prot_P-fluviatile_contig58.12222.1 (polypeptide) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig58.12222.1 vs. uniprot
Match: D8LHU3_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LHU3_ECTSI)

HSP 1 Score: 2261 bits (5860), Expect = 0.000e+0
Identity = 1725/3445 (50.07%), Postives = 1986/3445 (57.65%), Query Frame = 0

Query:  263 KRKSTGTPDRRPKKGKVQKGGTTSVVESTAGEEEGEEGDPSTPPGASPFPNWAEDSEEMVGSRVRVYWDGDNEWYSGRIVRFKATLPKPYLVRYDEDGSVEWMNLPKEPAIVAREVVWVKMRSHPWWPAQVYQPTGPKAMQDNMIEVKDRHAFVVFFKTDESGFVPVGQNVIQSFHSRKDLLNTAKKPSKGLEKAITAAEVELGIMAEVRAAITKAPRRPSDAKAGGGVARGAKARRGVAAQAQAGSSGAGDERVSTFADPRFGR-DPSSGGAVFPRAPPMPSGILSYGKIGVDGAVGGMADLESLPPPMSMMERVXXXXXXXXXXRHVRQRQHYQQDEAGADYGDSSVASERTWRSSSFAGSDDGMGSMSASVVGDSEECGSVAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRAARGGKGXXXXXXXXXXXXXXXXXXXXXXXX--DGFGLVGKTIKLHRDDVDYPNGRWCVADVRQWSRSQQKHLLSYRGLGAAWLQPGWIKLEDKRMVQVVNVAPSTVARVDRAPFARMLVSRMECPSPSTHHAIEICWSIASQVKPVMVTQVTHALRLFLFMLFSSRSLFERRQTYTLIFC-LLSAEIFSAPIASCRGFTFTIHACGLNFQNPSTVLNFAGHIPGVGSRSSTRCSPLDFVEVANVVRGKAQESINSNKESAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAADEAGVYAAKQRIPASDAPTXXXXXXXXXXXXXXSTGESAGGTRSDEEATTRLADFKAGGGGDARERAS--PAADAAKGTPSDAAGATANGTASAPSREGEPATKLPAGVASSPASAPTAXXXXXSPAVADEPGAESTTSPAVDKGIEADLSSAKEGEIXXXXXXXXXXXXXXXXXXXXXXXPIPTDAVPQQGEAQAIPAIAGGASAADAGTGADEAMEALGVDSAQPADVTMEDVEGGNRAAAPTASADVAAPDAAPFASLEGAKDEDATDPASFAAAPAGDKTKLEEEXXXXXXPAAPGGTPAANPVDGSKAVEGQPAPXXXXXXXXXXKAAGVVAPRGLVRRDGNSGPACKMCESKWDQDQTLVCCTCLMHYHPSCLDPPMAPREVASLAHGKEDWRCDYCQTCDGCGKGNKNEPREGGSLLVCTERGKVHHAHLDGPEMAERSQRAHEKVWLCMPCVGKYKNRNYCPKCGVTYVEDDNSVQAVGCSACEFWVHAGCEGLSREDYQMLVDGKDTWFGGEYLCPICRDRAMVHMLGELDRADVLGMFRHPVTEEIAADYFTIVKEPMDLSTMKQKVATGQYKTLQEMRDDCELMTKNALLFNRAPGEYHNRARDYFKITQIAWDSLQAQPANMTSAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLPESHSHPYQTKAGVHAKVVHEQQLLSRPRTVRPAPGSGVRKDLLTGRTQPIKLRPLEKNPDPDPSLGLAKAPVTSWLDPAQAFMTQWLDLCLYCGCAGWEQQEKAPTVVAAAVSGGGSTCSASHAHGGVSGCSRPCASGVCEVCTESSEKDESLLLMCELCDRAYHTYCLKPDPGRPPDGTWICGQCVACKTCGDPQVFTSWSSTKEQCQSCVLAARREEGLRELEARRVLLSCELRRRRAVARETEALVEVARDTAILAAAGHDMSASSSAPXXXXXXXXXXXXXARDAQDRASLSCARAQDTLAKPLSSVTARWDRSGVAGECEGKCPVCKKRWDPNDDGMAECDSCKLWVHQGCDKGVSLVFDHHGHEYFCKTCLGQDVIELRCSRLDVPEPPASHTTEPEAVSVVRAAAVNAEAAADRAAVARRDSKVRAAVVAAAGVDEAKGALAAAEDALRAAKAXXXXXXXXXXXXXXXXXXXRQTVWKLKDAELRRCGLPAGIGEERNRWNGSHMTGCGGSEGCVPEPRECHLGGTVATMILCRRVRKIQERRRRVVEVRDQERCRRSRDERQFKAWQEDRLRCQAVMDMALDRVEQLRVPNKHADITTRIATTYQEQAKVPYWLRTRAARFVRMQRYRLGERLREHRRTQRQMGIEPHVSYLMSRVLSASAFLAVSGVELTLPWPDEFTKQMALQPPCFLLEGVAARGDGSVGPEGLPPAPSARMPGKLL----SRQEKTSTCSSVEAAEHSPPALHQQXXXXXXLQTQAQXXXXX---EYEEQLEMFRRRQANGGGGEMNRYPGDCPPLSPGSPSARSSSPVGGGAMQVNHRQADAHP-AKGLPVETSAAVIAAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAVVANHNGHXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGDPVMSLSIARELEVRSAEAAAAANREVHKARDAVARANAAAAVAAQRSARAVEDXXXXXXXXVDAADAVANGAGAGGA--AGVVARVGPRAIPIPKRTRRKDSGPVMTGVG-----GGFEEPAGGDAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXM---KQGLVARGFDSGTLEKLRTAPLSGWGKDVEAELGPWEDIRPCCLCKCTGDGDGAGRLLPLDDGHWIHTHCGLWSSEVYEKPSEGMGQIRELYKARGRGRQLECTLCNESGATVDCSVAKCEEVFHFECGVEAGCVFYANMDIACPLHHEDGTADADGRTRGPFAATFAVEEDAAVSAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTAPAAAIGEAFSAPESVTNAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAPVAAPEPAVKTKSRAELVVDPPRYLEAIRPPGKPGKQTPSWDDDYSMRVGALTVQKLGKLATDLPGSHCKTHIYPVGFRSSRIFWSTKRPLQRTLYVCEILDGATLTSSQLRQADTVLGAGRKRGRSELSDDLLVAAAGAGAVLGGVGKGKARRRNGDGRDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAD--MMDVDGNDTTTGHARKGHRDSNGNGDGNAKSSAPVTLSGAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSSFQGVLFRVTRADDPERPLIDSDLERLYRRISEAVDESLAPLREADPCFLRHRNTRSSFGLNGAQFFGVGYEAVRSAVEAWPDAVSAAVTPEGDPESRQYRFVISLPSEETVVAWQRRQAAEKAGVKENPNGCARVEVLSESSNTARTGRITRTLVRAAEKLVSGEGGDGCXXXXXXXXXXXXXXXXXXQSQYRVLKSMPTGHGLKVRRSHIHGWGLFALEEFPRDTMLVEYMGEVVRQCVADLREIKYEEMGVGSCYLFRADSDAIVDATRKGNLARFINHCCDPNAIARIVSLESTKK--IIIVAKRNIKPGEEITYDYKFEREDGQKLPCHCGADTCYGSMN 3679
            KRK+ G P R+PKKGK  KG   + VE+   E  G   D S+PP  SPFPNWAEDS EMVGSRVRVYWDGDNEWYSGRIVRFK+T  +PYLVRYDEDGSVEW+NLP++PAIVAR+VVWVKMRSHPWWPAQVYQPTGPKAMQD MIEVK+RHAFVVFFKTDESGFVPVGQNVIQSF SR+DL N AKKPSKGLEKAI AA+ E+G MAE  AA                         G+AA+++    G    R   +A  +  + D ++  A  P            G++                                   R +R +++   DE        SVASE            DG GS+SAS +GDSE+CGSV+            XXXXXXXXXXXXXXXXXX      XXXXXXXX        XXXXXXXXXXXXX             +GFGLVGKTIKLHRDDVDYPNGRWCVADV+QWSR+QQKHLLSYRG+G+AWL PGW+KLE+KR  +VV+V                                                                                 + +      +AS  G +       +   + ST     G          T   P D     N  +G    ++   + S                                                                     +A   G  +     PA     XXXXXXXXXXXXXX          +D+     +   +  G  DA+  A+   AADA       A    A G    PS  G+   +  A  A+                         TT+P+V  G E  +  A EG  XXXXXXXXXX                TD V     ++ +    GGA A+                                       S DVA  +AAP ++ +G K          AA       ++E        PAA    P A          G+             K+A VVAPRGLVRRDGNSG  CKMC+SKWD+DQTLVC TCLMHYHP CLDPPM PRE+AS AH KE+WRCDYCQTC GCGKGN++E R GG  LVC ERGKVHH HLD PE  +   RA EK+WLC PC+ KYK RNYCPKCGVTY E DN VQA+GC+ACEFWVHA CEGLS  +YQMLVDGKD+WFG EYLCP+CR+RAM HMLGEL RADV+GMF  PVT  IAA+YF IVKEPMDL TM+ KV TGQY TLQEMR+DCELM+KNALLFNRAPGE                       A  T A                                                       +  S PYQTKAGVHAK VHEQQLLSRP+TVR A  +GVRKDLLTGRTQPIKLRPLEK+PDPD ++GL + P+ +W                                                               VCEVCTE+++ DESLLLMCELCDRAYHTYCL P   +PP+GTWICGQC++C TC  PQV+TSWSSTK+ CQ C+L  RREEGL+ELEARR +LSCELRRRRAV RET+A ++  RD A  A      S+ SS                R+A++R +    +A+D L KPL+ V+++WDR  VA +C+G CPVCKK+ D +DD +AECD CKLWVH  CDKGV LV +H   ++FCK CLGQD +ELRC+RLDVP PPASH   P AV+  +AAA   E AA+ A V RR SK RA+VVA A V+EAK A  AA++++  A+                    RQ VWKL   E                W+           G V  PR+ HLGGT     LCRRV  IQERR+RVVEVRDQERCRR RDERQF+AW++ R++ QAV+DMALDR+EQLR+P+K  D+  RIA+T QEQAKVPYWLRTRAARFVRMQRYRLGER+R  +R  R +GI+PH+S+LMSRVLSA+AFLAVSGVELTLPWPDE TKQMALQPP FLLEG   + + +   EGLPPAP+ R PG LL    SR+E  S+ ++VE  + SP      XXXXXX      XXXXX   EYE QLEMFRRRQANGGGG+M  YPGDCPPLSP S S  SS      A    H QAD H  + GLP ++SAA     XXXXXXXXXXXX             XXXXXXXXXXXX         XXXXXXXXXXXXXXXXXX           G   +SL  ARE+E ++A AA AA  +   AR  +A+                  XXXXXXXX   A  V   A   G   AG     G              S  V  G G     G    P G                        XXXXXXXXXXXX     K+ LV+   D GTL++L+T PL GWGK+VE ELG W+D+R CCLCK TGDGD  GRLLPLDDG WIHT CGLWS EVYE  +   G I ELYKARGRGR LEC+LC E GATVDCS  KCEEV+H+EC ++AGCVFY N+D++CPLHHE+G A++ G T  PF                                                   P ++ G   +A E    +    XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX P         TKSRAELV DP R++EA R   K   + PSW D Y++RVGA+T+QKLG+LA  L GSH K+H++PVGFRSSRIFWS+K PLQRTLYVCEILDG+ LT   LR  + VLGAG+KR R                                   XXXXXXXXXXXXXXXXXX    XXXXXXXXXXXXXXX    M D DG D+  G A           DGNA+       +  A         XXXXXXXXXXXXX           S++GV+FRVT  DDP   +IDS L+RLY R+  AVDE L PLR+ DPCF R R   +SFGLNG QFFG+GY+AVRSA+EAWPDAVSAAVTPE DPE RQYRFV++LPSEETVVAWQRRQAAEKAGVKENPNGCAR EVLSESS+TARTGRITRTLVRAAEKL + +GGD  XXXXXXXXXXXXXXXXXX +QYR+LK+ PTG+GLKVRRSHIHGWGLFALEEFP+D MLVEYMGEVVRQCVADLRE+KYEEMGVGSCYLFRAD+DAIVDATRKGNLARFINHCCDPNAIARIV+LE TKK  IIIVAKR IKPGEEITYDYKFEREDGQ L CHCGAD CYGSMN
Sbjct:  216 KRKTPGKPGRKPKKGKADKGEGLASVEAAVPEAGG---DLSSPPAVSPFPNWAEDSYEMVGSRVRVYWDGDNEWYSGRIVRFKSTQREPYLVRYDEDGSVEWLNLPEQPAIVARQVVWVKMRSHPWWPAQVYQPTGPKAMQDGMIEVKERHAFVVFFKTDESGFVPVGQNVIQSFASRQDLANPAKKPSKGLEKAIIAAKSEIGNMAEAAAA-------------------------GLAARSRGRQRG---RRQGAWAREKGSKLDRAAAAAATP------------GRVA----------------------------------RTLRTQRNRDLDEISR----GSVASE------------DGGGSISASHLGDSEDCGSVSGSVAESTDGDVGXXXXXXXXXXXXXXXXXXGGVSRRXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRRRVSDAGGKQPKEGFGLVGKTIKLHRDDVDYPNGRWCVADVQQWSRTQQKHLLSYRGVGSAWLPPGWLKLEEKRKAEVVSVPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPAVGSGXXXXXVASKDGGSXXXXXEAIGDGSSSTCRKENG----------TPRPPADDRNGKNDGKGAGAAAVQPAESSV--------------------------------------------------------------------SATADGATSLDTLPPAXXXXXXXXXXXXXXXXXXXXXXXXGAAPVTDDVTGEGIGKREKSGTDDAKAAAAGDDAADAVVPEGVRAVSTAAEGGGVTPSGTGKDTKQATADAAT-------------------------TTAPSVVAGQEGGVPLAPEGXXXXXXXXXXXXDDLEM-----------TDVVAPGASSKLLKVEDGGAGAS---------------------------------------STDVAMSEAAPLSAAQGTK-------VPAAAXXXXXXAEVERTPKQEGDPAASASKPEAAETXXXX-XXGEEGTPESPPAASTAKSARVVAPRGLVRRDGNSGAPCKMCKSKWDRDQTLVCSTCLMHYHPGCLDPPMTPREIASHAHSKEEWRCDYCQTCQGCGKGNEDEMRRGGDPLVCHERGKVHHVHLDAPEGCDPGPRAQEKIWLCSPCLDKYKERNYCPKCGVTYDEHDNMVQAIGCAACEFWVHASCEGLSTAEYQMLVDGKDSWFGAEYLCPVCRNRAMAHMLGELQRADVVGMFAQPVTTAIAANYFLIVKEPMDLKTMRHKVHTGQYNTLQEMRNDCELMSKNALLFNRAPGE-----------------------AVPTPA-------------------------------------------------------KGQSQPYQTKAGVHAKAVHEQQLLSRPKTVR-AVSAGVRKDLLTGRTQPIKLRPLEKSPDPDAAVGLQRQPIAAW---------------------------------------------------------------VCEVCTETAKSDESLLLMCELCDRAYHTYCLTPSTDKPPEGTWICGQCISCTTCDAPQVYTSWSSTKDSCQECILKKRREEGLQELEARREVLSCELRRRRAVYRETQARMDTVRDGAGDAYPPPARSSVSS----------------REAKERTAFQ--KAKDALTKPLNGVSSQWDRGRVAADCDGSCPVCKKKSDGHDDNVAECDCCKLWVHHACDKGVGLVLEHPELDFFCKACLGQDKMELRCTRLDVPGPPASHAVTPAAVAAGKAAASRTEDAAEAAFVERRLSKERASVVATAAVEEAKAAQKAADNSVHFAQVREAAAVAEEKRATAKAAEARQAVWKLSGEEXXXXXXXXXXXXXXXXWDVG---------GAVDPPRDTHLGGTAXXXALCRRVALIQERRKRVVEVRDQERCRRRRDERQFEAWEKSRVQSQAVVDMALDRIEQLRMPDKQDDVINRIASTSQEQAKVPYWLRTRAARFVRMQRYRLGERIRAQQRAHRAVGIQPHISHLMSRVLSAAAFLAVSGVELTLPWPDELTKQMALQPPHFLLEG-GRKSESAADVEGLPPAPAPRTPGPLLGCAGSRKEALSSPTAVER-QQSPTXXXXXXXXXXXXXXXXXXXXXXVDPEYEAQLEMFRRRQANGGGGQMAHYPGDCPPLSPESHSPPSSPDR---AADARHPQADHHRLSSGLPADSSAAXXXXXXXXXXXXXXXXXICSPPSYPRHQHLXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDQTSST-----GGVPLSLPSAREVEAKAAAAAVAAEAQSRIARKDLAKXXXXXXXXXXXXXXXXXXXXXXXXXXXXXASGVMAPAPLPGRRIAGHPRTGGGPXXXXXXXXXXXXSADVGAGDGLDSNSGSLGAPEGNSCSSGGGGSGSLKGAQELAATAIXXXXXXXXXXXXTAARDKEMLVSGVIDDGTLDELKTVPLRGWGKNVETELGRWQDVRACCLCKATGDGDKTGRLLPLDDGQWIHTLCGLWSREVYENQNN-FGTICELYKARGRGRLLECSLCKEPGATVDCSSHKCEEVYHYECALDAGCVFYNNLDVSCPLHHEEGVANSHGTTVAPF---------------------------------------------------PLSSTGSVAAATEGAAGSRAPTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPWGK-----MTKSRAELVADPYRFMEATRGSTKGAWKVPSWSDGYALRVGAVTIQKLGRLAPQLAGSHTKSHMFPVGFRSSRIFWSSKNPLQRTLYVCEILDGSKLTDHPLRHDEVVLGAGKKRKRPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTGGSXXXXXXXXXXXXXXXXXXAMDDQDGVDSEAGGAPPPRDSDPMEVDGNARDRGDGDKTAPAGGGSTKWDGXXXXXXXXXXXXX-----------SYRGVVFRVTMMDDPGTAMIDSSLDRLYTRVVAAVDECLQPLRKMDPCFRRRRTGHASFGLNGPQFFGIGYDAVRSAMEAWPDAVSAAVTPEDDPE-RQYRFVMNLPSEETVVAWQRRQAAEKAGVKENPNGCARAEVLSESSSTARTGRITRTLVRAAEKLGAADGGDAXXXXXXXXXXXXXXXXXXXXAQYRMLKTQPTGYGLKVRRSHIHGWGLFALEEFPKDAMLVEYMGEVVRQCVADLREVKYEEMGVGSCYLFRADADAIVDATRKGNLARFINHCCDPNAIARIVNLEGTKKKKIIIVAKRQIKPGEEITYDYKFEREDGQ-LSCHCGADVCYGSMN 3157          

BLAST of mRNA_P-fluviatile_contig58.12222.1 vs. uniprot
Match: A0A6H5KG36_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KG36_9PHAE)

HSP 1 Score: 1204 bits (3115), Expect = 0.000e+0
Identity = 1080/2312 (46.71%), Postives = 1244/2312 (53.81%), Query Frame = 0

Query:  497 ARRGVAAQAQAGSSGAGDERVSTFADPRFGRDPSSGGAV--FPRAPPM---PSGILSYGKIGVDGAVGGMADLESLPPPMSMMERVXXXXXXXXXXRHVRQRQHYQQDEAGADYGDSSV-ASERTWRSSSFAGSDDGMGSMSASVVGDSEECGSVAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRAA-------------------------------RGGKGXXXXXXXXXXXXXXXXXXXXXXXXDGFGLVGKTIKLHRDDVDYPNGRWCVADVRQWSRSQQKHLLSYRGLGAAWLQPGWIKLEDKRMVQVVNVAPSTVARVDRAPFARMLVSRMECPSPSTHHAIEICWSIASQVKPVMVTQVTHALRLFLFMLFSSRSLFERRQTYTLIFCLLSAEIFSAPIASCRGFTFTIHACGLNFQNPSTVLNFAGHIPGVGSRSSTRCSPLDFVEVANVVRGKAQESINSNKESAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXA--------------ADEAGVYAAKQRIPASDAPTXXXXXXXXXXXXXX-------STGESAGGTRSDEEATTRLADFKAGGGGDARERASPAADAAKGTPSDAAGATANGTASAPSREGEPATKLPAGVASSPASAPTAXXXXXSPAVADEPGAESTTSPAVDKGIEADLSSAKEGEIXXXXXXXXXXXXXXXXXXXXXXXPIPTDAVPQQGEAQAIPAIAGGASAADAGTGADE----------------AMEALGVDSAQPA-------------DVTMEDV------------EGGNRAAAPTASADVAAPDAAPFASLEGAKDEDATDPASFAAAPAGDKTKLEEEXXXXXXPAAP--GGTPAANPVDGSKAVEGQPAPXXXXXXXXXX---------------KAAGVVAPRGLVRRDGNSGPACKMCESKWDQDQTLVCCTCLMHYHPSCLDPPMAPREVASLAHGKEDWRCDYCQTCDGCGKGNKNEPREGGSLLVCTERGKVHHAHLDGPEMAERSQRAHEKV-------WLCMPCVGKYKNRNYCPKCGVTYVEDDNSVQAVGCSACEFWVHAGCEGLSREDYQMLVDGKDTWFGGEYLCPICRDRAMVHMLGELDRADVLGMFRHPVTEEIAADYFTIVKEPMDLSTMKQKVATGQYKTLQEMRDDCELMTKNALLFNRAPGEYHNRARDYFKITQIAWDSLQAQPANMTSAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXL--------------PESHSHPYQTKAGVHAKVVHEQQLLSRPRTVRPAPGSGVRKDLLTGRTQPIKLRPLEKNPDPDPSLGLAKAPVTSWLDPAQAFMTQWLDLCLYCGCAGWEQQE-----------------------------------------------------------KAPTVVAAAVSGGGSTCSASHAHGGVSGCSRP-----CAS------------------------------GVCEVCTESSEKDESLLLMCELCDRAYHTYCLKPDPGRPPDGTWICGQCVACKTCGDPQVFTSWSSTKEQCQSCVLAARREEGLRELEARRVLLSCELRRRRAVARETEALVEVARDTAILAAAGHDMSASSSAPXXXXXXXXXXXXXARDAQDRASLSCARAQDTLAKPLSSVTARWDRSGVAGECEGKCPVCKKRWDPNDDGMAECDSCKLWVHQGCDKGVSLVFDHHGHEYFCKTCLGQDVIELRCSRLDVPEPPASHTTEPEAVSVVRAAAVNAEAAADRAAVARRDSKVRAAVVAAAGVDEAKGALAAAEDALRAAKAXXXXXXXXXXXXXXXXXXXRQTVWKLKDAELRRCGLPAGIGEERNRWNGSHMTGCGGSE--GCVPEPRECHLGGTVATMILCRRVRKIQERRRRVVEVRDQERCRRSRDERQFKAWQEDRLRCQAVMDMALDRVEQLRVPNKHADITTRIATTYQEQAKVPYWLRTRAARFVRMQRYRLGERLREHRRTQRQMGIEPHVSYLMSRVLSASAFLAVSGVELTLPWPDEFTKQMALQPPCFLLEGVAARGDGSVGPEGLPPAPSARMPGKLLS----RQEKTSTCSSVEAAEHSPPALHQQXXXXXXLQT---------------QAQXXXXXEYEEQLEMFRRRQANGGGGEMNRYPGDCPPLSPGSPSARSSSPVGGGAMQVNHRQADAHP-AKGLPVETSAAVIAAA 2555
            AR G  A++  G +GA     S  ADPRFGRD S+ G     PR PP    P+G   + +IG DG +G  A L +LPPPMSMMERV        XX                        AS RTWRS S A S+DG GS+SAS +GDSE+CGSV+                XXXXXXXXXXXXXXXXXXXXXXXXXXXX                                    G+                         +GFGLVGKTIKLHRDDVDYPNGRWCVADV+QWSR+QQKHLLSYRG+G+AWL PGW+KLE+KR  QVV+VAP+  A            +   C SP+                                          RR                                              GH+PGVGSRSSTRCSPLDF+E   VV  K+Q +        XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX                D  G       + AS+A       XXXXXXXXX       + G+ +  T   E  T R       G  D +  A   A+ +   P+ A GAT + T         PA                 XXXXX                  +K    D  +A  GE                           TDAV  +G  +A+   A G     +G G D                 A +  GV SA                DV M DV            E G   A+ T   DVA  +AAP ++ +G K            APA         XXXXX    P  GG PAA       A       XXXXXXXXXX               K++ VVAPRGLVRRDGNSG  CKMC+SKWD+DQTLVC TCLMHYHP CLDPPM PRE+AS AH KE+WRCDYCQTC GCGKGN+ E R GG  LVC ERGKVHH HLD PE ++   RA EKV       WLC PC+ KYK RNYCPKCGVTY E DN VQA+GC+ACEFWVHA CEGLS  +YQMLVDGKD+WFG +YLCP+CR+RAM HMLGEL                       IVKEPMDL TM+ KV TGQY TLQEMR+DCELM+KNALLFNRAPGEYHNRARDYFKITQIAWDSLQAQPANM++  XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX               P+  S PYQTKAGVHAK VHEQQLLSRP+TVR A  +GVRKDLLTGRTQPIKLRPLEK+PDPD S+GL + P+ +W+   Q+ MT+WLDLCL+CGCAGWEQQ                                                                     V+ G   C+     GG +G ++P     CA                                VCEVCTE+++ DESLLLMCELCDRAYHTYCL P   +PP+GTWICGQC++C TC  PQV+TSWSSTK+ CQ C+L  RREEGL+ELEARR LLSCELRRRRAV RET+A ++  RD A  A A    S+ SS                R+A++R +   AR  D L KPL+ V+++WDR  VA +C+G CPVCKK+ D +DD +AECD CKLWVH  CDKGV LV +              ++  L          P +       V+  +A A  AE  AD A V RR SK RA+VVAAA V+EAK A  AA++ +  A+                    RQ VWKL              GEER R  G    G GG +  G V  PR+ HLGGT A   LCRRV  IQERR+RV                             AV+DMALDR+EQLR+P+K  D+  RIA+T QEQ+KVPYWLRTRAARFVRMQRYRLGER+R  +R  R +GI+PH+S+LMSRVLSA+AFLAVSGVELTLPWPDE TKQMALQPP FLLEG   +G+ +   +GLPPAP+ R PG LL     R+E  S  ++VE  + SP ++ QQ       Q                  Q     EYE QLEMFRRRQANGGGG+M  YPGDCPPLSP S S  SS      A      QAD H  + GLP ++SAAV+AAA
Sbjct:  478 AREGQQARSGGGDAGARGLYPSNSADPRFGRDFSAVGGSDNHPRGPPAAPPPAGTFPFNRIGSDGVMGA-AQLRNLPPPMSMMERVVGREAGVGXXXXXXXXXXXXXXXXXXXXXXXXXSASGRTWRSGSVA-SEDGGGSISASHLGDSEDCGSVSGSVAGSTDGDVGGGGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXESGQKPRRGNPAASGSRRRVSEAGGKQPKEGFGLVGKTIKLHRDDVDYPNGRWCVADVQQWSRTQQKHLLSYRGVGSAWLPPGWLKLEEKRKAQVVSVAPAADA------------AHPSCDSPNI----------------------------------------SRRX---------------------------------------------GHVPGVGSRSSTRCSPLDFLEAPTVVTPKSQTASGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQGKGNGDGGGSKCGVGAMRASEAGAVTSTVXXXXXXXXXXXXXTDVANGDGSSSTCRKENGTPRPTADDQNGSNDGKGAAVQPAELS--VPATADGATLSDTL-------PPAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVIGKREKSRTNDAKAAAAGEDV-------------------------TDAVVPEG-VRAVSTAAEGGGVTSSGRGKDTKQATADAATTTAPSVIAGQEGGVPSAXXXXXXXXXXXXXXSDDVEMTDVVARGAPSKSPKVEDGGAGASST---DVAMSEAAPLSAAQGTK------------APAXXXXXXXXXXXXXXVERTPKRGGDPAAGAFKPEAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXKSSRVVAPRGLVRRDGNSGAPCKMCKSKWDRDQTLVCSTCLMHYHPGCLDPPMTPREIASHAHSKEEWRCDYCQTCQGCGKGNEGEMRRGGDPLVCHERGKVHHVHLDAPEGSDPGPRAQEKVGRRRVTLWLCSPCLDKYKERNYCPKCGVTYDEHDNMVQAIGCAACEFWVHASCEGLSTAEYQMLVDGKDSWFGADYLCPVCRNRAMAHMLGELQ----------------------IVKEPMDLKTMRHKVHTGQYNTLQEMRNDCELMSKNALLFNRAPGEYHNRARDYFKITQIAWDSLQAQPANMSTTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXASAEAVPTPPKGQSQPYQTKAGVHAKAVHEQQLLSRPKTVR-AVSTGVRKDLLTGRTQPIKLRPLEKSPDPDASVGLQRQPIAAWVSRPQSLMTEWLDLCLFCGCAGWEQQAYXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVANG---CAPEGQRGGKAGENQPFTRLFCADCGECFHRWCLPSNIVPLDKKALASWRCPNCKVCEVCTETAKSDESLLLMCELCDRAYHTYCLTPSTDKPPEGTWICGQCISCTTCTAPQVYTSWSSTKDSCQECILKKRREEGLQELEARRGLLSCELRRRRAVYRETQARMDTVRDGAGDAYAPPARSSVSS----------------REAKERTAFQKAR--DVLTKPLNGVSSQWDRGRVAADCDGSCPVCKKKSDVHDDNVAECDCCKLWVHHACDKGVGLVLEQ------------PEIYVL----------PGAGLVLEAGVAASKATASRAEDVADAALVERRLSKERASVVAAAAVEEAKAAQKAADNTVHFAQVREAAAVAEEKRATAKAAEARQAVWKLS-------------GEERRRMFGGRG-GQGGWDVGGAVDPPRDTHLGGTAAAAALCRRVALIQERRKRV-----------------------------AVVDMALDRIEQLRLPDKQDDVINRIASTSQEQSKVPYWLRTRAARFVRMQRYRLGERIRAQQRAHRAVGIQPHISHLMSRVLSAAAFLAVSGVELTLPWPDELTKQMALQPPHFLLEG-GRKGESAADVKGLPPAPAPRTPGPLLGCAGLRKEALSCTTAVER-QQSPTSVQQQCVQRHQQQLVQXXXXXXXXXXXXXXXQPHVDSEYEAQLEMFRRRQANGGGGQMAHYPGDCPPLSPESHSPPSSPDR---AADARLPQADHHRLSSGLPADSSAAVLAAA 2526          

BLAST of mRNA_P-fluviatile_contig58.12222.1 vs. uniprot
Match: A0A6H5KGL8_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KGL8_9PHAE)

HSP 1 Score: 642 bits (1655), Expect = 1.990e-202
Identity = 408/610 (66.89%), Postives = 451/610 (73.93%), Query Frame = 0

Query: 3073 TKSRAELVVDPPRYLEAIRPPGKPGKQTPSWDDDYSMRVGALTVQKLGKLATDLPGSHCKTHIYPVGFRSSRIFWSTKRPLQRTLYVCEILDGATLTSSQLRQADTVLGAGRKRGRSELSDDLLVAAAGAGAVLGGVGKGKARRRNGDGRDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXADMMDVDGNDTTTGHARKGHR-DSNGNGDGNAKSSAPVTLSGAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSSFQGVLFRVTRADDPERPLIDSDLERLYRRISEAVDESLAPLREADPCFLRHRNTRSSFGLNGAQFFGVGYEAVRSAVEAWPDAVSAAVTPEGDPESRQYRFVISLPSEETVVAWQRRQAAEKAGVKENPNGCARVEVLSESSNTARTGRITRTLVRAAEKLVSGEGGDGCXXXXXXXXXXXXXXXXXXQSQYRVLKSMPTGHGLKVRRSHIHGWGLFALEEFPRDTMLVEYMGEVVRQCVADLREIKYEEMGVGSCYLFRADSDAIVDATRKGNLARFINHCCDPNAIARIVSLESTKK--IIIVAKRNIKPGEEITYDYKFEREDGQKLPCHCGADTCYGSMN 3679
            TKSRAELV DP R++EA R   K   + PSW D Y++RVGA+T+QKLG+LA +L GSH K+HI+PVGFRSSRIFWS+K PLQRTLYVCEILDG+ LT   L+  + +LGAG+K                                      XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX  M D DG D+    A      D N    G+   +AP    G+        XXXXXXXXXX                SF+GV+FRVT  D P   +IDS L+RLYRR+  AVDE L PLR+ DPCF R R   +SFGLNG QFFG+GY+AVRSA+EAWPDAVSAAVTPE DPE RQYRFVI+LPSEETVVAWQRRQAAEKAGVKENPNGCAR EVLSESS+TARTGRITRTLVRAAEKL + +G D            XXXXXX  Q+QYR+LK+ PTG+GLKVRRSHIHGWGLFALEEFP+D MLVEYMGEVVRQCVADLRE+KYEEMGVGSCYLFRAD+DAIVDATRKGNLARFINHCCDPNAIARIV+LE TKK  IIIVAKR IKPGEEITYDYKFEREDGQ L CHCGAD CYGSMN
Sbjct:    2 TKSRAELVADPYRFMEAARGSTKGAWKIPSWSDGYALRVGAVTIQKLGRLAPELAGSHTKSHIFPVGFRSSRIFWSSKNPLQRTLYVCEILDGSKLTEHHLQHDEVILGAGKKXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAMDDQDGGDSGASRASDPMEVDGNARDRGDGDKTAPTVCGGSTGRDGGADXXXXXXXXXX----------------SFRGVVFRVTMMDHPGTAMIDSSLDRLYRRVVAAVDECLQPLRKMDPCFRRRRTGHASFGLNGPQFFGIGYDAVRSAMEAWPDAVSAAVTPEDDPE-RQYRFVINLPSEETVVAWQRRQAAEKAGVKENPNGCARAEVLSESSSTARTGRITRTLVRAAEKLGAADGSDAGGSGSLRGGLGXXXXXXSQQAQYRMLKTQPTGYGLKVRRSHIHGWGLFALEEFPKDAMLVEYMGEVVRQCVADLREVKYEEMGVGSCYLFRADADAIVDATRKGNLARFINHCCDPNAIARIVNLEGTKKKKIIIVAKRQIKPGEEITYDYKFEREDGQ-LSCHCGADVCYGSMN 593          

BLAST of mRNA_P-fluviatile_contig58.12222.1 vs. uniprot
Match: A0A7S1DDE7_CYCTE (Hypothetical protein n=1 Tax=Cyclophora tenuis TaxID=216820 RepID=A0A7S1DDE7_CYCTE)

HSP 1 Score: 265 bits (676), Expect = 8.300e-75
Identity = 150/354 (42.37%), Postives = 205/354 (57.91%), Query Frame = 0

Query: 3337 SFQGVLFRVTRADDPERPLIDSDLERLYRRISEAVDESLAPLREADPCF----LRHRNTRSSFGLNGAQFFGVGYEAVRSAVEAWPDAVSAAVTPEGDPESRQYRFVISLPSEETVVAWQRRQAAEKA-GVKENPNGCARVEVLSESSNTARTGRITRTLVRAA--EKLVSGEGGDGCXXXXXXXXXXXXXXXXXXQSQYRVLKSMPTGHGLKVRRSHIHGWGLFALEEFPRDTMLVEYMGEVVRQCVADLREIKYEEMGVGSCYLFRADSDAIVDATRKGNLARFINHCCDPNAIARIVSLEST----KKIIIVAKRNIKPGEEITYDYKFEREDGQKLPCHCGADTCYGSMN 3679
            S   +LF  T AD+P  P+    +  +Y  +   V    +        +    +R ++++ +FGLNG QFFG+G   +R  +EA  + V A V P  +  S  YRF    PS ETV+  QR++AA  A    EN +GCAR E ++  + +  +GRITR LVR+A  E  + G+  D                    Q +Y+ +KS+P    L  RRSHIHGWGLF   + P+D M+VEY+GE VRQC+ D RE  YE+ G+GSCY+FR D   IVDATR G++ARF+NHCC PNA A+++++++     KKI++ A R IK GEEITYDYKF  EDG  L C CGA  C G MN
Sbjct:   14 SRDSILFTATAADNPAHPITGRTVNEVYNTVVSRVHRINSEFYSKGNVYSKLPVRRKSSKKTFGLNGPQFFGIGLTHIRKRLEAL-EGVEAVVAPLTE-SSPSYRFCFKQPSIETVMGLQRKRAAAAAENALENASGCARTEGMTAFTRSGGSGRITRALVRSADGEPALLGKRTDA-------EEKKAKADRESNQQKYKEMKSVPLQERLAARRSHIHGWGLFCKIDLPKDAMIVEYVGETVRQCIGDKREQAYEKSGIGSCYMFRLDLQRIVDATRIGSMARFMNHCCKPNAYAKVIAVDTDFGPEKKIVVFANRAIKAGEEITYDYKFPVEDGS-LRCTCGAPNCIGRMN 357          

BLAST of mRNA_P-fluviatile_contig58.12222.1 vs. uniprot
Match: A0A7S2R6Y7_9STRA (Hypothetical protein n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2R6Y7_9STRA)

HSP 1 Score: 234 bits (598), Expect = 2.690e-64
Identity = 143/351 (40.74%), Postives = 197/351 (56.13%), Query Frame = 0

Query: 3342 LFRVTRADDPERPLIDSDLERLYRRISEAVD-ESLAPLREADPCFLRH---RNTRSSFGLNGAQFFGVGYEAVRSAVEAWPDAVSAAVTPE-----GDPE--SRQYRFVISLPSEETVVAWQRRQAAEKAGVKENPNGCARVEVLS-ESSNTARTGRITRTLVRAAEKLVSGEGGDGCXXXXXXXXXXXXXXXXXXQSQYRVLKSMPTGHGLKVRRSHIHGWGLFALEEFPRDTMLVEYMGEVVRQCVADLREIKYEEMGVGSCYLFRADSDAIVDATRKGNLARFINHCCDPNAIARIVSLES-TKKIIIVAKRNIKPGEEITYDYKFEREDGQKLPCHCGADTCYGSMN 3679
            +FRVT ADD E P++    E+++ ++ + V     A + E     L     R +R SFGL  AQ+ G G   V+  +E  P AV A V P      GDP+     Y     +PS+  ++  QR  AA+ A VK NP+GCAR E  +  SS  ++  R+TR L+     ++   G                       + Y+ ++S P  + L  +RSH+HGWGLF   E  +  M+VEYMGE +R  VADLRE +YE+ GVGSCYLFR D D IVDATRKG +ARFINH C+PNA  +++ L++  KKI+  A R ++ GEE+ YDYKF  ED +K+PCHCGA  C   +N
Sbjct:   18 IFRVTAADDLEHPIVGFTPEQVFGQLCKEVSTRRRAAIAEVIGQALTAPGPRKSRRSFGLTAAQWIGFGLSVVQRRLEHLPGAVHAKVVPSSAEGVGDPDLIPPVYYSRYIMPSDAEILGAQRASAAQDATVKPNPSGCARSEGWAIVSSEQSKKRRVTRQLIDDMADVLPPRGR---RAKTASDTEDLALDPATVNNLYKKMRSEPMENRLVAKRSHVHGWGLFVRVEVAKHDMIVEYMGESIRSIVADLREKQYEDQGVGSCYLFRLDKDEIVDATRKGCMARFINHSCEPNAYTKVIHLDNGKKKIVFFALRALQVGEEVFYDYKFPIED-EKIPCHCGAPRCRRFLN 364          

BLAST of mRNA_P-fluviatile_contig58.12222.1 vs. uniprot
Match: A0A7S1VP27_9STRA (Hypothetical protein n=1 Tax=Grammatophora oceanica TaxID=210454 RepID=A0A7S1VP27_9STRA)

HSP 1 Score: 234 bits (596), Expect = 9.200e-64
Identity = 144/356 (40.45%), Postives = 186/356 (52.25%), Query Frame = 0

Query: 3389 RNTRSSFGLNGAQFFGVGYEAVRSAVEAWP--DAVSAAVTPEGDPESRQYRFVISLPSEETVVAWQRRQAAEKA--GVKENPNGCARVEVLSESSNTARTGRITRTLVRA---AEKLVSGEGGDGCXXXXXXXXXXXXXXXXXXQSQYRVLKSMPTGHGLKVRRSHIHGWGLFALEEFPRDTMLVEYMGEVVRQCVADLREIKYEEMGVGSCYLFRADSDAIVDATRKGNLARFINHCCDPNAIARIVSL----------------------------------------------------------ESTKKIIIVAKRNIKPGEEITYDYKFEREDGQKLPCHCGADTCYGSMN 3679
            +  + +FGLNG QFFG G E +R A+E  P  +AV A + P   P    YRF    PS+E++VA QR++AA +A   ++ N +GCAR E     + +  +GRITR LVR+   A  L     GD                    Q +YR +K +P    L  RRSHIHGWGLF   + P D M++EYMGEVVRQCVAD RE +YE++G+GSCY+FR D   IVDATR G +ARF+NHCC PNA A+++++                                                          E  +KI++ AKR+IK GEEITYDYKF  EDG  L C CGA  C G MN
Sbjct:   36 KTNKKAFGLNGPQFFGFGLEHIRKALEKLPGVEAVVARLHPRMSPS---YRFSFVQPSKESIVALQRKRAALQAERALENNSSGCARAEGTKAVTKSGGSGRITRALVRSVTDASPLALITRGD--TAVSEEQRAKQRQQAESNQRKYREMKVVPLDDRLAARRSHIHGWGLFTKVDIPTDGMIIEYMGEVVRQCVADRREREYEKLGIGSCYMFRLDLQRIVDATRIGCMARFMNHCCQPNAYAKVITVATVAVGDAAAGVAGSSSTXTATNTSGALGSIANXXXXXXXXXXXXXXXXXXXXXXXAAEFDQKIVVFAKRDIKAGEEITYDYKFPIEDGS-LRCTCGAPNCIGRMN 385          

BLAST of mRNA_P-fluviatile_contig58.12222.1 vs. uniprot
Match: A0A7S0GGD2_9STRA (Hypothetical protein n=1 Tax=Proboscia inermis TaxID=420281 RepID=A0A7S0GGD2_9STRA)

HSP 1 Score: 230 bits (587), Expect = 5.970e-61
Identity = 149/351 (42.45%), Postives = 194/351 (55.27%), Query Frame = 0

Query: 3342 LFRVTRADDPERPLIDSDLERLYRRISEAVDESLAPLREADPCFLR---HRNTRSSFGLNGAQFFGVGYEAVRSAVEAWPDAVSAAVTPEGDPESRQ---YRFVISLPSEETVVAWQRRQA---AEKAGVKENPNGCARVEVLSESSNTARTGRITRTLVRAAEKLVSGEGGDGCXXXXXXXXXXXXXXXXXXQSQYRVLKSMPTGHGLKVRRSHIHGWGLFALEEFPRDTMLVEYMGEVVRQCVADLREIKYEEMGVGSCYLFRADSDAIVDATRKGNLARFINHCCDPNAIARIVSLESTK----KIIIVAKRNIKPGEEITYDYKFEREDGQKLPCHCGADTCYGSMN 3679
            LF V   D+P   +   ++   Y  + + V  +          F R    R   + +GLNG QFFG G   VR A+E  P + + AV     P +R+   YRF  + P+   +   QRR+A   AEKA   EN +G AR E +S    +  +GRITR LVR+A++ V  E G                     Q++Y  +KS+P  + L  +RSHIHGWGLF   +  R  M++EYMGEVV Q +AD RE  YE  G+GSCY+FR DS  IVDAT  G +ARF+NHCC PNA A+I+++E+ K    KI I A R+I  GEEITYDYKF  EDG  L C CGA TC G MN
Sbjct:  186 LFTVRAIDNPTVVIQGKNVVEAYNNLMKQVMNANKHCFSNRDLFSRLPMKRKGSALYGLNGPQFFGFGLHHVRKALELLPGSEALAV-----PLTRKSSVYRFCYNNPNICDMTELQRRRAVSAAEKA--LENSSGSARTEGMSAVDKSGGSGRITRALVRSADEDVGFESGS---VRTKNKNGELTFDKESNQAKYAEMKSVPLENRLAAKRSHIHGWGLFTKVDLARHAMIIEYMGEVVSQSIADKRERAYEMSGIGSCYMFRLDSQRIVDATMIGCMARFMNHCCSPNAYAKIITVETDKGLEKKIGIFANRDIGGGEEITYDYKFAVEDGS-LRCTCGAPTCTGRMN 525          

BLAST of mRNA_P-fluviatile_contig58.12222.1 vs. uniprot
Match: A0A7S4APY1_9STRA (Hypothetical protein n=1 Tax=Pseudo-nitzschia australis TaxID=44445 RepID=A0A7S4APY1_9STRA)

HSP 1 Score: 237 bits (605), Expect = 1.390e-60
Identity = 146/358 (40.78%), Postives = 199/358 (55.59%), Query Frame = 0

Query: 3336 SSFQGVLFRVTRADDPERPLIDSDLERLYRRISEAVDESLAPLREADPCFLR----HRNTRSSFGLNGAQFFGVGYEAVRSAVEAWPDAVSAAVTPEGDPESRQYRFVISLPSEETVVAWQRRQAAEKAGVK-ENPNGCARVEVLSESSNTARTGRITRTLVRAAEKLVSGEG-GDGCXXXXXXXXXXXXXXXXXX----QSQYRVLKSMPTGHGLKVRRSHIHGWGLFALEEFPRDTMLVEYMGEVVRQCVADLREIKYEEMGVGSCYLFRADSDAIVDATRKGNLARFINHCCDPNAIARIVSLESTK----KIIIVAKRNIKPGEEITYDYKFEREDGQKLPCHCGADTCYGSMN 3679
            SS    LF +T  DDP   +  S     Y  I E V  + +        + +     R+ +  FGL+G QFFG G   +R  +EA P   + AV  +    S QY F    P  + ++  QRR+AA  A  K EN +GCAR E +S  + +  + RITR LVR+AE   +G+  G G                       Q  YR +K++P    L  +RSHIHGWGLF+  + P+D+M+VEYMGE++R+ VAD RE  YE  G GSCY+FR D + IVDAT+ G +ARF+NHCC PNA A+++++++ +    KI+I +  +IK GEEITYDYKF  EDG  L C CGA  C G MN
Sbjct:  497 SSKGNPLFSITPGDDPLNKIKASSASEAYNVIMERVRNTNSSEFSHGDLYSKLPTERRSHKKFFGLSGPQFFGFGTNEIRELIEALPG--TEAVVTKLTASSPQYLFCYMQPPVDHIMDLQRRRAALAAEKKLENASGCARTEGISAVTRSGGSDRITRALVRSAENEDNGDASGSGAVSVAGGGRKRDIEKVKMDRGKIQRMYRGMKAVPIEQRLCPKRSHIHGWGLFSKVDLPKDSMIVEYMGEIIRKSVADAREKAYEISGEGSCYMFRLDLNRIVDATQIGCMARFMNHCCQPNAYAKVIAVDTDRGQENKIMIFSHTDIKAGEEITYDYKFPVEDGS-LKCTCGAPNCIGRMN 851          

BLAST of mRNA_P-fluviatile_contig58.12222.1 vs. uniprot
Match: A0A7S4J1Z5_9STRA (Hypothetical protein n=2 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4J1Z5_9STRA)

HSP 1 Score: 243 bits (621), Expect = 1.740e-60
Identity = 147/353 (41.64%), Postives = 192/353 (54.39%), Query Frame = 0

Query: 3342 LFRVTRADDPERPLIDSDLERLYRRISEAVDESLAPLREADPCF----LRHRNTRSSFGLNGAQFFGVGYEAVRSAVEAWPDAVSAAVTPEGDPESRQYRFVISLPSEETVVAWQRRQA---AEKAGVKENPNGCARVEVLSESSNTARTGRITRTLVRAAEK----LVSGEGGDGCXXXXXXXXXXXXXXXXXXQSQYRVLKSMPTGHGLKVRRSHIHGWGLFALEEFPRDTMLVEYMGEVVRQCVADLREIKYEEMGVGSCYLFRADSDAIVDATRKGNLARFINHCCDPNAIARIVSLEST----KKIIIVAKRNIKPGEEITYDYKFEREDGQKLPCHCGADTCYGSMN 3679
            +F +T AD P  P+    +   Y  +   V+++ A +      F    ++    +  FGLNG QFFG G   VR  +E  P   + AV     P ++ Y F    P EE +   QR +A   AEKA   EN +GCAR E +   + +  +GRITR LV+ AE+     +SG  G G                   Q +YR +KS+P    L+ +RSHIHGWGLF     P+  M+VEYMGE +RQ VAD RE  YE  GVGSCY+FR D   IVDAT  G +ARF+NHCC PNA A+++S+ +     KKI++ A R I  G+EITYDYKF  EDG  L C CGA  C G MN
Sbjct: 1375 VFSITAADAPGTPIKGHTVMEAYNLLIRRVEQANATMFSEGDMFSSKPVKRGRRKHVFGLNGPQFFGFGLTQVRKKLETLPGIAAVAVPL--SPSTQPYLFCFKHPKEEEIKDLQRERAVKAAEKA--LENVSGCARTEGMCAVARSGGSGRITRALVKRAEEDKSSSLSGSTGKG-------RNNLSESVDSNIQEKYREMKSVPIKDRLEAKRSHIHGWGLFTKNSLPKHAMIVEYMGETIRQRVADKRERAYETSGVGSCYMFRLDQTRIVDATMIGCMARFMNHCCQPNAYAKVISVNTDLGIEKKIVVFANREIGAGDEITYDYKFPVEDGS-LRCTCGAPNCIGRMN 1715          

BLAST of mRNA_P-fluviatile_contig58.12222.1 vs. uniprot
Match: A0A484DWC8_BRELC (Uncharacterized protein n=1 Tax=Bremia lactucae TaxID=4779 RepID=A0A484DWC8_BRELC)

HSP 1 Score: 239 bits (610), Expect = 5.810e-59
Identity = 240/942 (25.48%), Postives = 334/942 (35.46%), Query Frame = 0

Query: 2806 APLSGWGKDVEAELGPWEDIRPCCLCKCTGDGDGAGRLLPLDDGHWIHTHCGLWSSEVYEKPSEGMGQIRELYKARGRGRQLECTLCNESGATVDCSVAKCEEVFHFECGVEAGCVFYANMDIACP-LHHEDGTADADGRTRGPFAATFAVEEDAAVSAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTAPAAAIGEAFSAPESVTNAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAPVAAPEPAVKTKSRAELVVDPPRYLEAIRPPGKPGKQTPSWDDDYSMRVGALTVQKLGKLATDLPGSHCKTHIYPVGFRSSRIFWSTKRPLQRTLYVCEILDGATLTSSQLRQADTVLGAGRKRGRSELSDDLLVAAAGAGAVLGGVGKGKARRRNGDGRDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXADMMDVDGNDTTTGHARKGHRDSNGNGDGNAKSSAPVTLSGAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSSFQGVLFRVTRADDPERPLI----DSDLERLYRRISEAVDE-----SLAPLREADPCFLRHRNTRSSFGLNGAQFFGVGYEAVRSAVEAWPDAVSAAVT-------------------------------------------------------PEGDPESRQYRFVISLPSEETVVAWQR--RQAAEKAGVKENPNGCARVEVLSESSNTARTGRITRTLVRAAEKLVSGEGGDGCXXXXXXXXXXXXXXXXXXQSQYRVLKSMPTGHGLKVRRSHIHGWGLFALEEFPRDTMLVEYMGEVVRQCVADLREIKYEEMGVGSCYLFRADSDAIVDATRKGNLARFINHCCDPNAIARIVSLES-TKKIIIVAKRNIKPGEEITYDYKFEREDGQKLPCHCGADTCYGSMN 3679
            +PL GW      E   +ED R C LC   GD    GRLL  +   W+H +C LWS+EV+E   +  G + +  KAR R R + C  C   GAT+ C++A+C   +HF C V+AG  F    +  CP L H++  A      +G        E       A                                    P A + +A +A E   N +                                            V   +  +K K RAEL          I+P  +P             R+GALT+  LG +       H +T +YP+GFRS+RIFWST+    R LY C I    T T+ + + A+ +     +RG  + +                    + RRR                                                                                                                           V+F++T +DD  RP++    D  L  L  R+    +E     + +P+ E +P FL+ R++ SSF L+GA FFG G   +  ++E  P A + AV+                                                        E   E   Y F  S+PS E   A +R   Q           +GCAR +   E +      +  + + R                                  QYR L+  P    + VR+S IHG+GLF  E      M+VEY G+++ Q VAD RE +YEE GVGSCY+FR D   I+DATR GNLARFINH CDP A ARIV+++   KKI+I AKR I  G+E+TYDYKF  ED + + C C A  C G MN
Sbjct: 1956 SPLHGW-PSARNEKEVFEDTRFCALCFMIGDQTACGRLLYTESETWVHVNCALWSTEVHE---DAEGVLHKCSKARHRSRLIRCDACGLMGATIGCAIARCARHYHFPCAVDAGAAFLPTGETCCPVLSHKETLARR--LEKGGLTRLHETEAPFECVTAEALSNDAVTEYKDVMNEKVRDGLSAKEGEEYACDKLPNADVTDASNASEKF-NGSWNQDKTAGMPLKLENESNVLSTHVLPVINPCSEPRRALYSDRPLVTVSD--LKKKKRAEL-------KRGIKP--RP----------MCYRIGALTLHSLGHIFVGNASFHTRTALYPLGFRSTRIFWSTRDLATRCLYECVI----TSTARESQHAELL----ERRGTGDRAAT------------------QERRR-------------------------------------------------------------------------------------------------------------------------PRVVFQITASDDQARPIVACTPDDALIELRSRVVSLYEEHRGFGAASPVVEKNP-FLK-RSSWSSFALSGAYFFGFGLPEILQSIEELPHAATTAVSRRATIRKVRQQQQRHGQSPLAGSAAAIWSTNARKRTWSSMETSASNAAQGLSTMLDEEPVEEELYEFAYSMPSVEAFEAAERVMEQLVRAEQRARQSSGCARTDGF-EGNRLFGAPKKAKIMPRRQALSKDEPVAIAPSTVTTTTGVAMDIEHLPITMQYRELRRRPFDERMLVRKSSIHGYGLFMNEAVSEGQMIVEYQGQIIDQSVADERERRYEEQGVGSCYMFRVDDKTIIDATRCGNLARFINHSCDPKAFARIVAVDGGEKKIVIFAKRAIAVGDEVTYDYKFPIED-EAIRCDCMAMNCIGRMN 2718