATAQHWDALSRRWKQRKNVQDVALLIADELHLLGGPEGPTLEVVVSRMRYISSQLEKKCRIVGLSASLANAKDVGDWIGATAHSLVSFRPDVRPVVLELKLHGFDVNHFGSRMLAMAKPAYNYVVGGTAAPDNKPAIVFVPSRKQSQLTAIDLVTYAAAD-GEPNRFLTVEEEEIAPVVETVREPALQQTLGHGVGFVHQGMLESDRKRVEGLYRDGIIKASGSEWMGTNAVLVVPFGMCWGLDLSASLVVVMGTESYDGREHKYVDYPVTDLLHMTGLASRPLLDSSGRAVLLCHTPKREYLRKLLYEPLPIESHLDHVLAEHMNAEIVTKTIENKQDAVDYLTWTFYYRRLTQNPNYYDMGGSSHRHLSDHLSELVERIVGDLEEARAVAVEDEMNLSALNLGMIAAYYYLQYTTIELFANSVTAKTKLRGLLDIVASASEFNELPVRQQEEKALQMLANHLPQKLPNDWQFSDTNAKAHVLLQSHFSRTALSTDLRGDQKVVLLDAVRLLQAVVDVISSNGWLKPALEAMELSQMIVQGVWAKDSYLRQIPHFSPEVVLRCE---GAGVESPFDIMGLEDEERDRLLDMPQSKMADVANFCNAFPNVEMGFEVQDSDEITAGDPVSLVVTLERDGEEDEEEPEGGWGKVCAPLYPKAKTEAWWVVVGEKKRNTLLAIKRVTLQRKTRAKLEFAAPDEVGEHTLELFLMCDSYVGCDQEYAVDLMVGAAGSDDDSD 1329
            Y+PEKG W ELSPLDV+QM+GRAGRPQYDS GE I++T HSELQYYLSL NQQLPIESQ++SKLAD LNAEIV GTVQ+  +A  W+GYTYLYVRM++NP +Y + PD L  D  L + R DL+H+AATILD+ NLIKYDR    FQ T LGR+ASY+Y++H T++ YNE+LKPTM DIE+ RLFSLS EF ++ V+ +EK+EL +L  RVPIPIKES++EP+AK+N LLQAYISQLKLEG +L SDM ++ QSA RL RALFE+ +KRGWA LAEK L+LCKMV +R W  Q+PLRQF  +P  I+ KLE+K++AW+RYYDL   ++GEL++ P+MG+TLH+ +HQFP++ LAA VQPITR +LRVEL ITPDF +E KVH Y   FW++VED DGE ILHHE F+LK++Y D++H + F VPI +PLPP YFI+V+SDRW+ S+ VLPVSFR+LILP KYPP +ELLDLQPLPV+AL+N  +E +Y +   + FN IQTQVF  L+++D NVLV APTGSGKT+CAE A++R     P +  RAVYIAP   +A  + + W +  G+GLG  VVEL GE A DLKLLE+G +I++T + WDALSRRWKQRK+VQ V+L I DELHL+GG  GP LEV+VSRMRYI+SQ E K RIV LS SLANAKD+G+WIGAT+H L +F P VRPV LE+ + G D+ +F +RM AM KP Y  +V    A + KPA+VFVP+RK ++LTA+DL+TY++ D GE   FL    EE+ P +  V+EP L +TL HGVG++H+G+   D++ V  L+  G I+           V V    MCWG+ LSA LVVVMGT+ YDGRE+ + DYPVTDLL M G ASRPLLD+SG+ V+LCH P++EY +K LYE  P+ESHL H L +++NAEIV   IENKQDAVDYLTWTF YRRLTQNPNYY++ G SHRHLSDHLSELVE  + DLE ++ V +EDEM+LS LNLGMIA+YYY+ YTTIE F++S+T+KTK++GLLDI+ASASE+ +LP+R  EE++++ L NH      N  + +D + KA+ LLQ+HFSR  +  +L  DQ+ VLL A RLLQA+VDVISSNGWL  AL AME+SQM+ QG+W +DS L Q+PHF+ E+  +C+   G  +E+ FD++ +ED+ER  LL M  S++ D+A FCN FPN++M +EV +SD + AGD V+L+VTLERD E   E      G V AP YPKAK E WW+VVG+ K N LLAIKRV+LQRK++ KLEF+AP E G  +  L+ MCDSY+GCDQEY+  +  GAA  DD  D
Sbjct:  865 YNPEKGVWTELSPLDVMQMLGRAGRPQYDSYGEGIILTGHSELQYYLSLMNQQLPIESQFISKLADQLNAEIVLGTVQNAKEACYWIGYTYLYVRMVRNPTLYGLAPDVLTRDITLEERRADLIHSAATILDRNNLIKYDRKSGYFQVTDLGRIASYYYITHGTISTYNEHLKPTMGDIELCRLFSLSEEFKYVTVRQDEKMELAKLLDRVPIPIKESLEEPSAKINVLLQAYISQLKLEGLSLTSDMVFITQSAGRLLRALFEIVVKRGWAQLAEKALNLCKMVNKRMWSVQTPLRQFNGIPNEILMKLEKKDLAWERYYDLSSQEIGELIRFPKMGRTLHKFIHQFPKLNLAAHVQPITRTVLRVELMITPDFQWEDKVHGYVEPFWVIVEDNDGEYILHHEYFMLKKQYIDEDHTLNFIVPIYEPLPPQYFIRVVSDRWLGSQTVLPVSFRHLILPEKYPPPTELLDLQPLPVTALRNPSYEALYQE--FKHFNPIQTQVFTVLYNTDDNVLVAAPTGSGKTICAEFAILRNHQKGPESTMRAVYIAPIEALAKERCRDWERKFGKGLGMRVVELIGETATDLKLLEKGQIIISTPEKWDALSRRWKQRKHVQQVSLFIIDELHLIGGLGGPVLEVIVSRMRYIASQGENKIRIVALSTSLANAKDLGEWIGATSHGLFNFPPGVRPVPLEIHIQGVDIANFEARMQAMTKPTYTAIV--QHAKNGKPALVFVPTRKHARLTAVDLMTYSSVDSGEKPAFLLRPVEELEPFISKVKEPMLSETLRHGVGYLHEGLSSIDQEVVSHLFEAGWIQ-----------VCVASSSMCWGMPLSAHLVVVMGTQYYDGRENAHTDYPVTDLLQMMGHASRPLLDNSGKCVILCHAPRKEYYKKFLYEAFPVESHLQHYLHDNLNAEIVVGVIENKQDAVDYLTWTFMYRRLTQNPNYYNLQGVSHRHLSDHLSELVENTLTDLEASKCVTIEDEMDLSPLNLGMIASYYYISYTTIERFSSSLTSKTKMKGLLDILASASEYAQLPIRPGEEESIRRLINHQRFSFENP-KCTDPHVKANALLQAHFSRHTVVGNLASDQREVLLSASRLLQAMVDVISSNGWLSLALLAMEVSQMVTQGMWERDSMLLQLPHFTKELAKKCQENPGKSIETVFDLVEMEDDERRELLQMSDSQLLDIARFCNRFPNIDMTYEVMESDSVRAGDDVTLLVTLERDLEGRSEV-----GPVDAPRYPKAKEEGWWLVVGDTKTNQLLAIKRVSLQRKSKVKLEFSAPSEAGRKSYTLYFMCDSYLGCDQEYSFSIEAGAADDDDGRD 2177