mRNA_P-fluviatile_contig21.4537.1 (mRNA) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig21.4537.1 vs. uniprot
Match: D7G4R9_ECTSI (Spliceosomal protein sap, putative n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G4R9_ECTSI)

HSP 1 Score: 2258 bits (5851), Expect = 0.000e+0
Identity = 1159/1256 (92.28%), Postives = 1193/1256 (94.98%), Query Frame = 2

Query:   23 MHVLSLNLQRGGAINASAYGNFSGTKKTEEIMVARGSMLELLRIDPDTDKLVSIIQQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGKITILEFLPETVELKAVHVETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSNAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDHAEVRAPLPRRKTMPPGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNAEQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYALCGRGNQSTLRILRHGLSVTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQESVEEVENSGFLATSSTLDVKLMANNKILQVYSQGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVAVMNLPHPAESLCLAYMAAEQAAGGSNEQLFLYIGLTSGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVDRLGEVFNQAALPLRYTPRQIALLPGEARHLVVVEADHNEYNEAQVEAIKKEAE-GDKEAAGGPVENGKK-----------EAGAGDGAAQAPESAAAVDPMEXXXXXXXXXXXXGAAMMPIRGPLPPQDGSWASCIRMLDPVEGATVECLELVDNEAALSVTPVAFHNRNGESFIAVGTAKGLTFHPRSHEGCFVHMYRILENRLVLLHKTEVPDVPLAMKEFQGRLLVGVGKSLRMYDLGRKKLLRKCENKQMPAMVVSLTVTGDRVFAGDQMESCHCFKYRRAENQLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPADVSDDVDNPTGNRLLWDSGHLSGAPNKVEQQLQFHVGDVVTSLRRTTLVPGGAEVLLYSTISGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPYDKQKLVAAGLDRTVGEVVKKLEDTRNRLL 3754
            MHVLSLNLQRGG INASAYGNFSGTKKTEEIMVARGSMLELLRIDPDTDKLVSI+QQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGK+TILE+LPET ELKAVH+ETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKS+AIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDH EVRAPLPRRKTMP GRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVN EQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMY LCGRGN+STLRILRHGL+VTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQ+SVEEVENSGFLATSSTLDVKLMANNKILQVYS GLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVA++NLPHPAESLCLA+MAAEQAAGGSNEQLFLYIGL SGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGV+RLGEVFNQAALPL+YTPRQIALLPG+A+HLVVVEADHNEYNE Q +A+KKEAE G+KE                      +A                    XXXXXXXXXXXX   MMPIRGPLPPQDGSWASCIR+LDPVEG TVECL+L DNEAALSV PVAFHNRNGE+F+AVGTAK LTFHPR HEGCFVH+YRILENRLVLLHKTEVPDVPLAMKEFQGRLLVGVG+SLRMYDLGRKKLLRKCENK+MP+MVVSLTVTGDRVFAGDQMESCHCFKYRRAEN+LVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVP DVSDDVDNPTGNRLLWDSGHLSGAPNKV+QQLQFHVG+VV+SLRRTTLVPGGAEVLLYSTI+GSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLP++KQKLVA GLDRTVGEVVKKLEDTRNRLL
Sbjct:    1 MHVLSLNLQRGGGINASAYGNFSGTKKTEEIMVARGSMLELLRIDPDTDKLVSILQQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGKVTILEYLPETSELKAVHMETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSHAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDHPEVRAPLPRRKTMPTGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNDEQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYTLCGRGNRSTLRILRHGLAVTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQDSVEEVENSGFLATSSTLDVKLMANNKILQVYSHGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVAMINLPHPAESLCLAHMAAEQAAGGSNEQLFLYIGLASGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVERLGEVFNQAALPLKYTPRQIALLPGDAQHLVVVEADHNEYNETQGQAVKKEAEEGEKEDPAXXXXXXXXXXXXXXXXXXXDAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXMMPIRGPLPPQDGSWASCIRLLDPVEGTTVECLDLDDNEAALSVAPVAFHNRNGEAFVAVGTAKSLTFHPRGHEGCFVHVYRILENRLVLLHKTEVPDVPLAMKEFQGRLLVGVGQSLRMYDLGRKKLLRKCENKRMPSMVVSLTVTGDRVFAGDQMESCHCFKYRRAENRLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPLDVSDDVDNPTGNRLLWDSGHLSGAPNKVQQQLQFHVGEVVSSLRRTTLVPGGAEVLLYSTINGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPFEKQKLVANGLDRTVGEVVKKLEDTRNRLL 1256          

BLAST of mRNA_P-fluviatile_contig21.4537.1 vs. uniprot
Match: A0A835YUV4_9STRA (Putative spliceosomal protein sap n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YUV4_9STRA)

HSP 1 Score: 1534 bits (3972), Expect = 0.000e+0
Identity = 800/1274 (62.79%), Postives = 968/1274 (75.98%), Query Frame = 2

Query:   23 MHVLSLNLQRGGAINASAYGNFSGTKKTEEIMVARGSMLELLRID-PDTDKLVSIIQQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGKITILEFLPETVELKAVHVETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSNAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDHAEVRAPLPRRKTMPPGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNAEQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYALCGRGNQSTLRILRHGLSVTELAENDLPGVPSAVFAFKERLTDDYDRY-IVLSFTNATMVLEVQESVEEVENSGFLATSSTLDVKLMANNKILQVYSQGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVAVMNLPHPAESLCLAYMAAEQAAGGSNE-------------QLFLYIGLTSGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVDRLGEVFNQAALPLRYTPRQIALLPGEARH---LVVVEADHNEYNEAQVEAIKKEAEGD------KEAAGGP------VENGKKEAGAGDGAAQAPESAAAVDPMEXXXXXXXXXXXXGAAMMPIRGPLPPQDGSWASCIRMLDPVEGATVECLELVDNEAALSVTPVAFHNRNGESFIAVGTAKGLTFHPRSHEGCFVHMYRILENRLVLLHKTEVPDVPLAMKEFQGRLLVGVGKSLRMYDLGRKKLLRKCENKQMPAMVVSLTVTGDRVFAGDQMESCHCFKYRRAENQLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPADVSDDVDNPTGNRLLWDSGHLSGAPNKVEQQLQFHVGDVVTSLRRTTLVPGGAEVLLYSTISGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPYDKQKLVAAGLDRTVGEVVKKLEDTRNRLL 3754
            MH+L LNL R GAINA+AYG F+G K  +EI+VAR + +ELLR++  D  KLVSI  QPAFCVVRSL+AF++    KDY  +G+D+GKIT+LE+  ET E+KAVH ETFGKTGCRRIVPGQY+ ADPQGRA+MI+AVEKQKLVYVLNRD  SRL ISSPLEAHK+ AI F  C +DV F+NPIFA IE+DY +ADQD +GEEA + EK LVYYQ DLGLNHVTR+W+ PISR AS LL VPGG  GPSGVLVCGENWVAY+HQ+H EVR P+PRRK +PP RG+LVT+G +H+   +FF L+QSE GD+YKV+L ++    EV D+ + VFDTIP+A SL+IT++G LFCASE SNH++F    +   EGAV   +C D E+ D S+SAA+VA TF PSATL NL   DE+ESLAP+  MLVGDLA E TPQMY LCG+G +STLRILRHGL+VTE+A +DLPG P+AV++  + +      Y IV++FTNAT+VL V ++VEEV NSGFL T+ TL+V+L+AN   LQV++ GLRVI   + PQEWR PG+K IEKACAN RQ V+ALAGGE+I+F LD+    +QE+GTK+LG  E+ACLEMGEVP  R+ APFLAVGDW G V++L L+PE+LL Q A+M++PH   SLCL  MA  +A                   QL+LY+GL +GV QRVAVDAT GTLSD R RFLG+KPVKLFR+    +  +LALSSRSWLSY++ GR+  TP+SY+ L +A  F TE CPEG+VA+S   LRI  V+R GE FNQ A+PLRYTPRQIA L G+      LV+VEAD +EYNEA+   +K  AE +      +E    P      VENG K                      XXXXXXXXXXXX    MPIRGP+PP  G WASC+R+LDP +G T+ECLEL +NEAALSV PV FH+R GE FIA GTAK L FHPRSH GCFVH++R+LENRLVLLH TEVPDVPLAM EFQGRLLVG GKSLR+YDLG++KLLRKCE+K +P MVVSL V  DRV AGD  ES H  KYRR ENQLV FADDQVPR + ++CLLDYD+ AG DKFGN FVLR+P DVSDD+DNP+GNR+LWD G L+GAPNK+ Q   FH+GD++TSL +TTLVPGGAEV+LYS+I+G++GA LPF +++DVDFF H+EM+MRQEKPTLCGR+H SYRSY+LP K+V+DGDLCEQF +LP D QK +A GLDRTVGEV KKLED RNRLL
Sbjct:    1 MHLLHLNLHRAGAINATAYGCFTGNK-AQEIIVARNNAIELLRVEGTDMPKLVSIAYQPAFCVVRSLVAFKMVQMTKDYLAIGSDSGKITVLEWSAETGEMKAVHTETFGKTGCRRIVPGQYMCADPQGRALMIAAVEKQKLVYVLNRDQLSRLTISSPLEAHKTQAICFCVCALDVHFENPIFAAIEIDYGDADQDPSGEEAESAEKNLVYYQHDLGLNHVTRMWTTPISRTASFLLQVPGGALGPSGVLVCGENWVAYRHQEHPEVRTPVPRRKDVPPERGVLVTAGAVHKSKDMFFFLLQSEYGDVYKVTLDLDPTNKEVLDVVVSVFDTIPIATSLRITRRGLLFCASESSNHLLFSISSLA-TEGAVTGRRCDDGEIGDDSDSAAKVAATFVPSATLNNLVPTDEMESLAPIISMLVGDLANESTPQMYCLCGQGPRSTLRILRHGLAVTEVAVSDLPGRPAAVWSVPKHIPVSAAAYFIVVTFTNATLVLSVGDTVEEVSNSGFLLTAPTLEVQLLANGSTLQVHANGLRVIAGDRAPQEWRTPGRKTIEKACANSRQAVIALAGGELIYFRLDDTSNMLQEMGTKELGH-EVACLEMGEVPLSRLGAPFLAVGDWTGAVRVLSLAPESLLTQQAIMDVPHSPHSLCLMEMAGVEAGAXXXXXXXXXXXXXXXXPQLYLYVGLENGVMQRVAVDATTGTLSDARSRFLGTKPVKLFRM---GQGALLALSSRSWLSYSHGGRHLTTPMSYETLQYAGTFCTEHCPEGIVAISDTFLRILSVERKGEAFNQQAIPLRYTPRQIARLDGQGDQQPRLVIVEADADEYNEAEKAEMKAAAEAESAKVKSEEDGVAPMDTDQAVENGDKPP---------------XXXXXXXXXXXXXXXXXXXMQMPIRGPVPPGPGKWASCVRLLDPAQGTTLECLELGNNEAALSVCPVTFHSRGGEVFIAAGTAKDLQFHPRSHGGCFVHIFRVLENRLVLLHSTEVPDVPLAMSEFQGRLLVGAGKSLRLYDLGKRKLLRKCEHKGLPNMVVSLNVMNDRVVAGDMAESLHFVKYRRLENQLVVFADDQVPRHIARSCLLDYDTAAGCDKFGNFFVLRLPDDVSDDIDNPSGNRVLWDHGMLNGAPNKLTQMTMFHLGDILTSLHKTTLVPGGAEVVLYSSITGALGAFLPFSTKEDVDFFVHLEMHMRQEKPTLCGREHTSYRSYFLPVKNVVDGDLCEQFGTLPLDIQKKIATGLDRTVGEVAKKLEDVRNRLL 1253          

BLAST of mRNA_P-fluviatile_contig21.4537.1 vs. uniprot
Match: A0A7S2F9J7_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2F9J7_9STRA)

HSP 1 Score: 1333 bits (3450), Expect = 0.000e+0
Identity = 690/1199 (57.55%), Postives = 877/1199 (73.14%), Query Frame = 2

Query:  173 LVSIIQQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGKITILEFLPETVELKAVHVETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSNAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDHAEVRAPLPRRKTMPPGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNAEQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYALCGRGNQSTLRILRHGLSVTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQESVEEVENSGFLATSSTLDVKLMANNKILQVYSQGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVAVMNLPHPAESLCLAYMAAEQAAG---GSNEQLFLYIGLTSGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQ--GRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVDRLGEVFNQAALPLRYTPRQIALLPGEARHLVVVEADHNEYNEAQVEAIKKEAEGDKEAAGGPVENGKKEAGAGDGAAQAPESAAAVDPMEXXXXXXXXXXXXGAAMMPIRGPLPPQDGSWASCIRMLDPVEGATVECLELVDNEAALSVTPVAFHNRNGESFIAVGTAKGLTFHPRSHEGCFVHMYRILENRLVLLHKTEVPDVPLAMKEFQGRLLVGVGKSLRMYDLGRKKLLRKCENKQMPAMVVSLTVTGDRVFAGDQMESCHCFKYRRAENQLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPADVSDDVDNPTGNRLLWDSGHLSGAPNKVEQQLQFHVGDVVTSLRRTTLVPGGAEVLLYSTISGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPYDKQKLVAAGLDRTVGEVVKKLEDTRNRLL 3754
            + SI+    F V+RSL  FRL    KDY +VG D+GKITILE++PE   LK  H E FGKTGCRR+VPG+YLA DP+GRAIMISAVEKQKLVYV+NRD ++RL ISSPLEAHK+  ++F TCGVDV F+NPIFA IELDYSEADQD+TG+ A  TEK L YY+LDLGLNHV R WS+PISR AS+LL VPGG  GPSGVLV GENWVA+KHQ H EVRAPLPRRK  P  RGLLVT+   H+Q  LFF L+Q+E+GDLYKV+L  + E   V D+ + +FDTI  +NSL IT+ G LF A+EF +H +F F  +G ++ AV A +  DPEL D   SAA+VAP FTP    KNL  +DE ES AP+   +V DL  E TPQ+Y LCGRG +S LR+LRHG+ V+E+A ++LPG PSAV+  K R  D YDRYIV+SFTNAT+VL + E+VEEV +SGFLA + TL V+L+A+N +LQV+  G+R I       EW+ PGKK IEK  AN RQ+ ++LAGGE+I+FELD A  N+ E+GTK+LG V++ACL++G +P  R R+ FLAVG ++  V++L L  +NLL+Q+A +  P   ESL L  MA++ A+G   GS   L+L +GL++G+ QR AVD T+G +SD R RFLG +PVKLFR+ VQ + GVLALSSR WL+Y     GR+ MTPLSYD L+ AA F++E CPEG+VA++   LRI  V+RLGEVFNQ  +PLRYTPR+   +P     L+++E+DHNE++E     +  E+ G      G  +NGK  AG                 ME  XXXXX       + + IRGP+P  DG+WASCIR++DP    TVE +EL DNEAALS+    FH R GE+F+ +GTAKG+T HPR H+GC++ +YR+L+NRL   HKTEV DVPLA+ EFQGRLLVG+GK+LR+YDLG++KLLRK EN+  P M+  +   GDR++  D MES    KYRR +N LV FADDQ PR  T  C LDYD++AGADKFGN+FV+R+P  VSDDVDNPTG+RLLWD+G L+GAPNK++  +QFHVG+ VTS+ R  LVPGGAE ++Y T+ GS+GALLP ++R+D DFFTH+EM+MRQE   + GRDH+SYRSY+ P K+V DG+LCE F+SLPY++Q+ VAA LDR+ GEV+KKLEDTRNRLL
Sbjct:    1 MTSILAVQTFSVIRSLKPFRLHGGTKDYLLVGCDSGKITILEYIPEENTLKQTHSECFGKTGCRRVVPGEYLAIDPKGRAIMISAVEKQKLVYVMNRDASNRLTISSPLEAHKAQTVVFATCGVDVDFENPIFACIELDYSEADQDATGDAAEETEKHLTYYELDLGLNHVIRKWSEPISRTASMLLTVPGGADGPSGVLVAGENWVAFKHQGHDEVRAPLPRRKDYPDERGLLVTAAATHKQRDLFFFLLQTEIGDLYKVTL--DYEGDTVKDVVVTLFDTIHQSNSLCITRTGLLFAAAEFGDHALFQFQAIGDDDTAVTAHKVDDPELGDDGASAAKVAPRFTPGPP-KNLLLIDEQESSAPILGSMVADLCTEGTPQVYCLCGRGGRSALRVLRHGVKVSEMAVSELPGYPSAVWTIKGRHDDPYDRYIVVSFTNATLVLSIGETVEEVTDSGFLARAPTLQVQLLADNAMLQVHPNGVRHIRSDGRSAEWKTPGKKSIEKGSANPRQLAISLAGGEVIYFELDVA-GNLMEMGTKELG-VDVACLDVGPLPDGRARSNFLAVGCYDNTVRLLALDSQNLLDQLASIQCPARPESLALVEMASDAASGIGGGSGMGLYLNVGLSNGILQRAAVDQTSGAISDTRTRFLGQRPVKLFRVTVQGQHGVLALSSRGWLAYVLPSTGRFYMTPLSYDVLEHAANFASEQCPEGMVAIASNTLRILTVERLGEVFNQTNIPLRYTPRKFVQVPS-TNQLLIIESDHNEFSEKVRNRMAAESGG---TTSGAKQNGK--AGG----------------MEVDXXXXX-------SAVVIRGPVPAADGAWASCIRLVDPKTEETVELVELEDNEAALSICTCVFHARGGEAFVVIGTAKGMTLHPRQHQGCYIQVYRLLDNRLHFQHKTEVEDVPLALAEFQGRLLVGLGKTLRIYDLGKRKLLRKAENRTFPTMITGIRSMGDRIYVSDLMESVTFVKYRRHDNSLVVFADDQTPRLTTCFCFLDYDTVAGADKFGNVFVIRLPTSVSDDVDNPTGSRLLWDTGLLNGAPNKLDTLMQFHVGETVTSIHRCALVPGGAEAIVYVTVMGSLGALLPSQTREDKDFFTHLEMHMRQEFQPVTGRDHMSYRSYFAPVKEVADGELCELFTSLPYEQQQKVAADLDRSPGEVIKKLEDTRNRLL 1165          

BLAST of mRNA_P-fluviatile_contig21.4537.1 vs. uniprot
Match: F0Y3F5_AURAN (Uncharacterized protein n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0Y3F5_AURAN)

HSP 1 Score: 1293 bits (3346), Expect = 0.000e+0
Identity = 689/1249 (55.16%), Postives = 875/1249 (70.06%), Query Frame = 2

Query:   23 MHVLSLNLQRGGAINASAYGNFSGTKKTEEIMVAR-GSMLELLRIDPDTDKLVSIIQQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGKITILEFLPETVELKAVHVETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSNAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDHAEVRAPLPRRKTMPPGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNAEQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYALCGRGNQSTLRILRHGLSVTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQESVEEVENSGFLATSSTLDVKLMANNKILQVYSQGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVAVMNLPHPAESLCLAYMAAEQAAGGSNEQLFLYIGLTSGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVDRLGEVFNQAALPLRYTPRQIALLPGEARHLVVVEADHNEYNEAQVEAIKKEAEGDKEAAGGPVENGKKEAGAGDGAAQAPESAAAVDPM----EXXXXXXXXXXXXGAAMMPIRGPLPPQDGSWASCIRMLDPVEGATVECLELVDNEAALSVTPVAFHNRNGESFIAVGTAKGLTFHPRSHEGCFVHMYRILENRLVLLHKTEVPDVPLAMKEFQGRLLVGVGKSLRMYDLGRKKLLRKCENKQMPAMVVSLTVTGDRVFAGDQMESCHCFKYRRAENQLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPADVSDDVDNPTGNRLLWDSGHLSGAPNKVEQQLQFHVGDVVTSLRRTTLVPGGAEVLLYSTISGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPYDKQKLVAAGLDRTVGEVVKKLEDTRNRLL 3754
            MH +S  LQ  G + A+ YG FS  K  +EI+VAR G +LELLR D  + K+VS+   P F V+RSL  FRLT   +DY VVG+DAG + ++EF         VH E FGKTGCRR VPGQY+  DP+GRA+M++AVEKQKLVYV+NRD +S L I SPLEAHK+  + FH   +DVGFDNP FA +EL+Y + D D++GE    TEK L YY+LDLGLNHVTR WS+P+SR A+LL+ VPGG+ GPSGVLVCGENWVAYKH+ HAEVRAPLPRR   P  RGLL+T+   H+Q  LFF L+QSELGDLYKV+L   A    V+D+   VFD I    +L IT+ G L+ A+EF +H +F F  +G ++GA  A    DPEL D + SAA VAPTF  S   KNL  LDE  S   +TD+  GDLA E+ PQ+YALCG+G++S+LR+LRHG++V+E+A ++LPG PSAV+  + R  + YD+YIV+SFTNAT+VL + E+VEEV +SGFLAT+ TLDV L+A+N +LQV+ +G+R +       EW+ PG+K IEKA ANERQV  ALAGGE+I+FELD A   + E+GTK+LG VE+ACL++G VP  R RAPFLA+G W+G++++L L+P+ LL QVA M L   AES+       E   G    +L +  GL +GV QR AVDA+ G L D R RFLGS+ V+LFR+ V    G+LALSSR+WL Y + GR +  PLSYD L+ AA F +E CPEGVVA++G  LRIF  D+LGE FNQ+ALPLRYTPR++A+LPG   HL+VVEAD + YN+A+  A+                       A    A AP             +     XXXXXXXGA  + + GP PP DG WASC+R++DPV G T+E LEL ++EAALS   V+F  R GE F+AVGTA+ LTFHPR+HEGC+VH+YR+LE+RLVLLH+TEV DVPL + EF+GRLLV VG +LRMYDLG++KLLRK E    P ++  + V GDR+F  D   S H  +Y R  N+L  FADD V R +T    LDYD++A ADKFGN+ VLR+  + SDDVD+  G+   WD+G   GAPNK+ Q   +HVGDVVT+LR+ TLV GGAE ++Y+T+SG +GAL+P  SR+D DFF H+EM+MRQE   + GRDH+SYRSYYLP KDV DGDLC +F+ LP+D QK VA  LDRT GEV KKLEDTRNRLL
Sbjct:    1 MHFVSFTLQPPGGVVAAIYGQFSAAK-AQEIVVARPGGVLELLRPDEASGKVVSVATTPTFSVIRSLAPFRLTGGSRDYVVVGSDAGAVAVVEFDAAANSFARVHCEVFGKTGCRRGVPGQYVCCDPRGRALMVAAVEKQKLVYVMNRDASSNLTIGSPLEAHKAATVCFHAVALDVGFDNPTFAALELEYGDCDADASGEAVDETEKMLTYYELDLGLNHVTRRWSEPVSRTANLLVAVPGGDEGPSGVLVCGENWVAYKHEGHAEVRAPLPRRLGYPANRGLLITATATHRQRELFFFLLQSELGDLYKVTLAW-APGAGVSDVRASVFDCIFPCAALCITRTGLLYAAAEFGDHGLFQFQGIGDDDGAAAAAAVHDPELGDDAASAATVAPTFVASDRPKNLLLLDEPASCRAITDVYCGDLAGEEAPQVYALCGKGHRSSLRVLRHGVAVSEMAVSELPGRPSAVWTVRGRHDEPYDKYIVVSFTNATLVLSIGETVEEVTDSGFLATAPTLDVALLADNALLQVHGEGIRHVRGDLRISEWKTPGRKAIEKAAANERQVAAALAGGEVIYFELD-ASGALAELGTKELG-VEVACLDVGVVPAGRARAPFLALGGWDGSLRLLSLAPDELLVQVATMQLGARAESVRFC----ETPDG----RLGVAAGLANGVLQRAAVDASTGQLGDARARFLGSRAVRLFRVDVGGAPGLLALSSRAWLCYAHAGRLETAPLSYDALEHAAGFKSEQCPEGVVAIAGSTLRIFVPDKLGETFNQSALPLRYTPRRLAVLPGGG-HLLVVEADQHAYNDAERRAL----------------------AAAQSLAGAPXXXXXXXXXXXXXDMDLGDXXXXXXXGAPRVAVCGPTPPADGKWASCVRVVDPVAGRTLELLELGESEAALSCATVSFAGRGGEVFVAVGTARSLTFHPRAHEGCYVHVYRLLESRLVLLHRTEVDDVPLGLAEFRGRLLVAVGATLRMYDLGKRKLLRKTEAALAPTLITKVEVVGDRIFVADAAMSVHLARYVRDRNRLAVFADDPVGRCVTAFAPLDYDTVAVADKFGNVAVLRLGPECSDDVDDAAGD--AWDNGRNGGAPNKLTQLAHYHVGDVVTALRKATLVAGGAEGIVYATVSGGVGALVPSASREDRDFFAHLEMHMRQELAPVTGRDHVSYRSYYLPVKDVADGDLCAEFARLPFDAQKRVAEDLDRTPGEVAKKLEDTRNRLL 1212          

BLAST of mRNA_P-fluviatile_contig21.4537.1 vs. uniprot
Match: W7UBN0_9STRA (WD40-repeat-containing protein n=3 Tax=Monodopsidaceae TaxID=425072 RepID=W7UBN0_9STRA)

HSP 1 Score: 1290 bits (3338), Expect = 0.000e+0
Identity = 685/1273 (53.81%), Postives = 896/1273 (70.38%), Query Frame = 2

Query:   23 MHVLSLNLQRGGAINASAYGNFSGTKKTEEIMVARGSMLELLRIDPDTDKLVSIIQQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGKITILEFLPETVELKAVHVETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSNAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEA-GPSGVLVCGENWVAYKHQDHAEVRAPLPRRKTMPPGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNAEQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDD------SSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYALCGRGNQSTLRILRHGLSVTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQESVEEVENSGFLATSSTLDVKLMANNKILQVYSQGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVAVMNLPHPAESLCLAYMAAEQAAGG-----------SNEQLFLYIGLTSGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVDRLGEVFNQAALPLRYTPRQIALLPGEARHLVVVEADHNEYNE------AQVEAIKKEAEGDKEAAGGPVENGKKEAGAGDGAAQAPESAAAVDPMEXXXXXXXXXXXXGAAMMP--IRGPLPPQDGSWASCIRMLDPVEGATVECLELVDNEAALSVTPVAFHNRNGESFIAVGTAKGLTFHPRSHEGCFVHMYRILENRLVLLHKTEVPDVPLAMKEFQG--RLLVGVGKSLRMYDLGRKKLLRKCENKQMPAMVVSLTVTGDRVFAGDQMESCHCFKYRRAENQLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPADVSDDVDNPTGNRLLWDSGHLSGAPNKVEQQLQFHVGDVVTSLRRTTLVPGGAEVLLYSTISGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPYDKQKLVAAG-LDRTVGEVVKKLEDTRNRLL 3754
            +++L+L +QR G I+A+  GNFS  K  E +++   S LELLR D +  K+  +     FC +R L+ FR   T+KDY VVG+D+G+ITILE++ E  E + VH ETFGKTGCRRIVPGQ+LAADP GRAIMISA+EKQKLVYV+NRD   RL ISSPLEAH+S+A+++ T G+DVG +NPIFA IE DYSEADQD TGE AA T KQLVYY+LDLGLNHV R W+ PI+  A  LL VPG    GP GVL+  ENWVAY HQDH E+R P+PRR      RG L+T+  +H+Q  + F+L+QSE GDLYKV+L +N E+T V +I+++VFDTIP AN L ITK G L CASEF+NH+++ F  +   E AV A    +  LDD      ++E AA VAPTFTP+  LKNL  +D +ESLAP+T M V DLA ED  Q+Y LCGRG +S+LRILRHGL V E A +DLPG P+AV+  K R  + +DR+IV+SF NAT+V  + + +EEV +SGFL T+ TL+VKL+A+N +LQV++ G+R I  G+P  EW+ PG+K IE+A ANERQV +AL GG++++FELD A   + EV +K++G + ++CL++G VP+ RV + FLAVG ++  V+IL L   +LL Q +++ L   AES+CLA MA E    G           S+  LFL +GL++G+ QR+ +D   GTLSD RQRFLG+KPVKL R+ ++D+  VLALSSR+WLSYN+ GR+  TPLSY  LD+A+ F++E  PEG+VAV+G  LRI  +   G VFNQ  +PLRYTPRQ+  +PG +R LV++E+DHNEYNE      A   A++ +   DKE        G++   A D  A             XXXXXXX       A     +RGPLPP +G WASCIR++D + G T+E +EL  NEAA+S+T VAFH+R GE FI VGTA  L FHPR H    +H+YR+ +NRLVLLHKTEV DVP ++ E +G  RLL G+G+SLRMYDLG+KKLL+KCEN+ +P ++V L   GDR++  D ++S H  KYRR EN LV FADD  PR +T  C +DYD+IAG DK GN+F+LR+P  VSDDVDNPTGNR+LWD+G L+GAPNK++    F+VG+VVT+L++ +LVPGG EV+LY+T++G+IGAL+PF SR   + F  +EM MR+E      RDHI+YRSYY P K+VIDGDLCE F +L   K++ VA   LDRT GEVVK LED +N +L
Sbjct:   10 LNLLNLTMQRPGYIHAAVSGNFSSPKAQEVVVIRGTSYLELLRSDAERFKITPVCTFNTFCNLRCLLTFRQVGTNKDYLVVGSDSGRITILEYVVEANEFRTVHCETFGKTGCRRIVPGQFLAADPLGRAIMISALEKQKLVYVMNRDAGGRLTISSPLEAHRSHALVYATVGLDVGTENPIFAAIEKDYSEADQDPTGEAAAETYKQLVYYELDLGLNHVIRKWAQPIASTACSLLAVPGERFNGPGGVLILSENWVAYTHQDHPELRTPIPRRAGQAASRGTLLTAAAMHRQKDVLFYLLQSEFGDLYKVTLDLNQERTRVQNINMQVFDTIPPANGLCITKTGLLLCASEFANHILYQFQGIDNPE-AVAADSLDEEALDDEDKLGDTAEEAASVAPTFTPAKQLKNLAAVDRMESLAPVTGMHVADLAGEDAAQLYTLCGRGGRSSLRILRHGLQVVEEASSDLPGRPNAVWTIKGRQDEAHDRFIVVSFANATLVFSIGDQIEEVTDSGFLGTAPTLEVKLLADNAMLQVHTHGIRHIRPGRPVNEWKTPGRKSIEQASANERQVAIALEGGDVVYFELDAAGM-LMEVASKEVG-LAVSCLDLGPVPQGRVGSNFLAVGGYDSTVRILSLEQASLLTQRSMLQLSATAESVCLAEMAKEGEGAGIGAGNAVSIPASSSSLFLNVGLSNGIMQRLVLDPLEGTLSDSRQRFLGAKPVKLLRVDIEDRSAVLALSSRAWLSYNHHGRFFQTPLSYQGLDYASGFASEYIPEGLVAVTGSSLRIITIQNFGNVFNQTEVPLRYTPRQMVQVPGSSR-LVLIESDHNEYNETERAFLASTGAVESDKATDKE-------EGEEPTKAADSVAXXXXXXXXXXXXXXXXXXXXGTEDEDGAEGETFVRGPLPPVEGKWASCIRIVDGLTGETLELVELALNEAAISLTTVAFHDRGGEVFICVGTATDLCFHPRKHSAAAIHVYRLFDNRLVLLHKTEVEDVPKSLAELKGFGRLLAGLGRSLRMYDLGKKKLLKKCENRNLPNLIVGLQTMGDRIYVSDVLDSVHFVKYRRLENALVIFADDTSPRTITACCTVDYDTIAGGDKVGNVFLLRLPEKVSDDVDNPTGNRVLWDTGRLNGAPNKLDVLAHFYVGEVVTALQKVSLVPGGQEVILYATVAGTIGALVPFSSRRSKNTFFLLEMEMRKEASLHFKRDHIAYRSYYTPVKEVIDGDLCELFRTLSAVKRRAVALEVLDRTPGEVVKLLEDFKNTIL 1271          

BLAST of mRNA_P-fluviatile_contig21.4537.1 vs. uniprot
Match: K3X2V8_GLOUD (DNA damage-binding protein 1 n=1 Tax=Globisporangium ultimum (strain ATCC 200006 / CBS 805.95 / DAOM BR144) TaxID=431595 RepID=K3X2V8_GLOUD)

HSP 1 Score: 1233 bits (3191), Expect = 0.000e+0
Identity = 657/1249 (52.60%), Postives = 874/1249 (69.98%), Query Frame = 2

Query:   23 MHVLSLNLQRGGAINASAYGNFSGTKKTEEIMVARGSMLELLRIDPDTDKLVSIIQQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGKITILEFLPETVELKAVHVETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSNAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDHAEVRAPLPRRKTMPPGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNAEQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYALCGRGNQSTLRILRHGLSVTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQESVEEVENSGFLATSSTLDVKLMANNKILQVYSQGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVAVMNLPHPAESLCLAYMAAEQAAGGS---NEQLFLYIGLTSGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVDRLGEVFNQAALPLRYTPRQIALLPGEARHLVVVEADHNEYNEAQVEAIKKEAEGDKEAAGGPVENGKKEAGAGDGAAQAPESAAAVDPMEXXXXXXXXXXXXGAAMMPIRGPLPPQDGSWASCIRMLDPVEGATVECLELVDNEAALSVTPVAFHNRNGESFIAVGTAKGLTFHPR-SHEGCFVHMYRILEN-RLVLLHKTEVPDVPLAMKEFQGRLLVGVGKSLRMYDLGRKKLLRKCENKQMPAMVVSLTVTGDRVFAGDQMESCHCFKYRRAENQLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPADVSDDVDNPTGNRLLWDSGHLSGAPNKVEQQLQFHVGDVVTSLRRTTLVPGGAEVLLYSTISGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPYDKQKLVAAGLDRTVGEVVKKLEDTRNRLL 3754
            MH+L+L LQ    IN + YGNF+G +  +E +VARG++L+LLR D +T +L ++I    F V+RS+  FRLT    DY V+G+D+GKI ++E    T + +    ET+GKTGCRRI PGQYLA DP+GRAIMI AVEKQKLVYV+NRD ++RL ISSPLEAH+SNAI F   G+DVGF+NPIFA +ELDY+EAD D TG  A    K LVYY+LDLGLNHVTR WS+ + R A++L+ +PGG  GP GVLV GEN + YK+++H E+   +PRR+     R +L+ S   H+Q  LFF L+QSELGDLYK+SL  +     V +I ++ FDT+PVA+S+ ITK G LFCASEFSNH +F F  +G  EG   A Q +   +D S        PTF P   L NL     ++SL+P+T ++V DLA E TPQ+YALCG  N+STLR+LRHGL VTE+A + LPGV  AV+  KE   D YD+YIV+SF +AT+VLEV E+VEEV  SGFL    +L V L+ ++ +LQV+  G+R + K QP  EW+APGKK IEK  AN RQVV++LAGGE+I+FEL  +  ++ E G   LG  E++ L++GEVP+ R R  FLAVG W+ +V+IL L P +L  Q + + L     +LCLA + +E +   S   ++ L+L IGL +GV Q+  +D     L+D R RFLGSKPVKLFR+ V+ KR +LALSSRSWLSY +Q R  +TPLS + L +A+ F++E CP G+VA++GE ++I  +++LG+ FNQ  + LRYTPR+ A++ G +R LV++E+DHNE+  A            K   G P+ + K              +A+++D  +             A ++P RGP+P +   WASC+R+ DPV   TV C EL ++E A S+    FH+R GE FI VGT K +  HP+ +  G ++ +YR++E  +LVL+H TE+ D+P AM EFQGRLLV VGK+LR+YDLG+KK+LRKCEN+  P+++V L   GDRV+A D  ES H  KY++ ENQL+ FADD VPRF+T + LLDYD++AG DKFGN+F+ R+P++VSD++DNPTGNR+LWDSG L+GAPNK+EQ  QFHVG+VVTS+ R++LVPGG E ++YSTI G IGAL+PF SR+DVDF+TH+EMYMRQEKP LCGRDH+SYRSY++P K+V DGDLCEQF SL  +KQK VA  LDRT  EV+KKLED RNRLL
Sbjct:    1 MHLLNLTLQPPSGINLAVYGNFTGPQ-AQEFVVARGNVLQLLRPD-ETGRLETVISTEVFGVIRSVHPFRLTGGTHDYLVLGSDSGKIVVVEVNAATNQFEERQNETYGKTGCRRITPGQYLAVDPKGRAIMIGAVEKQKLVYVMNRDASNRLTISSPLEAHRSNAIHFGIVGIDVGFENPIFACLELDYAEADADPTGNAAREAVKTLVYYELDLGLNHVTRRWSEQVIRSANMLVAIPGGSDGPGGVLVLGENTIQYKNENHPELTCMIPRREGET--RDILIVSAATHKQRDLFFVLLQSELGDLYKISL--DYSGNAVQEIKVQFFDTVPVASSMCITKTGLLFCASEFSNHYLFQFLSIG--EGDNTA-QSSSLYMDTSEY------PTF-PLRKLTNLAMASCLQSLSPVTQLIVDDLANEQTPQIYALCGPNNRSTLRVLRHGLPVTEMAASPLPGVAKAVWCLKESYADPYDKYIVVSFEDATLVLEVGETVEEVTESGFLRDHGSLLVTLLEDDSMLQVHQNGIRHVRKFQPVTEWKAPGKKVIEKCAANSRQVVISLAGGEVIYFELSSS-GDLAEKGKLDLG-FEVSSLDVGEVPEGRQRFQFLAVGSWDNSVRILSLDPNDLFRQKSTLALTSHPHTLCLAQLQSETSTADSELSSQSLYLNIGLDNGVLQQSRIDPITANLTDSRSRFLGSKPVKLFRVTVEGKRAILALSSRSWLSYFHQTRRHLTPLSCEYLSYASSFNSEQCPGGIVALAGEGMKILTLEQLGDTFNQQKVNLRYTPRK-AVVHGPSRRLVIIESDHNEFGAAY-----------KREHGLPIPDVK--------------NASSMDDEDEEDEAAD------ALVIP-RGPMPAEKNKWASCVRIYDPVSSHTVVCEELDEDERARSIATCIFHDRGGEVFIVVGTVKKMQLHPQVAPAGGYLRVYRVVEGMQLVLVHTTEIDDIPHAMCEFQGRLLVSVGKALRIYDLGKKKMLRKCENRNFPSILVELKSAGDRVYASDMHESFHLVKYKKDENQLIVFADDCVPRFITSSVLLDYDTLAGGDKFGNVFISRLPSEVSDEIDNPTGNRILWDSGLLNGAPNKLEQVAQFHVGEVVTSMVRSSLVPGGMEAIVYSTIMGRIGALVPFTSREDVDFYTHLEMYMRQEKPPLCGRDHLSYRSYFIPVKNVTDGDLCEQFVSLSPEKQKSVAEDLDRTPSEVLKKLEDMRNRLL 1198          

BLAST of mRNA_P-fluviatile_contig21.4537.1 vs. uniprot
Match: A0A5D6Y3T9_9STRA (DNA damage-binding protein 1 n=1 Tax=Pythium brassicum TaxID=1485010 RepID=A0A5D6Y3T9_9STRA)

HSP 1 Score: 1225 bits (3169), Expect = 0.000e+0
Identity = 649/1252 (51.84%), Postives = 867/1252 (69.25%), Query Frame = 2

Query:   23 MHVLSLNLQRGGAINASAYGNFSGTKKTEEIMVARGSMLELLRIDPDTDKLVSIIQQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGKITILEFLPETVELKAVHVETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSNAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDHAEVRAPLPRRKTMPPGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNAEQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYALCGRGNQSTLRILRHGLSVTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQESVEEVENSGFLATSSTLDVKLMANNKILQVYSQGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVAVMNLPHPAESLCLAYMAAEQAAGG------SNEQLFLYIGLTSGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVDRLGEVFNQAALPLRYTPRQIALLPGEARHLVVVEADHNEYNEAQVEAIKKEAEGDKEAAGGPVENGKKEAGAGDGAAQAPESAAAVDPMEXXXXXXXXXXXXGAAMMPIRGPLPPQDGSWASCIRMLDPVEGATVECLELVDNEAALSVTPVAFHNRNGESFIAVGTAKGLTFHPRSH-EGCFVHMYRILEN-RLVLLHKTEVPDVPLAMKEFQGRLLVGVGKSLRMYDLGRKKLLRKCENKQMPAMVVSLTVTGDRVFAGDQMESCHCFKYRRAENQLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPADVSDDVDNPTGNRLLWDSGHLSGAPNKVEQQLQFHVGDVVTSLRRTTLVPGGAEVLLYSTISGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPYDKQKLVAAGLDRTVGEVVKKLEDTRNRLL 3754
            MH+L+L LQ   A+N +AYGNF+G +  +E +VARG++L+LLR D D  +L ++I    F VVRSL  FRLT    DY VVG+D+GK+ +LE        +    ET+GKTGCRRI PGQYLA DP+GRA+M+ AVEKQKLVYV+NRD ++RL ISSPLEAH+S+AI F   G+DVGF+NPIFA +ELDY+EAD D +G  A    K +V+Y+LDLGLNHVTR WS+P+ R A+LL+ VPGG  GP GVLV GE+ + YK++ H E+   +PRR      RG ++ S   H+Q  LFF L+QSELGDLYKVSL  +     V ++ ++ FDT+P  +++ ITK G LFCASEF+NH +F F  +G  +    A+        D++E      PTF P   L NL     V+SL+P+T +LV DLA E TPQ+YALCG+  +S+LR+LRHGL VTE+A + LPGV  AV+  KE   D++D+YIV+SF +AT+VLEV E+VEEV  SGFL    +L V L+ +N +LQ++  G+R + K QP  EW+APGKK IEK  AN RQVV++LAGGE+I+FEL  A  ++ E G   LG  E+  L++GEVP  R R  FLAVG W+ +V+IL L P +L  Q + + L     +LCLA + +E ++ G      S++ L+L IGL +GV Q+  +D     L+D R RFLG+KPVKLFR+ V  KR VLALSSR+WLSY +Q R  +TPLS + L +A+ F++E CP GVVA++GE ++IF +++LG+ FNQ    LRYTPR+ A++   +R L+V+E+DHNEY  A            K   G P+ + K+ +   DG     + A                    A ++P RGP+P +   WASC+R+ DPV   TV C EL ++E A SV    FH+R GE F+ VGTAK +  HP +   G F+ +YR+++  +LVL+H TE+ D+P AM EFQGRLLV VGK+LR+YDLG+KK+LRKCEN+  P+++V L   GDRV+A D  ES H  KY++ ENQL+ FADD VPRF+T + +LDYD++AG DKFGN+FV R+P++VSD++DNPTGNR+LWDSG L+GAPNK+EQ  QFH+G+VVTS+ R +LVPGG E ++Y+T+ G IGAL+PF SR+DVDF+TH+EMYMRQEKP LCGRDH+SYRSY++P K+V DGDLC+QF+SL  +KQK VA  LDRT  EV+KKLED RNRLL
Sbjct:    1 MHLLNLTLQPPSAVNLAAYGNFTGAQ-AQEFVVARGNVLQLLRPD-DAGRLETVISTEVFGVVRSLQPFRLTGGAHDYLVVGSDSGKLVVLEVNAAAGRFEERQNETYGKTGCRRITPGQYLAVDPKGRAVMVGAVEKQKLVYVMNRDASNRLTISSPLEAHRSSAIHFGLVGLDVGFENPIFASLELDYAEADADPSGAAARAAVKTVVFYELDLGLNHVTRRWSEPVVRSANLLVAVPGGSDGPGGVLVLGESTIQYKNEGHPELACAIPRRAGET--RGAMIVSAATHKQRDLFFVLLQSELGDLYKVSL--DYSGNAVQEVKVQFFDTVPTTSAMCITKTGLLFCASEFANHYLFQFLSIGEGDRTAQASSL----FMDTAEY-----PTF-PLRRLTNLAMASTVQSLSPVTQLLVDDLANEQTPQIYALCGQNQRSSLRVLRHGLPVTEMAASPLPGVAKAVWCLKESFGDEHDKYIVVSFEDATLVLEVGETVEEVAESGFLRDHGSLLVTLLEDNSMLQIHQNGIRHVRKFQPVTEWKAPGKKVIEKCAANSRQVVISLAGGEVIYFELSPA-GDLAEKGKLDLG-FEVCSLDVGEVPDGRQRFQFLAVGSWDNSVRILSLDPNDLFRQKSTLALTSHPHTLCLAQLQSEVSSAGTDGLDKSSQSLYLSIGLDNGVLQQSRIDPITANLTDSRSRFLGAKPVKLFRVAVDGKRAVLALSSRAWLSYFHQTRRHLTPLSCEYLSYASSFNSEQCPGGVVALAGEGMKIFTLEQLGDTFNQQKTNLRYTPRK-AVVHAPSRRLIVIESDHNEYGAAY-----------KRQHGLPIPDVKQPSTGADGDGDXXDEA------------------DDALLIP-RGPVPAEANKWASCVRIFDPVANQTVVCEELDEDERARSVATCVFHDRGGEVFVVVGTAKKMQLHPAAALGGGFLRVYRVVDGAQLVLVHTTEIDDIPHAMCEFQGRLLVSVGKALRIYDLGKKKMLRKCENRNFPSVLVDLKTAGDRVYASDMHESFHLVKYKKDENQLIVFADDCVPRFVTASVVLDYDTLAGGDKFGNVFVSRLPSEVSDEIDNPTGNRILWDSGLLNGAPNKLEQVAQFHLGEVVTSMTRASLVPGGIEAIIYATVMGRIGALVPFTSREDVDFYTHLEMYMRQEKPPLCGRDHLSYRSYFVPVKNVTDGDLCDQFASLSPEKQKSVAEDLDRTPAEVLKKLEDMRNRLL 1203          

BLAST of mRNA_P-fluviatile_contig21.4537.1 vs. uniprot
Match: A0A7S3XVR0_HETAK (Hypothetical protein n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S3XVR0_HETAK)

HSP 1 Score: 1218 bits (3151), Expect = 0.000e+0
Identity = 637/1133 (56.22%), Postives = 812/1133 (71.67%), Query Frame = 2

Query:  377 GQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSNAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDHAEVRAPLPRRKTMPPGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNAEQT-EVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYALCGRGNQSTLRILRHGLSVTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQESVEEVENSGFLATSSTLDVKLMANNKILQVYSQGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPEN--LLEQVAVMNLPHPAESLCLAYMAAEQAAGGSNEQ-LFLYIGLTSGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSY---NYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVDRLGEVFNQAALPLRYTPRQIALLPGEARHLVVVEADHNEYNEAQVEAIKKEAEGDKEAAGGPVENGKKEAGAGDGAAQAPESAAAVDPMEXXXXXXXXXXXXGAAMMPIRGPLPPQDGSWASCIRMLDPVEGATVECLELVDNEAALSVTPVAFHNRNGESFIAVGTAKGLTFHPRSHEGCFVHMYRILENRLVLLHKTEVPDVPLAMKEFQGRLLVGVGKSLRMYDLGRKKLLRKCENKQMPAMVVSLTVTGDRVFAGDQMESCHCFKYRRAENQLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPADVSDDVDNPTGNRLLWDSGHLSGAPNKVEQQLQFHVGDVVTSLRRTTLVPGGAEVLLYSTISGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPYDKQKLVAAGLDRTVGEVVKKLEDTRNRLL 3754
            GQYLAADP+GRAIMI+AVEKQK+VYV+NRD +SRL ISSPLEAHK+  I++  CGVDVGF+NPIFA IELDYSEADQD+TGE     EK L YY+LDLGLNHVTR WS+PI+R A+LLL VPGG+ GP GVLV  ENWVAYKH  H EVR+PLPRR ++P  RG L+ +   H+Q  ++F L+QSE GD+YKV+L    +   EV D+ + VFDT+PVA++L IT+ G LF ASEF NH +F F  M  +   V A +  DPEL D + SAA VAP F   A  +NL   DEVESLAP   M V D  +E TPQ+YALCGRGN+S+LR+LRHG++V E+  +++PG PSAV+  K R  D++D+YIV+SFTNAT+VL + E+VEEV +SGFLA   TL V L+ +N  LQ++ +G+R +     P EW+ PGKK +E+A AN  Q+ +ALAGGE+I+FELD A   + EV T++LG VE+ACL++GE P+ RV++ +L VG ++  V++L L P    LLEQ A + LP  AESLCLA MAA  A G    Q + L+ GL +G  QR  +D  +GTLSDPR RFLGS+PV+LFR + + +R VLALSSR WLS+                   D+AA F++E CPEG+VAV+G  LRI  + RLG++FNQ A+PLRYTPR++  +P   R L++VE D NE+N A+ E I+ E           V N              P+    V+ MEXXXXXXXXXXXX  A   +RGP PP +G WASC+R+LDP  G T E LE+ DNEAA S     FH R GE+F+ VGTA+ L  HPR H GCF+H+YR++E+RLV LH+T V +VPLA+ EFQGRLL GVGKSLR+YDLG+KKLLRKCENK  P M+  + V GDR++  D MES H  KY+R +N L  FADDQVPR ++ +CLLDYD++AGA KFG++F LR+P +VSDDVDNPTGN+LLWD+G + GAPNK+E    FH+G+V+TS+ +  LVPGGAE +LY TI G+IGALLPF +R+DVDFF+H+EMY+RQE+ +  GRDH  YRSY++P K+ +DGDLCE F+ LP DKQ+ VA  LDRT GEV+KKLED RNRLL
Sbjct:    1 GQYLAADPKGRAIMIAAVEKQKMVYVMNRDASSRLTISSPLEAHKAQTIVYSVCGVDVGFENPIFAAIELDYSEADQDATGEAVLEAEKHLTYYELDLGLNHVTRKWSEPIARTANLLLAVPGGQDGPGGVLVVAENWVAYKHMAHPEVRSPLPRRASLPAERGTLIVAAAAHRQKDMYFFLLQSEYGDVYKVTLETAPDNLDEVRDVKVAVFDTLPVASALCITRTGLLFAASEFGNHHLFQFQGMADDPDTVAARRAEDPELGDDALSAAAVAPLFAVRARPRNLALFDEVESLAPALQMAVADYCQEGTPQVYALCGRGNRSSLRVLRHGIAVHEVVVSEMPGHPSAVWTVKGRKDDEHDKYIVVSFTNATLVLSIGETVEEVADSGFLAAVPTLAVALLDDNSTLQIHEKGIRHLRADARPAEWKTPGKKTLERAAANGAQLAVALAGGEVIYFELD-ASGALAEVATRELG-VEVACLDVGEPPEGRVKSAYLVVGGYDDTVRVLSLDPAQGPLLEQKAALTLPARAESLCLAQMAAADAGGAEAHQTMTLHAGLANGTAQRATLDLISGTLSDPRTRFLGSRPVRLFRTKAEGRRAVLALSSRPWLSHAPXXXXXXXXXXXXXXXXXDYAATFASEQCPEGIVAVAGGTLRILTLARLGDLFNQTAVPLRYTPRRMCPVPNTDR-LLIVECDQNEFNAAEREKIEAE-----------VRN-------------RPDVPQVVE-MEXXXXXXXXXXXXXPA---VRGPAPPTEGKWASCVRVLDPAAGETRELLEMGDNEAAFSCATCVFHGRGGEAFVVVGTARHLRLHPRRHGGCFLHVYRLIEDRLVPLHRTPVEEVPLALAEFQGRLLAGVGKSLRVYDLGKKKLLRKCENKTFPTMITDIKVQGDRIYVSDMMESFHLVKYKRGDNSLAVFADDQVPRALSASCLLDYDTVAGATKFGDVFTLRLPVEVSDDVDNPTGNKLLWDNG-VDGAPNKLENLTNFHIGEVITSITKAALVPGGAEAILYCTIQGTIGALLPFTTREDVDFFSHLEMYLRQERESPAGRDHTQYRSYFVPVKETVDGDLCELFAQLPADKQREVAENLDRTPGEVLKKLEDMRNRLL 1101          

BLAST of mRNA_P-fluviatile_contig21.4537.1 vs. uniprot
Match: H3G9Y5_PHYRM (Uncharacterized protein n=27 Tax=Peronosporaceae TaxID=4777 RepID=H3G9Y5_PHYRM)

HSP 1 Score: 1214 bits (3140), Expect = 0.000e+0
Identity = 649/1249 (51.96%), Postives = 862/1249 (69.02%), Query Frame = 2

Query:   23 MHVLSLNLQRGGAINASAYGNFSGTKKTEEIMVARGSMLELLRIDPDTDKLVSIIQQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGKITILEFLPETVELKAVHVETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSNAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDHAEVRAPLPRRKTMPPGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNAEQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYALCGRGNQSTLRILRHGLSVTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQESVEEVENSGFLATSSTLDVKLMANNKILQVYSQGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVAVMNLPHPAESLCLAYMAAEQAAGGS---NEQLFLYIGLTSGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVDRLGEVFNQAALPLRYTPRQIALLPGEARHLVVVEADHNEYNEAQVEAIKKEAEGDKEAAGGPVENGKKEAGAGDGAAQAPESAAAVDPMEXXXXXXXXXXXXGAAMMPIRGPLPPQDGSWASCIRMLDPVEGATVECLELVDNEAALSVTPVAFHNRNGESFIAVGTAKGLTFHP-RSHEGCFVHMYRILEN-RLVLLHKTEVPDVPLAMKEFQGRLLVGVGKSLRMYDLGRKKLLRKCENKQMPAMVVSLTVTGDRVFAGDQMESCHCFKYRRAENQLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPADVSDDVDNPTGNRLLWDSGHLSGAPNKVEQQLQFHVGDVVTSLRRTTLVPGGAEVLLYSTISGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPYDKQKLVAAGLDRTVGEVVKKLEDTRNRLL 3754
            MH+L+L LQ    ++ + YGNFS  +  +E +VARG +L+LLR D    +L  +I +  F VVRSL  FRLT   +DY VVG+D+GK+ +LE    T + +A   ET+GKTGCRRI PGQYLAADP+GRA+++ AVEKQKLVYV+NRD +SRL ISSPLEAH+SNAI     G+DVGF+NPIFA +ELDY++AD D +G+ A +  K LVYY+LDLGLNHVTR WS+ ++R A+LL+ VPGG  GP GVLV GEN V YK++ H E+   +PRR+     R +++ S   H+Q  LFF L+QSELGDLYK+SL  +     V +I I+ FDT+PVA+S+ ITK G LFCASEFSNH +F F  +G  EG   A +C+   +D +  S      TF P   LKNL     + SL+P+T +LV DLA E TPQMYALCG  N+S+LR+LRHGL +TE+A + LPGV  AV+  KE  +D YD+YIV+SF +AT+VLEV E+VEEV  SGFL    +L V L+ ++  LQ++  G+R + K QP  EW+APGKK IE   AN RQVV++LAGGEII+FEL ++ + + E G   LG  E+  L++GEVP+ R R  F+AVG W+  V+IL L P +L  Q + + L     +LCLA +  E +   S   ++ LFL IGL +GV Q+  +D     L+D R RFLG+ PVKLFR+ V+ KR +LALSSRSW+SY +Q R  +TPLS + L +A+ F++E CP G+VA++ E ++I  VD++G+ FNQ    LRYTPR+ A++   +R LVV+E+DHNEY  A            K   G P+                P+  +  +  E             A + P RGP P +   WASC+R++DP+   TV C EL  +E A S+    FH+R GE+FI VGT K +  HP ++  G ++ +YR++E  +LVL+H TE+ D+P AM EFQGRLLV VG++LR+YDLG+KK+LRKCEN+  P++++ L   GDR++A D  ES H  KY++ ENQLV FADD VPRF+T + LLDYD++ GADKFGN+FV R+P++VSD++DNPTGNR+LWDSG L+GAPNK+EQ  QFHVGDVVTS+ RT+LVPGG E ++Y+TI G +GAL+PF SR+DVDF++H+EMYMRQE+P LCGRDH+SYRSYY+P K+V DGDLCEQFS L  +KQ  VA  LDRT  EV+KKLED RNRLL
Sbjct:    1 MHLLNLTLQPPTGVHLAVYGNFSAAQ-AQEFVVARGDVLQLLRPDA-AGRLEVVISKQVFGVVRSLQPFRLTGGERDYLVVGSDSGKLVVLEVNATTSQFEARQSETYGKTGCRRITPGQYLAADPKGRAVLVGAVEKQKLVYVMNRDASSRLTISSPLEAHRSNAIHLGIVGLDVGFENPIFASLELDYADADADPSGQAARDAVKTLVYYELDLGLNHVTRRWSEQVARTANLLVAVPGGGDGPGGVLVMGENVVQYKNEGHPELTCAIPRREGE--HRDIIIVSAATHKQRDLFFVLLQSELGDLYKISL--DYSGNAVDEIKIQFFDTVPVASSMCITKTGLLFCASEFSNHYLFQFLSIG--EGDDTA-RCSSLAMDPAENS------TF-PLRKLKNLALASSMPSLSPVTQLLVDDLANEQTPQMYALCGNSNRSSLRVLRHGLPITEMAASALPGVAKAVWCLKESYSDPYDKYIVVSFEDATLVLEVGETVEEVAQSGFLRDHGSLLVALLEDDSKLQIHQNGIRHVPKFQPVTEWKAPGKKVIEHCAANSRQVVISLAGGEIIYFELGQSGE-LAEKGKLDLG-FEVCSLDLGEVPEGRQRFQFMAVGSWDNTVRILSLDPNDLFRQKSTLALTSHPHTLCLAQLQNETSTPDSEHSSQALFLSIGLDNGVLQQSLIDPITANLTDSRSRFLGTNPVKLFRVAVEGKRSILALSSRSWISYFHQTRRHLTPLSCELLSYASSFNSEQCPGGIVALTNEGMKILTVDQVGDTFNQQKCNLRYTPRK-AVVHAPSRRLVVIESDHNEYGAAY-----------KRQHGLPI----------------PDIRSPTEQEEDDEDEIND-----ALLFP-RGPQPTEKDKWASCVRIIDPLSCQTVVCEELDVDERARSIAACVFHDRGGEAFIVVGTVKKMQLHPQKAPAGGYLRVYRVVEGMQLVLVHTTEIDDIPHAMCEFQGRLLVSVGRALRIYDLGKKKMLRKCENRNFPSILIELKSAGDRIYASDMHESFHFVKYKKDENQLVIFADDCVPRFITSSVLLDYDTLCGADKFGNVFVSRLPSEVSDEIDNPTGNRILWDSGLLNGAPNKLEQVAQFHVGDVVTSMVRTSLVPGGIEAIIYATIMGRVGALIPFTSREDVDFYSHLEMYMRQEQPPLCGRDHLSYRSYYIPVKNVTDGDLCEQFSLLSAEKQASVAEDLDRTPAEVLKKLEDIRNRLL 1197          

BLAST of mRNA_P-fluviatile_contig21.4537.1 vs. uniprot
Match: A0A8K1FKY8_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1FKY8_PYTOL)

HSP 1 Score: 1206 bits (3119), Expect = 0.000e+0
Identity = 643/1251 (51.40%), Postives = 860/1251 (68.75%), Query Frame = 2

Query:   23 MHVLSLNLQRGGAINASAYGNFSGTKKTEEIMVARGSMLELLRIDPDTDKLVSIIQQPAFCVVRSLIAFRLTSTHKDYCVVGTDAGKITILEFLPETVELKAVHVETFGKTGCRRIVPGQYLAADPQGRAIMISAVEKQKLVYVLNRDTASRLAISSPLEAHKSNAIIFHTCGVDVGFDNPIFAVIELDYSEADQDSTGEEAANTEKQLVYYQLDLGLNHVTRLWSDPISRGASLLLPVPGGEAGPSGVLVCGENWVAYKHQDHAEVRAPLPRRKTMPPGRGLLVTSGTLHQQPGLFFHLIQSELGDLYKVSLVVNAEQTEVTDISIEVFDTIPVANSLQITKKGKLFCASEFSNHMMFHFHKMGGEEGAVVATQCADPELDDSSESAAQVAPTFTPSATLKNLWGLDEVESLAPLTDMLVGDLAREDTPQMYALCGRGNQSTLRILRHGLSVTELAENDLPGVPSAVFAFKERLTDDYDRYIVLSFTNATMVLEVQESVEEVENSGFLATSSTLDVKLMANNKILQVYSQGLRVIMKGQPPQEWRAPGKKQIEKACANERQVVLALAGGEIIFFELDEAMQNIQEVGTKQLGGVEIACLEMGEVPKDRVRAPFLAVGDWNGNVKILGLSPENLLEQVAVMNLPHPAESLCLAYMAAEQAA--GG---SNEQLFLYIGLTSGVCQRVAVDATAGTLSDPRQRFLGSKPVKLFRIQVQDKRGVLALSSRSWLSYNYQGRYQMTPLSYDPLDFAAEFSTEMCPEGVVAVSGEKLRIFGVDRLGEVFNQAALPLRYTPRQIALLPGEARHLVVVEADHNEYNEAQVEAIKKEAEGDKEAAGGPVENGKKEAGAGDGAAQAPESAAAVDPMEXXXXXXXXXXXXGAAMMPIRGPLPPQDGSWASCIRMLDPVEGATVECLELVDNEAALSVTPVAFHNRNGESFIAVGTAKGLTFHPR-SHEGCFVHMYRILEN-RLVLLHKTEVPDVPLAMKEFQGRLLVGVGKSLRMYDLGRKKLLRKCENKQMPAMVVSLTVTGDRVFAGDQMESCHCFKYRRAENQLVEFADDQVPRFMTKTCLLDYDSIAGADKFGNIFVLRVPADVSDDVDNPTGNRLLWDSGHLSGAPNKVEQQLQFHVGDVVTSLRRTTLVPGGAEVLLYSTISGSIGALLPFKSRDDVDFFTHMEMYMRQEKPTLCGRDHISYRSYYLPAKDVIDGDLCEQFSSLPYDKQKLVAAGLDRTVGEVVKKLEDTRNRLL 3754
            MH+L+L LQ    IN + YGNFS  +  +E +V+RG++L+LLR + D  +L ++I    F V+RSL  FRLT + +DY VVG+D+GKI +LE    T + +A   ET+GKTG RRI PGQY+AADP+GRA+MI A+EKQKLVYV+NRD ++RL ISSPLEAH+S+AI F   G+DVGF+NPIFA +ELDY+EAD D TG+    + K +VYY+LDLGLNHVTR WS+P+ R A++L+ VPGG  GP GVLV G N V YK+++H E+   LPRR      R +++ +   H+Q  LFF L+QSELGDLYK+SL  +     V ++ ++ FDTIPVA SL ITK G LF ASEF+NH +F F  +G  +    ++  A     D+SE      PTF+    LKNL     VE L+P+T +LV DLA E TPQMY LCGR N+STLR LRHGL VTE+A + LPGV  AV+  KE  +D +D+YIV+SF +AT+VL + E+VE++ + GF+    +L V LM ++ +LQV+  G+R I K QP  EW+APGKK IE+  AN RQ+V+ LAGGEII+FELD + + ++  G   LG  E+  L++GEVP+ R R P++A+G W+  V+IL L P +L  Q + + L     SLC+A +  E A+  GG   S   LFL IGL +GV Q++ +D    +L+D R RFLG+KPV+L R+ +Q KR +LALSSR WLSY +Q R  +TPLS + L +A+ F +E CPEG+VA+SGE ++I  +++LG+ FNQ    LRYTPR+ A++   +R L++VE+DHNE+N A                       K++ G            A  D  +              +++  RGP+P + G WASCIR+ DPV   TV C EL ++E A S+T   FH+R GE F+ VGT K +  HP+ +  G  + +YRI+E  +LVL+H TE   +P AM EFQGRLLV +G +LR+YDLG+KKLLRKCEN+  P++++ L  +GDRV+A D  ES H  KY++ ENQLV FADD VPR +T T +LDYD+IAGADKFGN+FV R+P++VSD+VDNPTGNR+LWDSG L+GAPNK+EQ  QF+VGDVVTS+ RT+LVPGG E ++Y+T+ G IGAL+PF SR+D+DF+TH+EMYMRQE P L GRDH+SYRSY++P K+V DGDLCEQF  LP +KQK +A  LDRT  EV+KKLED RNRLL
Sbjct:    1 MHLLNLTLQAPSGINLAVYGNFSAPQ-AQEFVVSRGNVLQLLRPN-DEGRLETVISTEVFGVIRSLQPFRLTGSTQDYLVVGSDSGKIVVLEVNASTNQFEARQNETYGKTGSRRITPGQYIAADPKGRAVMIGAIEKQKLVYVMNRDASNRLTISSPLEAHRSHAIHFAVVGLDVGFENPIFACLELDYAEADMDPTGDAVRESVKTVVYYELDLGLNHVTRRWSEPVVRSANMLVAVPGGSDGPGGVLVFGANVVQYKNENHPELVCALPRRAGEQ--RDIMIVAAATHKQRDLFFVLLQSELGDLYKISL--DYSGNVVQEVKVQYFDTIPVATSLCITKTGLLFAASEFANHYLFQFLSIGDGDDTAQSSSTAM----DTSEY-----PTFS-VRKLKNLTMASFVEGLSPVTQLLVDDLANELTPQMYTLCGRNNRSTLRALRHGLPVTEMAASGLPGVAKAVWCLKESNSDQHDKYIVVSFEDATLVLGIGETVEQLNDVGFITDQGSLLVHLMEDDSMLQVHPNGIRHIRKLQPMTEWKAPGKKVIERCAANARQLVICLAGGEIIYFELDVSGELLER-GKFDLG-FEVCSLDVGEVPEGRQRFPYVAIGSWDNTVRILALDPNDLFRQKSTLALTSHPHSLCMAQLQIEPASTDGGDSLSTSGLFLSIGLDNGVLQQLRLDPLTASLTDSRSRFLGAKPVQLVRVAIQGKRAILALSSRPWLSYFHQTRRHLTPLSCEMLSYASSFVSEQCPEGIVALSGEFMKILTLEQLGDTFNQQKTQLRYTPRK-AIVHAPSRRLIIVESDHNEFNAAY----------------------KRQKGH-----------AIPDIRDQQSADDEDDDETAQSLLIPRGPMPAESGKWASCIRVFDPVSNVTVACEELDEDEYARSITTCVFHDRGGEVFVVVGTVKQMKLHPQVAPAGGLLRVYRIVEGVQLVLVHTTETDGIPHAMCEFQGRLLVSIGNALRIYDLGKKKLLRKCENRNFPSVIIDLKASGDRVYASDLRESFHLVKYKKDENQLVIFADDCVPRHITSTAVLDYDTIAGADKFGNVFVTRLPSEVSDEVDNPTGNRILWDSGLLNGAPNKLEQVAQFYVGDVVTSIVRTSLVPGGMEAIVYATVMGRIGALVPFASREDLDFYTHLEMYMRQENPPLLGRDHLSYRSYFIPVKNVTDGDLCEQFVLLPPEKQKRIAEDLDRTPAEVLKKLEDIRNRLL 1199