mRNA_P-fluviatile_contig89.14991.1 (mRNA) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig89.14991.1 vs. uniprot
Match: A0A6B7EYT5_9PHAE (DNA-directed RNA polymerase n=1 Tax=Cladosiphon okamuranus TaxID=309737 RepID=A0A6B7EYT5_9PHAE)

HSP 1 Score: 2171 bits (5626), Expect = 0.000e+0
Identity = 1098/1278 (85.92%), Postives = 1195/1278 (93.51%), Query Frame = 1

Query:    1 MAKRSNIFSNNTINKKELKKIIEWAFKNYGQRRAAHFVDQLKEMGFEYATKSGISIGIEDLRIPPVKIEIMRRASSDAFLTEVQANNGEITEVERFQRIISIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGKIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQEGVKDEDEKGFLSLSELLNGRVLAASIFKPGTKKIIALRNQQVTASVVETIIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTEYGQDALLSENASWLGIINYKNRIIRLPVPENTIIFSENHTYIRDNQVLLEAAPKIKEMTLGEKEIKYINARHPGELFLGKNGSPQDYRKQNISDFRKRANKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFISFSRNKLTQELLGLKTQNYTSSSN-FKIFLESNNIEVSSCKVYLSPNCQIRLKPQLLNKNLFSFGSLCDKRYKTKTGGSFYISNLYKPRVIGKKSNSRLKSGSTIFYVPEAAIQIPSKKKDFKYKNGTYVKKYEEIFPDYFIAINGFLHFESEESIKYITIKPGQRYILEKELKFYKNLNEQIYYPGELILGQFLVSVLSYTELKNIKGDNFLYIRPITRYEFTNEQPHTALASDYFAPLNLIVEDFKLQIISGQQIKIDKPIQFIDKPLIIDYSLDLDDTELVFEFKGPEKKHSHAQIRFLYSQLFIFDHLIPKEIKKADVEVNLLVEEKQFTDPYTILGAFDTLAPFDDIISSIKKKSNRTRSEILLTTKSNYKEIFLDSFTHKYEPNKFLKTSKLFNNDILIRENGLIKEINGNKIVLHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLVTGDIVQGLPKINNILEARKPKIESLLATKPGFINSIRYTSEFIEITTKPSINNNYYKASRSQRLLVKKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYISQGVMISSKHVELIVKEMTQKVYIEDPGRTDFLPGDIIDLEQAQYINLCIKTSNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYLNKDITFTKALVPENITKEAHKLSLKTQLKLKESKLKKLVKFKYNK 3831
            M KR+NIF NNTINKKELKKIIEW+F+NYGQR+AA+FVDQLKEMGFEYATKS IS+ IEDLRIPP KI +MRRAS DAFLTEVQA NGEITEVERFQRII IWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGN+SQVRQLVGMRGLMSDPSG+IIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQE +K+ED+K FLSL ELLNGRVLAASI+KP T++I+A RNQQVT S++ET+IKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRT+YGQDALLSEN SW+G+INYKN+I+RLP+PE+TIIFSENHTYIRDNQVLLEAAPK+KEMTLGEKEIKY+NAR+PG+L LG NG PQDYRKQNI++FRKR  KNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFI FSRNKLTQEL+GLKTQNYT+S++ F+IFLESN+IEVSSCKVYLS N QIRLKPQL+NK LFSFGSLCDKRYKTKTGGSFYISNLYKPR IGKK N +LKSGSTIFY+PEA IQ  SKKKD K+KNG YVKKYEEIFPDYFI+INGF+HFE E S + I +KPG+RYIL+KELKFYK+ NEQIYYPGELIL +FLVS LSY EL+NI GD FLYIRPITRYEFTNE     L S+YFAPLNLIVEDFK+QIISGQQ+K+DK IQFID PL IDYS+DLDDTELVFEFK PEKK+S++QI  +YSQLFIFD+LIPKE+KK+DVEVNLL EEKQFTDPYTI+GAFDTL+PF++IISSIKKKSN+ RSEILLTTK++YKEIFLDS  H+YE NKF KT K FNN++LIRE+GLIKE++GNKIVLHLGQSYFFS GALVRKIPGDYIRRQETLGQL+FERL+TGDIVQGLPKINNILEARKPKIE+L++TKPGFINSIRYT  FI+ITTKPS  NNYYKA RSQRLLV+KYES+SVGQPLTQGSLNPHTLLHVYFRYFCSLG+LSTYESAYRSLK LQGLLLTSVQAIY+SQGV IS KHVELIV+EMTQKVYIE+PG+T FLPGDIIDL+QAQYINLCIK +NKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFY+NKDITFTK ++PEN+ KE   LSLK  +KLKESKLKKLVKFK+NK
Sbjct:    1 MVKRANIFLNNTINKKELKKIIEWSFRNYGQRKAAYFVDQLKEMGFEYATKSAISLSIEDLRIPPAKIALMRRASLDAFLTEVQAKNGEITEVERFQRIIYIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNLSQVRQLVGMRGLMSDPSGRIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQESIKEEDDKEFLSLGELLNGRVLAASIYKPDTQEILAFRNQQVTPSLLETLIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTQYGQDALLSENQSWVGVINYKNKIVRLPIPEDTIIFSENHTYIRDNQVLLEAAPKMKEMTLGEKEIKYVNARYPGKLILGINGFPQDYRKQNIAEFRKRGKKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFIRFSRNKLTQELIGLKTQNYTNSNSVFRIFLESNHIEVSSCKVYLSHNHQIRLKPQLVNKQLFSFGSLCDKRYKTKTGGSFYISNLYKPRTIGKKLNRKLKSGSTIFYLPEATIQTASKKKDLKFKNGDYVKKYEEIFPDYFISINGFIHFEMEGSTQSIVVKPGKRYILDKELKFYKHFNEQIYYPGELILNKFLVSYLSYIELENINGDTFLYIRPITRYEFTNEHAEPVLNSNYFAPLNLIVEDFKVQIISGQQVKVDKSIQFIDSPLTIDYSMDLDDTELVFEFKKPEKKNSYSQISIIYSQLFIFDNLIPKELKKSDVEVNLLTEEKQFTDPYTIIGAFDTLSPFNNIISSIKKKSNKIRSEILLTTKADYKEIFLDSLNHEYEQNKFFKTDKAFNNELLIREDGLIKEVSGNKIVLHLGQSYFFSNGALVRKIPGDYIRRQETLGQLVFERLITGDIVQGLPKINNILEARKPKIEALISTKPGFINSIRYTPTFIQITTKPS-KNNYYKALRSQRLLVRKYESISVGQPLTQGSLNPHTLLHVYFRYFCSLGILSTYESAYRSLKNLQGLLLTSVQAIYVSQGVRISGKHVELIVREMTQKVYIENPGKTYFLPGDIIDLDQAQYINLCIKNTNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYINKDITFTKVVLPENLVKEEDNLSLKKLVKLKESKLKKLVKFKFNK 1277          

BLAST of mRNA_P-fluviatile_contig89.14991.1 vs. uniprot
Match: D1J789_ECTSI (DNA-directed RNA polymerase n=2 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D1J789_ECTSI)

HSP 1 Score: 2107 bits (5459), Expect = 0.000e+0
Identity = 1066/1278 (83.41%), Postives = 1178/1278 (92.18%), Query Frame = 1

Query:    1 MAKRSNIFSNNTINKKELKKIIEWAFKNYGQRRAAHFVDQLKEMGFEYATKSGISIGIEDLRIPPVKIEIMRRASSDAFLTEVQANNGEITEVERFQRIISIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGKIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQEGVKDEDEKGFLSLSELLNGRVLAASIFKPGTKKIIALRNQQVTASVVETIIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTEYGQDALLSENASWLGIINYKNRIIRLPVPENTIIFSENHTYIRDNQVLLEAAPKIKEMTLGEKEIKYINARHPGELFLGKNGSPQDYRKQNISDFRKRANKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFISFSRNKLTQELLGLKTQNYT-SSSNFKIFLESNNIEVSSCKVYLSPNCQIRLKPQLLNKNLFSFGSLCDKRYKTKTGGSFYISNLYKPRVIGKKSNSRLKSGSTIFYVPEAAIQIPSKKKDFKYKNGTYVKKYEEIFPDYFIAINGFLHFESEESIKYITIKPGQRYILEKELKFYKNLNEQIYYPGELILGQFLVSVLSYTELKNIKGDNFLYIRPITRYEFTNEQPHTALASDYFAPLNLIVEDFKLQIISGQQIKIDKPIQFIDKPLIIDYSLDLDDTELVFEFKGPEKKHSHAQIRFLYSQLFIFDHLIPKEIKKADVEVNLLVEEKQFTDPYTILGAFDTLAPFDDIISSIKKKSNRTRSEILLTTKSNYKEIFLDSFTHKYEPNKFLKTSKLFNNDILIRENGLIKEINGNKIVLHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLVTGDIVQGLPKINNILEARKPKIESLLATKPGFINSIRYTSEFIEITTKPSINNNYYKASRSQRLLVKKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYISQGVMISSKHVELIVKEMTQKVYIEDPGRTDFLPGDIIDLEQAQYINLCIKTSNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYLNKDITFTKALVPENITKEAHKLSLKTQLKLKESKLKKLVKFKYNK 3831
            M KRSNIFSNNTINKKELKKIIEWAFKNYGQR+AA+FVDQLKEMGFEYATKSGISI IEDLRIPPVKI++MRRAS DAFLTE QA NGEITEVERFQRII IWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNI+QVRQLVGMRGLMSDPSG+IIDRAIG NFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERG+FLQE VKD+DEKGFL L+ELLNGRVLA+SIFKPGTKKIIA RNQ++T+S+VE +IK+NI KVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKL PYRTEYGQ ALLSEN SWLGII Y+N+IIRLP+PE+TIIFS+NH YI DNQVLLEAAPK+KEMTLGEKEIKY+NARHPG++FL +N  PQD+  QNI++FRKR  KNYSFWVLSGEVL TAFDT+IRAR+LEKIYKDQSIAQSKIVTTIGGF+ FSRNK TQELLGLKTQN T   S FKIF+ESN+IE+S+CKVYLS   QI LKPQL+NK LFSFGSLC+ +YKTKTGG+FYISNLYKPR IGKK N+++KSGSTIFY+P+A I+  S +K+FK+K G+YVKK++EIFPDYFI+INGF++F+     K ITIKPG+++ ++KELKFY +LNEQIYYPGELIL +F V+VLSY E ++  G  FLYIRPITRYEFTNE P   L S+YFAPLNLIVEDFK+QIISGQ+IKIDKPIQFI+ PLIIDYSLDLDDTELVFEFK PEKK+S ++I F+YSQ+ +FD +IPKEIKK D+EVNLLVEEKQFTDPYTI+GAFDTL+PF++ I SIKKK NR RSEILLTTK++Y+EIFLDSF+H+YE  KF KT+KLFNNDI+IRE+GL+KE+ GNK+VLHLGQSYFFS GALVRKIPGDYIRRQETLGQLIFERL+TGDIVQGLPKINNILEARKPKIESLL+T+PGFINSIRYTS FI I TKPSI N+YYKASRSQRL+V+KYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLG+LSTYESAYRSLKKLQGLLLTSVQAIY+SQGVMISSKHVELIV+EMT KVY+E PG+T+FLPGDIIDLEQAQYINLCIK +N+LGFRPILLGITKSSLKTDSFLAAASFQETTRVLT AAIQGKTDWLRGLKENAITGRLIPAGTGFY+NKDITFTK LVPE    E   L+LK QLK+KE+KLKKLV+FKYNK
Sbjct:    1 MLKRSNIFSNNTINKKELKKIIEWAFKNYGQRKAAYFVDQLKEMGFEYATKSGISISIEDLRIPPVKIDLMRRASFDAFLTEAQAKNGEITEVERFQRIIYIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNIAQVRQLVGMRGLMSDPSGRIIDRAIGANFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGIFLQESVKDKDEKGFLPLTELLNGRVLASSIFKPGTKKIIAFRNQEITSSLVENLIKANITKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLCPYRTEYGQAALLSENNSWLGIITYENKIIRLPIPEDTIIFSKNHKYITDNQVLLEAAPKMKEMTLGEKEIKYVNARHPGQIFLEENSCPQDFLTQNIAEFRKRGQKNYSFWVLSGEVLPTAFDTIIRARILEKIYKDQSIAQSKIVTTIGGFVRFSRNKSTQELLGLKTQNTTREQSIFKIFIESNHIEISNCKVYLSHTYQIILKPQLINKRLFSFGSLCNNKYKTKTGGNFYISNLYKPRPIGKKLNNKVKSGSTIFYLPKATIRTGSNEKEFKFKKGSYVKKHDEIFPDYFISINGFINFDIAAQTKSITIKPGEKHRVDKELKFYTDLNEQIYYPGELILDKFEVTVLSYIEFESNAGKTFLYIRPITRYEFTNEYPRQILNSNYFAPLNLIVEDFKVQIISGQEIKIDKPIQFIESPLIIDYSLDLDDTELVFEFKKPEKKNSPSKINFIYSQICLFDTVIPKEIKKTDIEVNLLVEEKQFTDPYTIIGAFDTLSPFNNTILSIKKKCNRVRSEILLTTKTDYREIFLDSFSHQYEEKKFFKTNKLFNNDIIIREDGLLKEVKGNKLVLHLGQSYFFSNGALVRKIPGDYIRRQETLGQLIFERLITGDIVQGLPKINNILEARKPKIESLLSTRPGFINSIRYTSNFIVIGTKPSIKNDYYKASRSQRLVVRKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGLLSTYESAYRSLKKLQGLLLTSVQAIYVSQGVMISSKHVELIVREMTHKVYVESPGKTNFLPGDIIDLEQAQYINLCIKNNNQLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTGAAIQGKTDWLRGLKENAITGRLIPAGTGFYINKDITFTKVLVPEKSANEEQNLTLKAQLKVKEAKLKKLVRFKYNK 1278          

BLAST of mRNA_P-fluviatile_contig89.14991.1 vs. uniprot
Match: A0A344PFA2_9PHAE (DNA-directed RNA polymerase n=5 Tax=Scytosiphonaceae TaxID=2891 RepID=A0A344PFA2_9PHAE)

HSP 1 Score: 2106 bits (5457), Expect = 0.000e+0
Identity = 1070/1278 (83.72%), Postives = 1172/1278 (91.71%), Query Frame = 1

Query:    1 MAKRSNIFSNNTINKKELKKIIEWAFKNYGQRRAAHFVDQLKEMGFEYATKSGISIGIEDLRIPPVKIEIMRRASSDAFLTEVQANNGEITEVERFQRIISIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGKIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQEGVKDEDEKGFLSLSELLNGRVLAASIFKPGTKKIIALRNQQVTASVVETIIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTEYGQDALLSENASWLGIINYKNRIIRLPVPENTIIFSENHTYIRDNQVLLEAAPKIKEMTLGEKEIKYINARHPGELFLGKNGSPQDYRKQNISDFRKRANKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFISFSRNKLTQELLGLKTQNYTSSSN-FKIFLESNNIEVSSCKVYLSPNCQIRLKPQLLNKNLFSFGSLCDKRYKTKTGGSFYISNLYKPRVIGKKSNSRLKSGSTIFYVPEAAIQIPSKKKDFKYKNGTYVKKYEEIFPDYFIAINGFLHFESEESIKYITIKPGQRYILEKELKFYKNLNEQIYYPGELILGQFLVSVLSYTELKNIKGDNFLYIRPITRYEFTNEQPHTALASDYFAPLNLIVEDFKLQIISGQQIKIDKPIQFIDKPLIIDYSLDLDDTELVFEFKGPEKKHSHAQIRFLYSQLFIFDHLIPKEIKKADVEVNLLVEEKQFTDPYTILGAFDTLAPFDDIISSIKKKSNRTRSEILLTTKSNYKEIFLDSFTHKYEPNKFLKTSKLFNNDILIRENGLIKEINGNKIVLHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLVTGDIVQGLPKINNILEARKPKIESLLATKPGFINSIRYTSEFIEITTKPSINNNYYKASRSQRLLVKKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYISQGVMISSKHVELIVKEMTQKVYIEDPGRTDFLPGDIIDLEQAQYINLCIKTSNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYLNKDITFTKALVPENITKEAHKLSLKTQLKLKESKLKKLVKFKYNK 3831
            MAKRSNIFSNNTINKKELKKII WAFKNYGQR+AA FVDQLKE+GFEYATKSGISIGIEDLRIPP+KI++MR+AS DAFLTE QA NGEITEVERFQRII IWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSG+IIDRAIG+NFREGLSITDYIISSYGARKGLVDTA+KTADSGYLTRRLVEVAQSIIISELDCKT+RGVFLQEGVKDE+EKGFLSL+ELLNGRVLA+SI +P TKKIIALRNQQ+T+S++E +IK  INKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRT+YGQ+ALLSEN SWLG+I Y N+IIRLP+PENTIIFSENHTYI DNQVLLEAAPK+KE+TLGEKEIKY+NARHPG++ L KNGSPQDY+KQNISDFRKR  KNYSFWVLSGEVL+TAFDTVIRAR LEKIYKDQSIAQSKIVTTIGGFI FSRNK TQELLGLKTQNYT   N FKIF+ESN+IEVS CKVYLS   QI LKPQL+NK LFSFGSLC+ +YKTKTGGSF+IS+LYKPR +G   N++LKSGSTIFYVPEA I+  SK+KDFK+KNGTYVKK+EEIFPDYFI+I+GF+ F  EE  KYITIKPGQRY L KELKFYK+L+EQIYYPGE ILG+F + VLSY EL+++ G+ +L IRPITRYEFTNEQP   L S+ FAPLNLIVEDF++QI+SGQQI IDKPIQFID PLII+YSLDLDDTEL+FE K P+KK+S++QI F+Y Q+F+FD++IPKEIKK D+EVNLLVEE+QFTDPYTI+GAFDTL+PF++IISSIKKKSN+TRSE+LLTTKS+Y EIFLDSF H Y+PNKF                    EI GNKI +HLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERL+TGDIVQGLPKINNILEARKPKIESLLAT+PGFINSIRYTS FI I TKPSI N+YYKASRSQRL+V+KYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIY+SQGVMISSKHVELIVKEMT +VYIE PG+T FLPGDIIDL+QAQYINLC+K SN+LGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWL GLKENAITGRLIPAGTGFY+NKDITF K L+PE + KE + LSLKTQ+KLKE+KLKK+V+FKYNK
Sbjct:    1 MAKRSNIFSNNTINKKELKKIIGWAFKNYGQRKAAFFVDQLKEIGFEYATKSGISIGIEDLRIPPIKIDLMRKASLDAFLTEAQAKNGEITEVERFQRIIYIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGRIIDRAIGSNFREGLSITDYIISSYGARKGLVDTAVKTADSGYLTRRLVEVAQSIIISELDCKTKRGVFLQEGVKDENEKGFLSLTELLNGRVLASSIVEPETKKIIALRNQQITSSLIENLIKFKINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTKYGQNALLSENDSWLGVITYDNKIIRLPIPENTIIFSENHTYITDNQVLLEAAPKMKEITLGEKEIKYVNARHPGKIILEKNGSPQDYQKQNISDFRKRGKKNYSFWVLSGEVLSTAFDTVIRARKLEKIYKDQSIAQSKIVTTIGGFIRFSRNKSTQELLGLKTQNYTREENIFKIFIESNHIEVSKCKVYLSYTHQIILKPQLINKRLFSFGSLCNNKYKTKTGGSFFISDLYKPRPLGSNLNNKLKSGSTIFYVPEATIRTDSKEKDFKFKNGTYVKKHEEIFPDYFISIDGFITFTIEEPTKYITIKPGQRYKLNKELKFYKDLHEQIYYPGEFILGEFEIYVLSYIELESVHGETYLSIRPITRYEFTNEQPLQILNSNSFAPLNLIVEDFRIQILSGQQITIDKPIQFIDSPLIINYSLDLDDTELIFELKKPKKKNSYSQISFIYGQIFLFDNVIPKEIKKTDIEVNLLVEEEQFTDPYTIIGAFDTLSPFNNIISSIKKKSNKTRSELLLTTKSDYAEIFLDSFNHDYKPNKFFXXXXXXXXXXXXXXXXXXXEIKGNKITIHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLITGDIVQGLPKINNILEARKPKIESLLATRPGFINSIRYTSNFIVIATKPSIKNDYYKASRSQRLVVRKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYVSQGVMISSKHVELIVKEMTHRVYIEYPGKTHFLPGDIIDLDQAQYINLCLKNSNQLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLLGLKENAITGRLIPAGTGFYINKDITFNKVLLPERLVKEQNNLSLKTQIKLKETKLKKVVRFKYNK 1278          

BLAST of mRNA_P-fluviatile_contig89.14991.1 vs. uniprot
Match: A0A1I9LV94_9PHAE (DNA-directed RNA polymerase n=1 Tax=Pleurocladia lacustris TaxID=246121 RepID=A0A1I9LV94_9PHAE)

HSP 1 Score: 1981 bits (5133), Expect = 0.000e+0
Identity = 1003/1280 (78.36%), Postives = 1140/1280 (89.06%), Query Frame = 1

Query:    1 MAKRSNIFSNNTINKKELKKIIEWAFKNYGQRRAAHFVDQLKEMGFEYATKSGISIGIEDLRIPPVKIEIMRRASSDAFLTEVQANNGEITEVERFQRIISIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGKIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQEGVKDEDEKGFLSLSELLNGRVLAASIFKPGTKKIIALRNQQVTASVVETIIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTEYGQDALLSENASWLGIINYKNRIIRLPVPENTIIFSENHTYIRDNQVLLEAAPKIKEMTLGEKEIKYINARHPGELFLGKNGSPQDYRKQNISDFRKRANKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFISFSRNKLTQELLGLKTQNYTSSSN-FKIFLESNNIEVSSCKVYLSPNCQIRLKPQLLNKNLFSFGSLCDKRYKTKTGGSFYISNLYKPRVIGKKSNSRLKSGSTIFYVPEAAIQIPSKKKDFKYKNGTYVKKYEEIFPDYFIAINGFLHFESEESIKYITIKPGQRYILEKELKFYKNLNEQIYYPGELILGQFLVSVLSYTELKNI--KGDNFLYIRPITRYEFTNEQPHTALASDYFAPLNLIVEDFKLQIISGQQIKIDKPIQFIDKPLIIDYSLDLDDTELVFEFKGPEKKHSHAQIRFLYSQLFIFDHLIPKEIKKADVEVNLLVEEKQFTDPYTILGAFDTLAPFDDIISSIKKKSNRTRSEILLTTKSNYKEIFLDSFTHKYEPNKFLKTSKLFNNDILIRENGLIKEINGNKIVLHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLVTGDIVQGLPKINNILEARKPKIESLLATKPGFINSIRYTSEFIEITTKPSINNNYYKASRSQRLLVKKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYISQGVMISSKHVELIVKEMTQKVYIEDPGRTDFLPGDIIDLEQAQYINLCIKTSNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYLNKDITFTKALVPENITKEAHKLSLKTQLKLKESKLKKLVKFKYNK 3831
            M KRSNIFSNNTINKKELKKIIEWAF NYGQR+AA+FVDQLKE+GFEYATKSGISI IEDL++PPVKIE+M+RASSDA LTE QA NGEITEVERFQR+I IWN+TSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLM DPSG+IID+AI  NFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDC+T+RGVFLQEG+ DEDEKGFLSL+ELL GRVLA+SIF+PGTKKIIA RNQQ+T+S+VE +IK  I K+LVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFT ELIRQ R+ + GYLDFMSE+KLRPYRT+YG+DALL+EN SW+GII Y N I+RL + E+TIIFSENH Y+ +NQVLLEAAPK +EMTLGEKEIKY+NA H G++FL KNGSPQDY KQNI  FRKR+ +NYSFWVLSG VL+  F+TVIRAR+LEKIYK+QSIAQSKIVTTIGGFI F + K TQE+LGLK QNY    + FKIF+ES +IEVS+CK+YLS   QI LKPQ++NK LFSFG LC+  YKTKTGGSFYISNLYKPR +  K N++LKSGSTIFY+PEA IQ  SK+K+FK+KNG YVKKYEEIFPD F++I+GF++FE EE  KYITIKPGQ+YIL+KE  FYK+LNEQIYYPGE IL +F V VLSY EL++    G+ +LY+RPITRYEFTNE P   L S+ FAPLNLIVEDFK++IISGQ+IKIDKPIQFID  LI+D  +DLDDTELVFE K P KK+S   IRF+YSQ+F+FD+++PK I K D+E N+LVEE QFTDPYTI+G FDTL+P ++IISSIKKK NR RSE+L+TT SNY+EIFLDSF + YE +KF KT+KL +ND+LI E+GL+KE+ GNKIVLHLGQSYFFSTGAL+RKIPGDYIR+QETLGQLIFERL+TGDIVQGLPKINNILEARKPKIESL++T+PGFI+SI+YT+ FI I+TKPSI N+YYKA+RSQRLLV+K ES+SVGQPLTQGSLNPHTLLHVYFRYFCSLGVLS+YE+AY SLKKLQGLLL SVQAIY+SQGVMIS KHVELI++EMT KVY+E PG T+FLPGDIIDL+QAQYINLCIK +N+L FRPILLGITKSSLKTDSFLAAASFQETTRVLT AAIQGKTDWLRGLKENAITGRLIPAGTGFY+NKD T  K L+P+   KE   ++LK+ LKLKESKLKKL++FKYNK
Sbjct:    1 MVKRSNIFSNNTINKKELKKIIEWAFTNYGQRKAAYFVDQLKEIGFEYATKSGISISIEDLKVPPVKIELMKRASSDAILTEAQAKNGEITEVERFQRLIYIWNSTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMCDPSGRIIDKAIAANFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCRTQRGVFLQEGIDDEDEKGFLSLTELLKGRVLASSIFEPGTKKIIAFRNQQITSSLVEMLIKFKIYKILVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTGELIRQARITFCGYLDFMSEVKLRPYRTQYGEDALLAENKSWIGIITYGNNILRLSIAEDTIIFSENHQYVSNNQVLLEAAPKRREMTLGEKEIKYVNAIHSGKIFLEKNGSPQDYNKQNIVKFRKRSKRNYSFWVLSGNVLSIGFETVIRARILEKIYKEQSIAQSKIVTTIGGFIKFFKTKSTQEILGLKIQNYIDGKSIFKIFIESTHIEVSNCKIYLSHIHQIILKPQIINKQLFSFGYLCNNNYKTKTGGSFYISNLYKPRPLVNKLNNKLKSGSTIFYLPEATIQTDSKEKEFKFKNGGYVKKYEEIFPDCFVSIDGFINFEVEEPTKYITIKPGQKYILDKEFIFYKDLNEQIYYPGEFILDEFEVYVLSYLELEHNHNNGETYLYVRPITRYEFTNEYPFQFLNSNSFAPLNLIVEDFKVKIISGQKIKIDKPIQFIDSRLILDCFIDLDDTELVFEVKKPNKKNSPGYIRFIYSQIFLFDNVMPKGINKTDLEFNILVEENQFTDPYTIIGTFDTLSPSNNIISSIKKKCNRIRSELLVTTTSNYREIFLDSFNNNYEEHKFFKTNKLCDNDLLIYEDGLVKEVQGNKIVLHLGQSYFFSTGALIRKIPGDYIRQQETLGQLIFERLITGDIVQGLPKINNILEARKPKIESLISTRPGFISSIQYTTNFIIISTKPSIKNDYYKANRSQRLLVRKSESISVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSSYEAAYISLKKLQGLLLRSVQAIYVSQGVMISGKHVELIIREMTYKVYVEYPGNTNFLPGDIIDLDQAQYINLCIKKNNQLVFRPILLGITKSSLKTDSFLAAASFQETTRVLTGAAIQGKTDWLRGLKENAITGRLIPAGTGFYINKDATSNKVLLPQKGLKEEDNVTLKSALKLKESKLKKLIRFKYNK 1280          

BLAST of mRNA_P-fluviatile_contig89.14991.1 vs. uniprot
Match: A0A8F0F804_9PHAE (DNA-directed RNA polymerase n=2 Tax=Laminariales TaxID=2886 RepID=A0A8F0F804_9PHAE)

HSP 1 Score: 1856 bits (4807), Expect = 0.000e+0
Identity = 941/1282 (73.40%), Postives = 1087/1282 (84.79%), Query Frame = 1

Query:    1 MAKRSNIFSNNTINKKELKKIIEWAFKNYGQRRAAHFVDQLKEMGFEYATKSGISIGIEDLRIPPVKIEIMRRASSDAFLTEVQANNGEITEVERFQRIISIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGKIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQEGVKDEDEKGFLSLSELLNGRVLAASIFKPGTKKIIALRNQQVTASVVETIIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTEYGQDALLSENASWLGIINYKNRIIRLPVPENTIIFSENHTYIRDNQVLLEAAPKIKEMTLGEKEIKYINARHPGELFLGKNGSPQDYRKQNISDFRKRANKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFISFSRNKLTQELLGLKTQNYTSS-SNFKIFLESNNIEVSSCKVYLSPNCQIRLKPQLLNKNLFSFGSLCDKRYKTKTGGSFYISNLYKPRVIGKK----SNSRLKSGSTIFYVPEAAIQIPSKKKDFKYKNGTYVKKYEEIFPDYFIAINGFLHFESEESIKYITIKPGQRYILEKELKFYKNLNEQIYYPGELILGQFLVSVLSYTELKNIKGDNFLYIRPITRYEFTNEQPHTALASDYFAPLNLIVEDFKLQIISGQQIKIDKPIQFIDKPLIIDYSLDLDDTELVFEFKGPEKKHSHAQIRFLYSQLFIFDHLIPKEIKKADVEVNLLVEEKQFTDPYTILGAFDTLAPFDDIISSIKKKSNRTRSEILLTTKSNYKEIFLDSFTHKYEPNKFLKTSKLFNNDILIRENGLIKEINGNKIVLHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLVTGDIVQGLPKINNILEARKPKIESLLATKPGFINSIRYTSEFIEITTKPSINNNYYKASRSQRLLVKKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYISQGVMISSKHVELIVKEMTQKVYIEDPGRTDFLPGDIIDLEQAQYINLCIKTSNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYLNKDITFTKALVPENITKEAHKLSLKTQLKLKESKLKKLVKFKYNK 3831
            M  RS IFSNNTINKKELKKIIEWAFKNYGQR+AA+FVDQLKE+GFEYATKSGISI IEDLRIPP KI +M+ AS D FL E QANNGEITEVERFQRII IWN+TSEELKERLI+FFKK DPLNSVYIMAFSGARGNI+QVRQLVGMRGLMSDP+GKIIDRAIG NFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERG+F++E + ++DEKGFLSL+ELLNGRVLA+SIFKPGTK  IALRNQQ+T S++E ++K  INKVL+RSPLTCECRRAVCQHCYGWNLALG LVELGETVGLIAAQSIGEPGTQLTMRTFHTGG+FTSELIRQGR + SGYL+F+ ELK+ PYRT YGQDA++SEN SWL IINY N I+++ V   TII   NH YI+ NQVL EAAPKIKE+ L EKEIKYI A+ PGE+ L KNG P+D   +    F +R+ KNY FWVLSG+V +  F+T ++ R LEKIY++Q+IAQSK+VTTIGGF+ FSRNKLTQE+  L  QN +    NFKIFLE NNIEV+ CKVYLS   +I LKP+L N  LFS G L +K+YKTKTGG FYISN YKP +IG K    S  + KSGSTIFY+PEA IQ  S KKDFK+K G+YV K +EIFP+YF  I GF  +E+E+  K ITIKPGQRY+L+K +K +K +NEQ+YYPGE IL QF + VLSY E ++I    +LYIRPITRYEFTNE+P      + FAPL+++VE+F LQI+SGQ IKID PIQF+D PL+IDYSL  +DTEL+FEFKGPEKK+S+ Q++  YSQ F+FD +IPKE+KK D+ +NL+VEEKQF DPYTILG+FDTL PFD+ + SIK K N  +S +LLTTKS+Y+EIFLDSFTH Y+ N+FLK +KLFNN+ LI+ +GL+ E+ GNKIVLHLGQ YFFS GAL+RKIPGDYI++QE  GQL++ERL TGDIVQGLPKI+NILEARKPK E+LL+T+ GFI SI+Y+S+ I I+T PS+  +YY ASRS+RLLVKKYE +SVGQPLT+G LNPHTLLHVYFRYFCSLG LS YESAYRSLKKLQ LLLTSVQAIYISQGV+IS KHVELIV+EMT KV+IE PG+T+FLPGDIIDL+QAQYINLCIK +NKLGFRPILLGITKSSLKTD FLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFY N+DITF KAL+PE +  +   LSLK QLKLK++KLKKL+KFKYNK
Sbjct:    1 MLNRSKIFSNNTINKKELKKIIEWAFKNYGQRKAAYFVDQLKEIGFEYATKSGISISIEDLRIPPAKIPLMKIASQDVFLAESQANNGEITEVERFQRIIYIWNSTSEELKERLIDFFKKNDPLNSVYIMAFSGARGNIAQVRQLVGMRGLMSDPNGKIIDRAIGANFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGIFIEEDL-EKDEKGFLSLNELLNGRVLASSIFKPGTKDSIALRNQQITPSLLEKLLKFKINKVLIRSPLTCECRRAVCQHCYGWNLALGTLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGIFTSELIRQGRAHCSGYLNFLPELKVSPYRTNYGQDAVVSENQSWLAIINYANEIVKVRVEARTIILVANHNYIKRNQVLFEAAPKIKEINLAEKEIKYICAKEPGEIVLEKNGFPEDSSNE---IFTQRSKKNYIFWVLSGQVFSIGFNTALKIRKLEKIYRNQAIAQSKMVTTIGGFVHFSRNKLTQEINSLNIQNSSEGLGNFKIFLERNNIEVTKCKVYLSHTHEILLKPELFNNRLFSLGFLRNKKYKTKTGGQFYISNFYKPTLIGNKLGNKSTGKFKSGSTIFYIPEATIQTTSNKKDFKFKKGSYVNKNKEIFPNYFTNIEGFADYETEKRTKCITIKPGQRYLLDKNIKLHKEINEQVYYPGEFILNQFEIEVLSYIEFEDINEQVYLYIRPITRYEFTNERPIKNFQPNCFAPLDVMVENFNLQIVSGQHIKIDYPIQFVDSPLVIDYSLQSNDTELIFEFKGPEKKNSYGQVKLSYSQTFLFDTVIPKELKKTDISLNLIVEEKQFVDPYTILGSFDTLFPFDNFVHSIKIKRNSIKSNVLLTTKSDYQEIFLDSFTHNYKQNQFLKVNKLFNNNALIKNSGLMHEVAGNKIVLHLGQPYFFSKGALIRKIPGDYIKKQENFGQLVYERLKTGDIVQGLPKIDNILEARKPKAEALLSTRQGFIKSIKYSSDLILISTTPSLRQDYYIASRSERLLVKKYECISVGQPLTEGPLNPHTLLHVYFRYFCSLGTLSVYESAYRSLKKLQTLLLTSVQAIYISQGVIISGKHVELIVREMTHKVFIEYPGKTNFLPGDIIDLDQAQYINLCIKNNNKLGFRPILLGITKSSLKTDGFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYANQDITFNKALLPEKLVTKKDNLSLKKQLKLKQTKLKKLIKFKYNK 1278          

BLAST of mRNA_P-fluviatile_contig89.14991.1 vs. uniprot
Match: A0A0R6M448_UNDPI (DNA-directed RNA polymerase n=32 Tax=Laminariales TaxID=2886 RepID=A0A0R6M448_UNDPI)

HSP 1 Score: 1817 bits (4706), Expect = 0.000e+0
Identity = 927/1283 (72.25%), Postives = 1077/1283 (83.94%), Query Frame = 1

Query:    1 MAKRSNIFSNNTINKKELKKIIEWAFKNYGQRRAAHFVDQLKEMGFEYATKSGISIGIEDLRIPPVKIEIMRRASSDAFLTEVQANNGEITEVERFQRIISIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGKIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQEGVKDEDEKGFLSLSELLNGRVLAASIFKPGTKKIIALRNQQVTASVVETIIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTEYGQDALLSENASWLGIINYKNRIIRLPVPENTIIFSENHTYIRDNQVLLEAAPKIKEMTLGEKEIKYINARHPGELFLGKNGSPQDYRKQNISDFRKRANKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFISFSRNKLTQELLGLKTQNYTSSSN-FKIFLESNNIEVSSCKVYLSPNCQIRLKPQLLNKNLFSFGSLCDKRYKTKTGGSFYISNLYKPRVIGKKSNS----RLKSGSTIFYVPEAAIQIPSKKKDFKYKNGTYVKKYEEIFPDYFIAINGFLHFESEESIKYITIKPGQRYILEKELKFYKNLNEQIYYPGELILGQFLVSVLSYTELKNIKGDNFLYIRPITRYEFTNEQPHTALASDYFAPLNLIVEDFKLQIISGQQIKIDKPIQFIDKPLIIDYSLDLDDTELVFEFKGPEKKHSHAQIRFLYSQLFIFDHLIPKEIKKADVEVNLLVEEKQFTDPYTILGAFDTLAPFDDIISSIKKKSNRTRSEILLTTKSNYKEIFLDSFTHKYEPNKFLKTSKLFNNDILIRENGLIKEINGNKIVLHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLVTGDIVQGLPKINNILEARKPKIESLLATKPGFINSIRYTSEFIEITTKPSINNNYYKASRSQRLLVKKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYISQGVMISSKHVELIVKEMTQKVYIEDPGRTDFLPGDIIDLEQAQYINLCIKTSNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTG--FYLNKDITFTKALVPENITKEAHKLSLKTQLKLKESKLKKLVKFKYN 3828
            M K+S IFSNN INKKELKKIIEWAFKNYGQR+A +FVDQLKE+GFEYATKSGISI IEDL+I P K  +M  AS+D FL E QANNGEITEVERFQRII IWN+TSEELK+RLIEFFKK DPLNSVYIMAFSGARGNI+QVRQLVGMRGLMSDP+GKIIDRAIG NFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERG+FL+E V ++DEKGFLSL ELLNGR+LA +IFKPG+K+I+ALRNQ++T SV+E ++K  INKVL+RSPLTCECRRAVCQ CYGWNLALG LVELGETVGLIAAQSIGEPGTQLTMRTFHTGG+FTSELIRQGR   SGY++F+ ELK+ PYRT YGQDA++SEN SWL IINY N I+++ V   TII   N+ YI+ NQVL EAAPKIKE+ L EKEIKYI A+ PGE+FL  +G PQ     N S   KR+ KNY FWVLSG+V + AF+T +R R  EKIYK+Q+IAQSK+VTTIGGF   SRN+LTQE+  L  QN +   N FKIF+E NNIE++ CKVYLS   +I LKP+LLN  LFS GSL +K+Y+TKTGG FYISN YKP + G  S +    +LKSGSTIFY+PEA +Q  S KKDF++K G YVKK  EIFP+Y   I GF+ FE E+ IKYI+IKPGQR++L+K  K  K  NEQ+YYPGEL+L +F V VLSY E + I  + +LYIRPITRYEFTNE+      S+ FAPLNL+VE+F LQ+ SGQQIKID PIQF+D PL IDYSL  +DTEL+FE+KGPEKK+S+ Q+  +YSQ F+FD +IPKEIKK D+ +NL VEEKQF DPYT++G+FDT+ PFD+ + ++K K N  +S ILLTTKS+Y+EIFLDSFTHKY+ N+FLK +KLFNN++LI+ +GL+++++GNKI LHLGQ YFFSTGAL+RKIPGDYI+ QE  GQL++ERL TGDIVQGLPKI+NILEARKPK E+LLAT+ GFI SI+YTS  I I+T PS + +YY ASRS+RLLVK YES+ VGQPLT+G LNPHTLLHVYFRYFCSLG LS YESAYRSLKKLQ LLLTSVQAIYISQGV+IS KHVELIV+EMT KVYIE PG+T+FLPGDIIDL+QAQYINLCIK +NKLGFRPILLGITKSSLKTD FLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTG  FY N+DITF K L+P+++  +   LSLK QLKLK++KLKKL+KFKYN
Sbjct:    1 MLKQSKIFSNNIINKKELKKIIEWAFKNYGQRKAVYFVDQLKEIGFEYATKSGISISIEDLKISPAKSALMEIASNDVFLAESQANNGEITEVERFQRIIYIWNSTSEELKDRLIEFFKKNDPLNSVYIMAFSGARGNIAQVRQLVGMRGLMSDPNGKIIDRAIGANFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGIFLEEDV-EKDEKGFLSLKELLNGRILALTIFKPGSKEILALRNQEITPSVIEELVKFKINKVLIRSPLTCECRRAVCQQCYGWNLALGTLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGIFTSELIRQGRAQCSGYINFLPELKISPYRTNYGQDAVVSENQSWLAIINYANEIVKVRVEARTIILVNNNNYIKRNQVLFEAAPKIKEINLAEKEIKYICAKEPGEIFLENDGFPQTLINDNFS---KRSKKNYIFWVLSGQVFSIAFNTNLRVRKSEKIYKNQAIAQSKMVTTIGGFTHLSRNRLTQEINSLSIQNCSYGLNDFKIFIERNNIELTKCKVYLSHTHEIVLKPELLNNRLFSLGSLRNKKYRTKTGGKFYISNFYKPSLFGHPSGNNFTNKLKSGSTIFYIPEALVQTTSNKKDFRFKKGDYVKKDIEIFPNYITNIEGFIDFEVEKRIKYISIKPGQRHLLDKRPKLSKEFNEQVYYPGELVLDKFEVKVLSYIEFEEINNEIYLYIRPITRYEFTNERAVKIFESNCFAPLNLLVENFNLQVRSGQQIKIDYPIQFVDSPLTIDYSLQSNDTELIFEYKGPEKKNSYGQVNLIYSQTFLFDSVIPKEIKKTDISLNLFVEEKQFIDPYTVVGSFDTIFPFDNFVYNVKIKRNNIKSNILLTTKSDYEEIFLDSFTHKYKQNQFLKVNKLFNNNVLIKNSGLMEQVSGNKITLHLGQPYFFSTGALIRKIPGDYIKGQENFGQLVYERLKTGDIVQGLPKIDNILEARKPKNEALLATRQGFIKSIKYTSNLILISTLPSKSYDYYIASRSERLLVKNYESICVGQPLTEGPLNPHTLLHVYFRYFCSLGTLSIYESAYRSLKKLQTLLLTSVQAIYISQGVIISGKHVELIVREMTHKVYIEYPGKTNFLPGDIIDLDQAQYINLCIKNNNKLGFRPILLGITKSSLKTDGFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGTGFYANQDITFNKVLLPDSLITKKDNLSLKKQLKLKQTKLKKLIKFKYN 1279          

BLAST of mRNA_P-fluviatile_contig89.14991.1 vs. uniprot
Match: A0A8F0F9S6_9PHAE (DNA-directed RNA polymerase n=1 Tax=Chorda asiatica TaxID=1281577 RepID=A0A8F0F9S6_9PHAE)

HSP 1 Score: 1749 bits (4529), Expect = 0.000e+0
Identity = 891/1285 (69.34%), Postives = 1059/1285 (82.41%), Query Frame = 1

Query:    1 MAKRSNIFSNNTINKKELKKIIEWAFKNYGQRRAAHFVDQLKEMGFEYATKSGISIGIEDLRIPPVKIEIMRRASSDAFLTEVQANNGEITEVERFQRIISIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGKIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQEGVKDEDEKGFLSLSELLNGRVLAASIFKPGTKKIIALRNQQVTASVVETIIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTEYGQDALLSENASWLGIINYKNRIIRLPVPENTIIFSENHTYIRDNQVLLEAAPKIKEMTLGEKEIKYINARHPGELFLGKNGSPQDYRKQNISDFRKRANKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFISFSRNKLTQELLGLKTQN-YTSSSNFKIFLESNNIEVSSCKVYLSPNCQIRLKPQLLNKNLFSFGSLCDKRYKTKTGGSFYISNLYKPRVIGKKSNSRL----KSGSTIFYVPEAAIQIPSKKKDFKYKNGTYVKKYEEIFPDYFIAINGFLHFESEESIKYITI--KPGQRYILEKELKFYKNLNEQIYYPGELILGQFLVSVLSYTELKNIKGDNFLYIRPITRYEFTNEQPHTALASDYFAPLNLIVEDFKLQIISGQQIKIDKPIQFIDKPLIIDYSLDLDDTELVFEFKGPEKKHSHAQIRFLYSQLFIFDHLIPKEIKKADVEVNLLVEEKQFTDPYTILGAFDTLAPFDDIISSIKKKSNRTRSEILLTTKSNYKEIFLDSFTHKYEPNKFLKTSKLFNNDILIRENGLIKEINGNKIVLHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLVTGDIVQGLPKINNILEARKPKIESLLATKPGFINSIRYTSEFIEITTKPSINNNYYKASRSQRLLVKKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYISQGVMISSKHVELIVKEMTQKVYIEDPGRTDFLPGDIIDLEQAQYINLCIKTSNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYLNKDITFTKALVPEN-ITKEAHKLSLKTQLKLKESKLKKLVKFKYNK 3831
            M KRS IFSNN INKKELKKIIEWAF+NYGQR+AA+FVDQLKE+GFEYATKSGISI IEDL+IPP KI +M  AS    L E QA+NGEITEVERFQRII IW+TTSEELKERL++FFKK DPLNSVYIMAFSGARGNI QVRQLVGMRGLM+DP+GKIID+AIG NFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIII+ELDCKT RG+FL++  K  DE   L + ELLNGRVLA+SI KP T ++I +RN+Q+T+++++ +IK  I K+L+RSPLTC+CRRAVCQHCYGWNLALG LV+LGETVGLIAAQSIGEPGTQLTMRTFHTGGVFT +LIRQGR   SGY++F+ ELKL PYRT+YGQDA++SEN SWLGI+NY NR++++ V   TII   N  +IR NQVL EAAPKI EM L EKEIKYI A+  GE+ L KN  P D   +N   F KR  KNYSFWVLSG+V + AF+T ++AR LEKIYK+Q+IAQSKIVTTIGGF+ FSRNKLT E+ GL  QN Y   +NFKIF+E NN EV+ CKVYLS   +I +KP+L +  LFS G L +K+YKTKTGG+FYIS+ YKP+++G KS   L    KSGSTIFY+PEA I+  S KKDFK+K  TY+KK ++IFP+YF  I+GF+ FE ++  KYITI  KPGQRY+LE +L  YK L+EQ+YYPGE++L QF V  LSY E++N   + +LY RPITRYEFTN  P   L S+ FAPLN+++++F L+I SGQ+IKID PIQF+D PL++DYSL+ +DTEL+FEFKGP K++S+ ++  + SQ F+FD LIPKEIKK  + +N+LVEE QFTDPYTI+G+FD++  FD+ I +IK K N  +S +LLT KS+Y+EIFLDSFTH Y+ N+FL  +KLFNN+ LIR +G IKE++GNKIVLHL Q YFFS GAL+RKIPGDYI++QE  GQLI+ RL TGDIVQGLPKI+NILEARKPK ES+LAT+ GF+ SIRYTS+ I I TKP++    Y  +RSQR++VK YES+SVGQPLT+G LNPHTLLHVYFRY+CSLG LSTYESAYRSLKKLQGLLL SVQAIY++QGV+IS KHVELI++EMTQKV IE  G T+FLPGDIIDL+QA YIN CIK  +KL FRPILLGITKSSLKTD FLAAASFQET RVLTRAAIQGKTDWLRGLKEN ITGRLIPAGTGFY N+D+TF KAL+PE  +T +   LSLK QLKLKE KLKK++KFK+NK
Sbjct:    1 MLKRSKIFSNNIINKKELKKIIEWAFRNYGQRKAAYFVDQLKEIGFEYATKSGISISIEDLKIPPAKISLMESASHAISLAESQASNGEITEVERFQRIIHIWSTTSEELKERLVDFFKKRDPLNSVYIMAFSGARGNIEQVRQLVGMRGLMADPNGKIIDKAIGANFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIINELDCKTRRGIFLEDEEKT-DENDVLPMRELLNGRVLASSICKPDTNEVIGVRNEQLTSTLIDELIKFKIPKILIRSPLTCQCRRAVCQHCYGWNLALGTLVDLGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTGQLIRQGRATSSGYINFLPELKLSPYRTDYGQDAVVSENQSWLGILNYSNRMVKVRVEARTIILVANKKHIRRNQVLFEAAPKINEMNLAEKEIKYICAKESGEIVLEKNSFPYDSSNEN---FTKRTKKNYSFWVLSGQVFSIAFNTKLKARKLEKIYKNQAIAQSKIVTTIGGFVHFSRNKLTNEINGLSIQNRYHGQNNFKIFIEKNNTEVTQCKVYLSQTLEILIKPELFDNQLFSLGFLSNKKYKTKTGGNFYISDFYKPKLLGDKSTKNLIGKQKSGSTIFYLPEATIKTTSNKKDFKFKRKTYIKKNKKIFPNYFSTIDGFIDFEVDKENKYITINIKPGQRYLLENQLDLYKELDEQVYYPGEIVLDQFEVKRLSYLEIENGTNEIYLYFRPITRYEFTNTSPVNILKSNCFAPLNIVIDNFNLKISSGQEIKIDYPIQFVDSPLVVDYSLESNDTELIFEFKGPYKQNSYGELNLICSQTFLFDTLIPKEIKKDSIALNVLVEENQFTDPYTIVGSFDSIFRFDNFIYTIKTKRNSRKSNVLLTVKSDYEEIFLDSFTHNYKQNQFLGVNKLFNNNSLIRNSGWIKELSGNKIVLHLAQPYFFSRGALIRKIPGDYIKKQEIFGQLIYVRLKTGDIVQGLPKIDNILEARKPKTESMLATQQGFVRSIRYTSDSIWIITKPALGLRRYLLTRSQRIVVKNYESISVGQPLTEGPLNPHTLLHVYFRYYCSLGTLSTYESAYRSLKKLQGLLLMSVQAIYMAQGVIISGKHVELIIREMTQKVSIEYQGTTNFLPGDIIDLDQANYINKCIKNDDKLEFRPILLGITKSSLKTDGFLAAASFQETARVLTRAAIQGKTDWLRGLKENVITGRLIPAGTGFYSNQDLTFNKALLPEKQLTMKKDNLSLKKQLKLKEKKLKKIIKFKFNK 1281          

BLAST of mRNA_P-fluviatile_contig89.14991.1 vs. uniprot
Match: A0A8F0FAT1_9PHAE (DNA-directed RNA polymerase n=1 Tax=Desmarestia aculeata TaxID=62298 RepID=A0A8F0FAT1_9PHAE)

HSP 1 Score: 1734 bits (4492), Expect = 0.000e+0
Identity = 870/1283 (67.81%), Postives = 1063/1283 (82.85%), Query Frame = 1

Query:    1 MAKRSNIFSNNTINKKELKKIIEWAFKNYGQRRAAHFVDQLKEMGFEYATKSGISIGIEDLRIPPVKIEIMRRASSDAFLTEVQANNGEITEVERFQRIISIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGKIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQEGVKDEDEKGFLSLSELLNGRVLAASIFKPGTKKIIALRNQQVTASVVETIIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTEYGQDALLSENASWLGIINYKNRIIRLPVPENTIIFSENHTYIRDNQVLLEAAPKIKEMTLGEKEIKYINARHPGELFLGKNGSPQDYRKQNISDFRKRANKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFISFSRNKLTQELLGLKTQNYTSS-SNFKIFLESNNIEVSSCKVYLSPNCQIRLKPQLLNKNLFSFGSLCDKRYKTKTGGSFYISNLYKPRVIG----KKSNSRLKSGSTIFYVPEAAIQIPSKKKDFKYKNGTYVKKYEEIFPDYFIAINGFLHFESEESIKYITIKPGQRYILEKELKFYKNLNEQIYYPGELILGQFLVSVLSYTELKNIKGDNFLYIRPITRYEFTNEQPHTALASDYFAPLNLIVEDFKLQIISGQQIKIDKPIQFIDKPLIIDYSLDLDDTELVFEFKGPEKKHSHAQIRFLYSQLFIFDHLIPKEIKKADVEVNLLVEEKQFTDPYTILGAFDTLAPFDDIISSIKKKSNRTRSEILLTTKSNYKEIFLDSFTHKYEPNKFLKTSKLFNNDILIRENGLIKEINGNKIVLHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLVTGDIVQGLPKINNILEARKPKIESLLATKPGFINSIRYTSEFIEITTKPSINNNYYKASRSQRLLVKKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYISQGVMISSKHVELIVKEMTQKVYIEDPGRTDFLPGDIIDLEQAQYINLCIK-TSNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYLNKDITFTKALVPENITKEAHKLSLKTQLKLKESKLKKLVKFKYNK 3831
            M K+S IFSNN INKKELKKIIEWAF NYGQR+AA FVD+LKE+GFEYATKSGISI IEDLRIPP K  +M+ A+ D F TE +ANNGEITEVERFQ++I IWNTTSEELKERLI+F KKTDPLNSVYIMAFSGARGNISQVRQL+GMRGLMSDP+G+IIDRAIG NFREGLSITDYIISSYGARKG+VDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERG+FLQE + + D K FLSL +L+NGRVLA+SIFKPGT +IIA RN+Q+T  +VE +I   I KVL+RSPLTC+CRR+VCQHCYGWNLA GNLV+LGETVGLIAAQSIGEPGTQLTMRTFHTGG+FTSELIRQ R   SGY+ F+  LK+RPYRT+YGQDAL+SEN SWL I+NY N ++ + V + T+I  +N+ YI++N+VL EAAPK+KE+ L +KEIKYI A+  G++ L  NG PQ+       DF +R+ KNY FWVLSG+VL+ AF   +R R L+K+YKDQSIAQSK+VTTIGGF  F RN+LTQE+ G+K QN++ S  +FKIFLE ++ E+  CK+YLS   ++ +KP++L   LF  G L +K+YKTKTGG F+ISN YKP ++G     K N ++KSGSTIFY+PEA+IQ  + KKDFK+K G +V K  EIFP+YF +I+GF+ FE  + IK ITIKPGQRY +E  +  ++  +EQIYYPGE+ILG + + VLSY E++N     +L++RPITRYEFTNE+P    A ++F  +NLI++DF L I+SGQQIK+D PIQFID PL  DYS + ++TE++FEFKGPEKK+S  ++  +YSQ   FD +IPKE+ K D+ +NL +EEKQFTDPY+I+G+FD++ PFD+ I +IK K N  +S +LLTTK++YKEIFLDSFTH Y+ N+ +K  +LFNN+ILI+++GL+KE+ GNK++ HLGQ Y FS GAL+RK+PGDYI++QE  GQLI+E + TGDIVQGLPKI +ILEARKPK E+LL+T+ GFI +I+YTSE I I TKPS+ ++YY ASRS RLLVKKYES+S+GQPLT+G+LNPHTLLHVYFRYF SLG LS YESAY S+K+LQ LLL SVQAIYISQGV+ISSKHVELIV+EMT KVYIE PG+T+FLPGDI+DL+QA YINLCIK  +NK+GFRPILLGITKSSLKTD FLAAASFQETTRVLT+AAIQGKTDWLRGLKENAITGRLIPAGTGFYLN+DITF K L+P+   +E +  SLK QL+LK++KLK+++KFKYNK
Sbjct:    1 MLKQSKIFSNNVINKKELKKIIEWAFNNYGQRKAAFFVDRLKEIGFEYATKSGISISIEDLRIPPAKTVLMQNATEDVFTTESRANNGEITEVERFQKLIYIWNTTSEELKERLIDFLKKTDPLNSVYIMAFSGARGNISQVRQLIGMRGLMSDPNGQIIDRAIGANFREGLSITDYIISSYGARKGIVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGIFLQESL-EIDNKRFLSLKQLVNGRVLASSIFKPGTNEIIASRNEQITNELVEKLISLKITKVLIRSPLTCQCRRSVCQHCYGWNLASGNLVDLGETVGLIAAQSIGEPGTQLTMRTFHTGGIFTSELIRQSRSECSGYISFLPTLKIRPYRTDYGQDALISENRSWLRIVNYANEVLNVRVEDQTLILVKNNQYIKNNEVLFEAAPKLKEIKLAQKEIKYIYAKESGKIILENNGFPQEIVND---DFDRRSKKNYIFWVLSGQVLSIAFSAKLRVRKLKKVYKDQSIAQSKMVTTIGGFAHFCRNELTQEINGVKIQNFSKSLDSFKIFLEKSSFEIIKCKLYLSHYHEVLIKPEMLENRLFLIGFLNNKKYKTKTGGKFFISNFYKPTLLGTKLRNKINHKIKSGSTIFYLPEASIQTRTNKKDFKFKKGDFVNKKTEIFPNYFTSIDGFIDFEVGKQIKEITIKPGQRYQVEGNISNWEQFDEQIYYPGEIILGNYKIEVLSYVEIENNNEAIYLHLRPITRYEFTNERPFNFFAPNFFTQVNLIIQDFNLHILSGQQIKLDAPIQFIDSPLTADYSFEENNTEMLFEFKGPEKKNSWGKVNLVYSQSLNFDVVIPKELTKQDICLNLFIEEKQFTDPYSIIGSFDSIMPFDNFIYNIKIKQNEVKSNVLLTTKADYKEIFLDSFTHTYKKNQLIKVHRLFNNNILIKDSGLLKEVLGNKLLYHLGQPYLFSKGALIRKVPGDYIKKQEIFGQLIYELMKTGDIVQGLPKIEDILEARKPKAEALLSTRQGFIKAIKYTSELIFIITKPSLKSDYYTASRSDRLLVKKYESISIGQPLTEGALNPHTLLHVYFRYFYSLGTLSIYESAYHSIKRLQTLLLNSVQAIYISQGVIISSKHVELIVREMTHKVYIEYPGKTNFLPGDIVDLDQANYINLCIKKNNNKVGFRPILLGITKSSLKTDGFLAAASFQETTRVLTQAAIQGKTDWLRGLKENAITGRLIPAGTGFYLNQDITFNKVLLPKTGLEEKNNSSLKKQLRLKQAKLKRVIKFKYNK 1279          

BLAST of mRNA_P-fluviatile_contig89.14991.1 vs. uniprot
Match: D1GJH4_FUCVE (DNA-directed RNA polymerase subunit beta'' n=3 Tax=Fucaceae TaxID=3010 RepID=D1GJH4_FUCVE)

HSP 1 Score: 1670 bits (4326), Expect = 0.000e+0
Identity = 850/1281 (66.35%), Postives = 1030/1281 (80.41%), Query Frame = 1

Query:    1 MAKRSNIFSNNTINKKELKKIIEWAFKNYGQRRAAHFVDQLKEMGFEYATKSGISIGIEDLRIPPVKIEIMRRASSDAFLTEVQANNGEITEVERFQRIISIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGKIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQEGVKDEDEKGFLSLSELLNGRVLAASIFKPGTKKIIALRNQQVTASVVETIIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTEYGQDALLSENASWLGIINYKNRIIRLPVPENTIIFSENHTYIRDNQVLLEAAPKIKEMTLGEKEIKYINARHPGELFLGKNGSPQDYRKQNISDFRKRANKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFISFSRNKLTQELLGLKTQN-YTSSSNFKIFLESNNIEVSSCKVYLSPNCQIRLKPQLLNKNLFSFGSLCDKRYKTKTGGSFYISNLYKPRVIG-KKSNS---RLKSGSTIFYVPEAAIQIPSKKKDFKYKNGTYVKKYEEIFPDYFIAINGFLHFESEESIKYITIKPGQRYILEKELKFYKNLNEQIYYPGELILGQFLVSVLSYTELKNIKGDNFLYIRPITRYEFTNEQPHTALASDYFAPLNLIVEDFKLQIISGQQIKIDKPIQFIDKPLIIDYSLDLDDTELVFEFKGPEKKHSHAQIRFLYSQLFIFDHLIPKEIKKADVEVNLLVEEKQFTDPYTILGAFDTLAPFDDIISSIKKKSNRTRSEILLTTKSNYKEIFLDSFTHKYEPNKFLKTSKLFNNDILIRENGLIKEINGNKIVLHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLVTGDIVQGLPKINNILEARKPKIESLLATKPGFINSIRYTSEFIEITTKPSINNNYYKASRSQRLLVKKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYISQGVMISSKHVELIVKEMTQKVYIEDPGRTDFLPGDIIDLEQAQYINLCIKTSNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYLNKDITFTKALVPENITKEAHKLSLKTQLKLKESKLKKLVKFKYN 3828
            M+  S IFSNN INKKELKKIIEWAF NYGQR+AA+FVDQLK +GFEYATKSGISI IEDLRIPPVK  +M+ A+ D F+TE +ANNGEITEVERFQ+II IWN TSEELKERLI+FFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDP+G+IIDRAI  NFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKT+RG+ LQE + + D+K FLS+ EL+NGRVLA SI KPGTK+++A RNQQVT+S+ + II   I K+L+RSPLTCECRRAVCQHCYGWNLA GNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFT EL RQGR   SGY+ F+  LK+ PYRT YGQD ++SEN SWL IINY N+II + V   T+I   NH YI+ NQVL EAAPKIK++ L +KEIKY+ A+  GE+ L KNG P  +  +   DF +R+ KNY FWVLSG+V +  F+T I+ R LEKIYK+Q++AQSKIVTT+GGFI F RN LTQE++ LK QN + S +NFKIFLE+ N+EV +CKVYLS N +I LKP+LL   LFS G L + +YKTKTGG FYISN YK  ++  KK N+   RLK GSTIFY+PEA IQ  + K DFK+K  +YV +++EIFP+YF  I GF+ FE E+ IKYITIKPG++Y+L++ +  + ++NEQ+Y+PGELIL +F +  LSY E+ N     +L+IRP+TRYEFTNE     L  + F  + L + +F   I+SGQQ+KID+PIQF+D  + ID  L L++ E++FE K  ++K+S+ Q+  LYSQ F+FD +IP EIK +++ + L+VEEKQF DPY  + + DT+ PF + + +IK K N  ++ ILLTTKS+Y+E+FLDSFTH Y  N+ +  + LF N++ I+ +GL+K I GNKI+LHLG  YFFS GAL+RKIPGDYI++QE  GQLI++RL TGDIVQGLPKI +ILEARKPK E+LL+T+ GFI SI+YT E I I TKP+I+   +  SR +RLLVKKYES+SVGQP+T+G LNPHTLL+VYFRYF SLG LS YE+AYRS+KKLQ LLL SVQAIY SQGV+IS+KH+ELIV+EMT KVYIE PG+T+FLPGDIIDL QAQYINL I+  +KLGFRPILLGITKSSLKTD FLAAASFQETTRVLT AA+QGKTDWLRGLKENAITGRLIPAGTGFYL++DI F K L+PE +    + LSLK QL LK++KL+  ++FKYN
Sbjct:    6 MSSNSKIFSNNIINKKELKKIIEWAFNNYGQRKAAYFVDQLKGLGFEYATKSGISISIEDLRIPPVKTTLMKNATRDVFITESKANNGEITEVERFQKIIYIWNNTSEELKERLIDFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPNGQIIDRAITANFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTKRGILLQEDI-ESDKKKFLSVKELINGRVLATSICKPGTKELVAFRNQQVTSSLTKQIINLKIAKILIRSPLTCECRRAVCQHCYGWNLASGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTGELTRQGRAECSGYIQFLPTLKVIPYRTNYGQDVVMSENQSWLTIINYANKIINIKVESRTLILVNNHNYIKQNQVLFEAAPKIKDINLSQKEIKYVCAKRSGEIILEKNGFPGAFSNE---DFTRRSKKNYIFWVLSGKVFSIPFNTSIKIRKLEKIYKNQALAQSKIVTTMGGFIHFCRNTLTQEIISLKVQNSFQSQNNFKIFLETKNLEVINCKVYLSHNHEITLKPELLKNQLFSLGLLKNNKYKTKTGGYFYISNSYKSNLLDDKKVNNLINRLKFGSTIFYIPEATIQTNTNKSDFKFKKDSYVTRHQEIFPNYFTNIKGFIDFELEKQIKYITIKPGEKYLLKENINSFLDINEQVYFPGELILNKFEIKSLSYLEIINSNNQLYLFIRPVTRYEFTNEISKKILERNPFNDIKLKINNFNFYILSGQQVKIDEPIQFLDSTITIDSFLHLNNREIMFELKQIKEKNSYIQVNLLYSQNFLFDTIIPNEIKNSNINLTLIVEEKQFIDPYATIASLDTIIPFSNFVYNIKTKRNAVKANILLTTKSDYQEVFLDSFTHNYINNQLIHINNLFPNNVCIKNSGLLKSIKGNKILLHLGDPYFFSKGALIRKIPGDYIKKQENFGQLIYQRLKTGDIVQGLPKIADILEARKPKTEALLSTRQGFIKSIKYTEELIIIVTKPTISYECFTTSRPERLLVKKYESISVGQPITEGPLNPHTLLYVYFRYFHSLGTLSIYEAAYRSIKKLQILLLMSVQAIYTSQGVIISAKHIELIVREMTHKVYIEYPGKTNFLPGDIIDLNQAQYINLSIQNGHKLGFRPILLGITKSSLKTDGFLAAASFQETTRVLTHAALQGKTDWLRGLKENAITGRLIPAGTGFYLDQDIAFNKVLLPEKLITGQNNLSLKKQLNLKKNKLRTRIRFKYN 1282          

BLAST of mRNA_P-fluviatile_contig89.14991.1 vs. uniprot
Match: A0A110AQ85_9PHAE (DNA-directed RNA polymerase n=15 Tax=Sargassaceae TaxID=3014 RepID=A0A110AQ85_9PHAE)

HSP 1 Score: 1615 bits (4182), Expect = 0.000e+0
Identity = 821/1281 (64.09%), Postives = 1015/1281 (79.23%), Query Frame = 1

Query:    1 MAKRSNIFSNNTINKKELKKIIEWAFKNYGQRRAAHFVDQLKEMGFEYATKSGISIGIEDLRIPPVKIEIMRRASSDAFLTEVQANNGEITEVERFQRIISIWNTTSEELKERLIEFFKKTDPLNSVYIMAFSGARGNISQVRQLVGMRGLMSDPSGKIIDRAIGTNFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISELDCKTERGVFLQEGVKDEDEKGFLSLSELLNGRVLAASIFKPGTKKIIALRNQQVTASVVETIIKSNINKVLVRSPLTCECRRAVCQHCYGWNLALGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTSELIRQGRVNYSGYLDFMSELKLRPYRTEYGQDALLSENASWLGIINYKNRIIRLPVPENTIIFSENHTYIRDNQVLLEAAPKIKEMTLGEKEIKYINARHPGELFLGKNGSPQDYRKQNISDFRKRANKNYSFWVLSGEVLATAFDTVIRARLLEKIYKDQSIAQSKIVTTIGGFISFSRNKLTQELLGLKTQN-YTSSSNFKIFLESNNIEVSSCKVYLSPNCQIRLKPQLLNKNLFSFGSLCDKRYKTKTGGSFYISNLYKPRVIGK----KSNSRLKSGSTIFYVPEAAIQIPSKKKDFKYKNGTYVKKYEEIFPDYFIAINGFLHFESEESIKYITIKPGQRYILEKELKFYKNLNEQIYYPGELILGQFLVSVLSYTELKNIKGDNFLYIRPITRYEFTNEQPHTALASDYFAPLNLIVEDFKLQIISGQQIKIDKPIQFIDKPLIIDYSLDLDDTELVFEFKGPEKKHSHAQIRFLYSQLFIFDHLIPKEIKKADVEVNLLVEEKQFTDPYTILGAFDTLAPFDDIISSIKKKSNRTRSEILLTTKSNYKEIFLDSFTHKYEPNKFLKTSKLFNNDILIRENGLIKEINGNKIVLHLGQSYFFSTGALVRKIPGDYIRRQETLGQLIFERLVTGDIVQGLPKINNILEARKPKIESLLATKPGFINSIRYTSEFIEITTKPSINNNYYKASRSQRLLVKKYESVSVGQPLTQGSLNPHTLLHVYFRYFCSLGVLSTYESAYRSLKKLQGLLLTSVQAIYISQGVMISSKHVELIVKEMTQKVYIEDPGRTDFLPGDIIDLEQAQYINLCIKTSNKLGFRPILLGITKSSLKTDSFLAAASFQETTRVLTRAAIQGKTDWLRGLKENAITGRLIPAGTGFYLNKDITFTKALVPENITKEAHKLSLKTQLKLKESKLKKLVKFKYN 3828
            M ++S IFSNN INKKELKKIIEWAF NYGQR+AA+FVDQLKEMGF+YATKSGISI IEDLRIP  K+ +M+ A+ + F TE +ANNG ITEVERFQ+IISIWN TSEELKE LI+F K+ DPLNSVY+MAFSGARGNISQVRQL+GMRGLMSDP+G+IIDRAI  NFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIIS+LDC+T+RG+ LQ     +D K FLS  ELL GR+LA+SI KP TK+II  RNQ VT+S++E IIK NI K+L+RSPLTCECRR++CQHCYG NLA GNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFT +L RQGR   SGY+ F+  LK+ PYRT YG+D ++SEN S L IINY N+ I++ V   T+I   NH YI+ NQVL EAAPKIK++ L +KEIKYI  +  GE+ L +NG PQ+   +   DF KR+ KNY FWVLSG V + +F+  ++AR LE IYK+Q++AQSKI+TTIGGFI   R KLTQ ++GLK QN +   +NFKIFLE+NN+E+  CK+YLS N +I LKP+L    +FS G L + +YKTKTGG FYISN YKP ++      K N +LK GSTIFY+PEA IQ  + KKDF++K+G+Y+++++EIFP+YF  I GFL  E E+ IK +TIKPG++Y+LE  + F++ L+EQ+Y+PGELI  QF + VLSY E+     + +LYIRPI RYEFT    +  L S+ F   NL + +F L++ SGQQI+ID+PIQ +D  + ID  L  +DTE++FEFK  ++K+S+ ++   YSQ FIFD++IP EIKK D+ +NL+VE+ QFTDPY+IL +FDTL  F++ + +IK K N  +S +LLTTKS+Y+EIFLD+  H+Y+  + +  + LF N++ I+ +GL+K + GNKI LHLG+ YFFS GAL+RK+PGDYI++QE  GQLI+ERL TGDIVQGLPKI +ILEAR+PK+E+LL+T+  FI +I+YT E I I TKP+    Y+   RS+RLL+KKYES+ +GQPLT+G LNPHTLLH+YF YF SLG LS YESAYRSLKKLQ  LL SVQ IY+SQGV+IS KHVELIV+EMT KVYIE PG+T FLPGDIIDL+QAQYIN  +KT  KLGFRPILLGITKSSLKTD FLAAASFQETTRVLT AA+QGKTDWLRGLKENAITGRLIPAGTGFYL++DIT+ K L+P  +  + + L+LK QL+ K+ + K L+KFKYN
Sbjct:    1 MLRKSKIFSNNIINKKELKKIIEWAFNNYGQRKAAYFVDQLKEMGFKYATKSGISISIEDLRIPASKVTLMQAATKEVFFTESRANNGAITEVERFQKIISIWNRTSEELKESLIDFLKRNDPLNSVYVMAFSGARGNISQVRQLIGMRGLMSDPNGQIIDRAITANFREGLSITDYIISSYGARKGLVDTAIKTADSGYLTRRLVEVAQSIIISQLDCQTKRGIVLQ-----QDSKEFLSTKELLYGRILASSICKPKTKEIIGFRNQLVTSSLIEQIIKFNIPKILIRSPLTCECRRSICQHCYGENLASGNLVELGETVGLIAAQSIGEPGTQLTMRTFHTGGVFTGQLTRQGRAECSGYVIFLPTLKVIPYRTSYGEDVVMSENQSSLKIINYANKDIKVKVESRTLILVNNHNYIKRNQVLFEAAPKIKDINLAKKEIKYIYVKEGGEIILERNGFPQNCESE---DFTKRSRKNYIFWVLSGRVFSLSFNINLKARKLENIYKNQALAQSKIITTIGGFIYIYRCKLTQRVMGLKVQNSFQGQNNFKIFLENNNLEILHCKIYLSHNDEIILKPKLFQNRIFSIGFLQNNKYKTKTGGYFYISNYYKPNLLKSNEINKLNYKLKFGSTIFYIPEATIQTNTNKKDFRFKDGSYIERHQEIFPNYFATIAGFLKLEGEKQIKCVTIKPGEKYLLEDNIDFFRTLSEQVYFPGELIGNQFSIKVLSYLEIIADNNNIYLYIRPIIRYEFTTLSCNKILKSNIFNITNLKINNFNLRVSSGQQIQIDEPIQILDSTITIDSFLQSNDTEVLFEFKEVKRKNSYIKVNLFYSQNFIFDNIIPNEIKKTDIFLNLIVEDNQFTDPYSILASFDTLIQFNNFVYTIKTKRNNIKSNMLLTTKSDYQEIFLDTHNHQYKQAQLIYRNSLFPNNVCIKNSGLLKSVIGNKITLHLGEPYFFSKGALIRKLPGDYIKKQENFGQLIYERLKTGDIVQGLPKIADILEARRPKVEALLSTRQSFIKAIKYTDELIIIITKPNRGYEYFTTPRSERLLIKKYESICIGQPLTEGPLNPHTLLHIYFHYFYSLGTLSIYESAYRSLKKLQIFLLMSVQDIYMSQGVIISGKHVELIVREMTHKVYIEYPGKTTFLPGDIIDLDQAQYINQSLKTRYKLGFRPILLGITKSSLKTDGFLAAASFQETTRVLTHAALQGKTDWLRGLKENAITGRLIPAGTGFYLDQDITYNKILLPNRLINKKNNLNLKKQLRSKQKQFKNLIKFKYN 1273