prot_P-fluviatile_contig13.1870.1 (polypeptide) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig13.1870.1 vs. uniprot
Match: A0A6H5JJK2_9PHAE (CRM1_C domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JJK2_9PHAE)

HSP 1 Score: 1520 bits (3936), Expect = 0.000e+0
Identity = 793/970 (81.75%), Postives = 844/970 (87.01%), Query Frame = 0

Query:  146 CVAS--KTNEVLCENNMQILKLLSEEVFDFSKDQMTSAKIKTLKESLNDEFAQVYELCEFILDRSQKPALLNVTLQTLQRFLTWIPLGYIFERQLIDSLLG-----------KYFPENAFRTAALECLTEIAGLVDLDPRYNTLFQGMFVVLVKQLSAVMKPETNLAAIYDDATELEQVFIKKLALFFTVFMKSHLAVLETPETQVALLEGMEYLVHISEVPDDEVLKICLEFYHHFTQQLYQDQVAKERQEQI------------ARQQGQIVYEVS----------DIRRAMYDRVLNKMRLVVITRMAKPEEVLIVEDENGEIVRETTKDTEAIAQYKNMRETLVYLTHLNNDDTETIMLEKLSKQVEVSGSQFTWNNLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKGKFMATQAGETVPFVEELLKQLQGTVSDLETHQVHTFYEAVATMLSDRGQQGLDRTKLLEKLMALPNNVWRGIFVAAEGQQDTIKHPDTVKEITKILKTNSRVCGALGPMYIHQLSAIFLDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPEAPKETIAENFLPPMLDPILGDYHRNIAGARDPEVLSLFATAIEKLGESVQQYVPRIMEAVFECTLVMITRNFEDFPEHRLKFFRFLAAVNTHCFACLFEIPPEHQKLVVDSVVWAFKHTERNIAETGLEILYELLLNVGRTPEVAQAFYRQFLLSLIQDTLAVMTDRLHKSGFKMQATLLRHMFQLVEGGHVTLELYDPAQHPGVTSNRQFVMDFVGNLLLSSFPNLTKAQVAGFVSGLLSSDSDLNSFKLHLRDFLVTLKEFSTEDNADLFLEENLAKKREEQNKARQAQLAVPGLVNPHDLPEDDMADL 1080
            CV +  KTNEVLCENNMQILKLLSEEVFDFSKDQMT+AKIKT+KESLNDEFA++YELCEFILDRSQK +LLN TLQTLQRFLTWIPLGYIFERQLI+ ++G           KYFPE AFRT+ALECLTEIAGLVD DP+YN LFQGMFVVLVKQ                       VFIKKLALFFTVFMKSHL +LETPETQ  LL GMEYLV ISEVPDDEV KICLEFYHHF+  LYQ    +     I            A Q   +   V+          D+RR +Y+R+L K+RLVVITRMAKPEEVLIVEDENGE+VRETTKDTEAIAQYK+MRETLVYLTHLNNDDTE IMLEKLS+QVEVSGSQFTWN+LNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNL EMKRGKDNKAVVASNIMYVVGQYPRFL+AHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKI+ KCKGKFMATQ GE++PFVEELL+QL  TVSDLETHQVHTFYEAVATMLSD+GQ GLD TKLL KLM LPN VWR IF AAE QQ++IKHPDTVKEITKILKTN+RVCGALGP+YIHQLS IF+DVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPP+AP + IA NFLPPMLDPILGDYHRNIAGARDPEVLSLFA AIEKLG++VQQYVPRIMEAVFECTL+MITRNFEDFPEHRLKFFRFL AVNTHCF  LFEIPPEHQKLVVDSVVWAFKHTE    ETGLEILYELL+NVGRTP VAQ FYRQFLLSLIQD LAVMTDRLHKSGFKM ATLLRHMFQLVE GHVTLELYD AQHPGVTSNRQ+VMDFVGNLLL+SFPNLTKAQVA FV+GLL+SD DLN+FKLHLRDFLVTLKEFSTEDNADLFLEENLAKK+ +++KARQAQLAVPGLVNPHDLPEDDMADL
Sbjct:    4 CVTARCKTNEVLCENNMQILKLLSEEVFDFSKDQMTTAKIKTMKESLNDEFAKIYELCEFILDRSQKASLLNGTLQTLQRFLTWIPLGYIFERQLIELIVGQVACYASALLTKYFPETAFRTSALECLTEIAGLVDFDPQYNRLFQGMFVVLVKQ-----------------------VFIKKLALFFTVFMKSHLGMLETPETQPVLLAGMEYLVAISEVPDDEVFKICLEFYHHFSSDLYQASATRHAYRDIKCNIPHLSSGWFAGQCAPVKVVVAADQVASFAGTDLRRGVYERLLTKIRLVVITRMAKPEEVLIVEDENGEVVRETTKDTEAIAQYKSMRETLVYLTHLNNDDTEQIMLEKLSRQVEVSGSQFTWNSLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLVEMKRGKDNKAVVASNIMYVVGQYPRFLKAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKISQKCKGKFMATQLGESIPFVEELLRQLHATVSDLETHQVHTFYEAVATMLSDKGQVGLDHTKLLAKLMELPNTVWRDIFKAAEEQQESIKHPDTVKEITKILKTNTRVCGALGPLYIHQLSTIFMDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPQAPPDQIAANFLPPMLDPILGDYHRNIAGARDPEVLSLFAQAIEKLGDAVQQYVPRIMEAVFECTLLMITRNFEDFPEHRLKFFRFLKAVNTHCFGSLFEIPPEHQKLVVDSVVWAFKHTE---PETGLEILYELLMNVGRTPAVAQGFYRQFLLSLIQDILAVMTDRLHKSGFKMHATLLRHMFQLVEAGHVTLELYDAAQHPGVTSNRQYVMDFVGNLLLTSFPNLTKAQVAVFVAGLLNSDMDLNTFKLHLRDFLVTLKEFSTEDNADLFLEENLAKKQADEDKARQAQLAVPGLVNPHDLPEDDMADL 947          

BLAST of mRNA_P-fluviatile_contig13.1870.1 vs. uniprot
Match: A0A835YZ33_9STRA (Exportin1 n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YZ33_9STRA)

HSP 1 Score: 1350 bits (3493), Expect = 0.000e+0
Identity = 699/1082 (64.60%), Postives = 835/1082 (77.17%), Query Frame = 0

Query:    1 MEAAAAKLMDFSQPMDVALLDQVVTMAFDASHPQRNEANILLMRMKESPDMWQQAGTILEQSQSQHTRFIGLQILDDAIQTRWKILPQEQRDGIKTYVVSKIIQLSQTEESLRQERIFINKINLVLVAILKQEWPHNWPSFISDICVASKTNEVLCENNMQILKLLSEEVFDFSKDQMTSAKIKTLKESLNDEFAQVYELCEFILDRSQKPALLNVTLQTLQRFLTWIPLGYIFERQLIDSLLGKYFPENAFRTAALECLTEIAGLVDLDPRYNTLFQGMFVVLVKQLSAVMKPETNLAAIYDDATELEQVFIKKLALFFTVFMKSHLAVLETPETQVALLEGMEYLVHISEVPDDEVLKICLEFYHHFTQQLYQDQVAKERQEQIARQQGQIVYEVSDIRRAMYDRVLNKMRLVVITRMAKPEEVLIVEDENGEIVRETTKDTEAIAQYKNMRETLVYLTHLNNDDTETIMLEKLSKQVEVSGSQFTWNNLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKGKFMATQAGETVPFVEELLKQLQGTVSDLETHQVHTFYEAVATMLSDRGQQ-GLDRTKLLEKLMALPNNVWRGIFVAAEGQQDTIKHPDTVKEITKILKTNSRVCGALGPMYIHQLSAIFLDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPEAPKETIAENFLPPMLDPILGDYHRNIAGARDPEVLSLFATAIEKLGESVQQYVPRIMEAVFECTLVMITRNFEDFPEHRLKFFRFLAAVNTHCFACLFEIPPEHQKLVVDSVVWAFKHTERNIAETGLEILYELLLNVGRTPEVAQAFYRQFLLSLIQDTLAVMTDRLHKSGFKMQATLLRHMFQLVEGGHVTLELYDPAQHPGVTSNRQFVMDFVGNLLLSSFP-NLTKAQVAGFVSGLLSSDSDLNSFKLHLRDFLVTLKEFSTEDNADLFLEENLAKKREEQNKARQAQLAVPGLVNPHDLPEDDMADL 1080
            MEAAAAKLMD SQP D+ALLDQVVT  +D  +PQ+ +AN LLM++K+  +MW ++  ILE + S  T+F GLQILDD +QT+WK LPQ QR+GI+ +V   I+ LSQ++E + Q R+ + K++ VLV +LKQEWPHNWPSF+ DI   SKT+EV+CENNMQILKLLSEEVFDF K+ MT+AKI T+K SL  EFA++YELC+F+L RS + ALLNVTLQTLQRF+TWIP+ Y+F   LI +L  K+FP  AFR +ALECLTE+  L +L  RY+  F+ MF+ ++                       EQ+F+KKLALFFT F++ HL+ LE PE   ALLEG+ Y+V ISEVPDDEV KICLE+YH  +Q LYQ   A      +A          ++ R A Y  +L+++R V+I RM+KPEEVLIVEDENGEIVRETT+DTEAIAQYK MRETLVYLTHL+ +DTE+IML KL  QV+  G +F+WNNLNTLCWAIGSISGAM+EEEEKRFLVTVIKDLLNLCEMKRGKDNKAV+ASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHE HPGVQDMACDTFLKIA KCK KF+ TQ GE +PF+EELL+QL   VSDLETHQVHTFYEAVA MLSDRG    +DR   L++LMA+PN  WR IF  A+ Q DTI  P+TVK++TKIL+TN RVC A GP++  QL+  F D+L IY+ YSENISQAVA+QGELATR++ +RAMRGAKKEVL+LLT FIE++G PE+P + +A+N +PPMLDPILGDY RNIAGARDPEVLSLFATAI  L E +  +V RIMEAVFECTL+MIT+N EDFPEHR+KFF+FL AVNTHCF  LFEIPP HQKLVVD+VVWAFKHTERNIAETGL+IL ELL NVGR P VAQ FY+Q+LLSLIQD LAVMTD LHKS FK  ATLLRHMF L + G V   L      PG   N+QF+ ++V ++LL SFP NLT+A    FV GL     +LN+FK HLRDFL+T+KEFS E++ +LF EE  A K        QA+LAVPGLVNPH+ PE+DM DL
Sbjct:    1 MEAAAAKLMDMSQPFDLALLDQVVTATYDPHNPQQQQANRLLMQLKDHKEMWTRSKDILEGTASPQTKFFGLQILDDVVQTQWKALPQVQREGIRNFVSGMIVSLSQSDEIMAQNRVLLGKLDRVLVGVLKQEWPHNWPSFVPDIVALSKTSEVICENNMQILKLLSEEVFDFGKESMTAAKITTMKASLEGEFAKIYELCDFVLARSVRVALLNVTLQTLQRFITWIPVDYVFNTSLIATLTTKFFPAPAFRVSALECLTEVGVLNNLPARYDPFFRNMFIGVM-----------------------EQMFVKKLALFFTGFLRPHLSTLEVPEGMAALLEGLSYVVRISEVPDDEVFKICLEYYHALSQDLYQSDSAFRPAGGLAGGLAVPADPRAEGRTAAYKGILSRIRHVLIMRMSKPEEVLIVEDENGEIVRETTRDTEAIAQYKTMRETLVYLTHLHYEDTESIMLNKLCLQVD--GREFSWNNLNTLCWAIGSISGAMSEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVIASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHETHPGVQDMACDTFLKIAQKCKRKFVVTQVGEQMPFIEELLQQLPTIVSDLETHQVHTFYEAVACMLSDRGTVVAVDRPAALQRLMAMPNARWRDIFARAQAQPDTILLPETVKDVTKILRTNVRVCDAAGPLFSTQLTGFFHDMLTIYKCYSENISQAVAQQGELATRMAPVRAMRGAKKEVLQLLTVFIERSGEPESPPQAVAQNLIPPMLDPILGDYQRNIAGARDPEVLSLFATAISVLKEQMAPFVARIMEAVFECTLMMITQNMEDFPEHRIKFFQFLKAVNTHCFGSLFEIPPAHQKLVVDAVVWAFKHTERNIAETGLDILLELLQNVGRAPAVAQGFYQQYLLSLIQDILAVMTDMLHKSCFKAHATLLRHMFHLTQAGQVCRPL-----PPGAEGNKQFLAEYVCDMLLQSFPQNLTRANAVEFVRGLFDERMELNAFKQHLRDFLITIKEFSPEESQELFYEETQAYKAAADQALLQARLAVPGLVNPHERPEEDMGDL 1052          

BLAST of mRNA_P-fluviatile_contig13.1870.1 vs. uniprot
Match: A0A7S1YZH3_TRICV (Hypothetical protein n=1 Tax=Trieres chinensis TaxID=1514140 RepID=A0A7S1YZH3_TRICV)

HSP 1 Score: 1314 bits (3401), Expect = 0.000e+0
Identity = 682/1090 (62.57%), Postives = 832/1090 (76.33%), Query Frame = 0

Query:    1 MEAAAAKLMDFS-QPMDVALLDQVVTMAFDASHPQRNEANILLMRMKESPDMWQQAGTILEQSQSQHTRFIGLQILDDAIQTRWKILPQEQRDGIKTYVVSKIIQLSQTEESLRQERIFINKINLVLVAILKQEWPHNWPSFISDICVASKTNEVLCENNMQILKLLSEEVFDFSKDQMTSAKIKTLKESLNDEFAQVYELCEFILDRSQKPALLNVTLQTLQRFLTWIPLGYIFERQLIDSLLGKYFPENAFRTAALECLTEIAGLVDLDPRYNTLFQGMFVVLVKQLSAVMKPETNLAAIYDDATELEQVFIKKLALFFTVFMKSHLAVLETPETQVALLEGMEYLVHISEVPDDEVLKICLEFYHHFTQQLYQDQVAKERQEQIARQQGQIVYEV-----------SDIRRAMYDRVLNKMRLVVITRMAKPEEVLIVEDENGEIVRETTKDTEAIAQYKNMRETLVYLTHLNNDDTETIMLEKLSKQVEVSGSQFTWNNLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKGKFMATQAGETVPFVEELLKQLQGTVSDLETHQVHTFYEAVATMLSDRGQQ-GLDRTKLLEKLMALPNNVWRGIFVAAEGQQDTIKHPDTVKEITKILKTNSRVCGALGPMYIHQLSAIFLDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPEAPKETIAENFLPPMLDPILGDYHRNIAGARDPEVLSLFATAIEKLGESVQQYVPRIMEAVFECTLVMITRNFEDFPEHRLKFFRFLAAVNTHCFACLFEIPPEHQKLVVDSVVWAFKHTERNIAETGLEILYELLLNVGRTPEVAQAFYRQFLLSLIQDTLAVMTDRLHKSGFKMQATLLRHMFQLVEGGHVTLELYDPAQHPGVTSNRQFVMDFVGNLLLSSFPNLTKAQVAGFVSGLLSSDSDLNSFKLHLRDFLVTLKEFSTEDNADLFLEENL--AKKREEQNKARQAQLAVPGLVNPHDLPED 1075
            MEA A +LMD S +  DV+LLDQVV  A+D   P R  AN  LM ++E+PD+W +A  ILE++Q+  +RF GLQ+LDDAI+TRWKI+P EQR+GIK YVV K+I +S  E  + +E++FI K+NL LV ILKQEWPHNWPSFI D+  +SKT+E+LCENNMQILKLLSEEVFDFS+DQM + K+  +KESLN+EFAQ+Y+LCEFIL+ SQ+P+LL VTLQTLQRFLTWIPLG+IF+ QLID+LL K+FPE  FR  ALECLTEI  L+DLD +Y+ LF+ +F   V Q+  +   ETNL   +++ TE + +FI++LALF + F K+HL +LET E+Q ALL GM YLV +SEVPD E+ +ICLE +H   Q LYQ +  K  Q+  A   G  V  V           S  R+ MY  VL  +R V+I+ MAKPEEVLIVEDENG+IVRETTKDT+ IAQYK MRETLV+LTHLN DDTE+IML KL+ QV+  G+ ++WNNLNTLCWAIGSISGAM+E+EEKRFLVTVIKDLL LCE KRGKDNKAV+ASNIMYVVGQYPRFL+AHWKFL+TVVNKLFEFMHE HPGVQDMACDTFLKIA KCK KF+  QA E  PF+ EL+  L   +SDLE HQV  FYEAV  MLSDRG    +DR  +L KLM +PN  WR I   A    +++  P+T+KEI KILK N RVC ++G +Y +QL   FLD+L +Y+ YSE IS A+A+QG +AT++S  R MR AKKE LRLL  FIEK+GPPEA  + +AE F+P +LDPILGDY RNIAGARDPEVL+LF T +EKL   V   +PRIMEAVFE TL MIT NFED+PEHR++FF+FL A+N HCF  LF IPPEHQKLV+DSVVWA KHTERNIA+TGLEIL+ELLLNVGRTP +AQ FY+Q+LL+LIQD  AVMTDRLHKSGFKM ATLLRHMF LV+   VT+ L+DP+  P   SN  F+ + + NLLL+SFPNLT++QV  FV G+     DL +FK HLRDFL+ LKEFS EDN+ LF EEN   A+KREE  +A+++  AVPGL+ P ++  D
Sbjct:   16 MEAVAQRLMDPSAKDFDVSLLDQVVVAAYDPVSPHRGAANKALMTLQENPDLWTKADAILERAQNPQSRFFGLQVLDDAIRTRWKIMPPEQREGIKNYVVGKVISMSSDEAVMTREKVFIGKLNLTLVQILKQEWPHNWPSFIPDLVGSSKTSEILCENNMQILKLLSEEVFDFSRDQMVTEKVIKMKESLNNEFAQIYQLCEFILEHSQRPSLLRVTLQTLQRFLTWIPLGFIFQTQLIDALLNKFFPEPLFRNDALECLTEIGNLMDLDAQYDPLFRKLFQGFVAQVGKIFSHETNLGPAFENGTEDDCIFIQRLALFLSGFFKAHLRILETQESQQALLTGMFYLVRVSEVPDVEIFRICLEAWHMLAQDLYQAE-NKLHQQHGAGAVGNSVLNVGSNGNSGPGAASASRKFMYGPVLTGVRRVMISNMAKPEEVLIVEDENGDIVRETTKDTDVIAQYKTMRETLVFLTHLNCDDTESIMLAKLTDQVD--GTGWSWNNLNTLCWAIGSISGAMSEDEEKRFLVTVIKDLLGLCEQKRGKDNKAVIASNIMYVVGQYPRFLKAHWKFLKTVVNKLFEFMHESHPGVQDMACDTFLKIATKCKRKFVTLQADEAAPFICELVDSLSSIISDLEPHQVQAFYEAVGCMLSDRGPAITIDRPAILSKLMEMPNRTWRVIMDQAVKNLESLVEPNTIKEIVKILKINHRVCHSVGSLYTNQLQTFFLDMLNVYKVYSERISAAIAQQGPIATQMSLTRTMRSAKKEALRLLIVFIEKSGPPEAEPKAVAEGFIPHVLDPILGDYKRNIAGARDPEVLTLFTTVVEKLKGHVLNDIPRIMEAVFEPTLQMITANFEDYPEHRIRFFQFLKAINQHCFPALFNIPPEHQKLVIDSVVWAMKHTERNIADTGLEILHELLLNVGRTPNIAQGFYQQYLLTLIQDVFAVMTDRLHKSGFKMHATLLRHMFHLVQMNQVTVPLFDPSSAPPGQSNPAFLREHISNLLLTSFPNLTRSQVLKFVDGMFDLKMDLPTFKTHLRDFLIQLKEFSIEDNSGLFNEENEIEAQKREEAVRAQRS--AVPGLLKPSEIDND 1100          

BLAST of mRNA_P-fluviatile_contig13.1870.1 vs. uniprot
Match: B8C129_THAPS (Exportin1 n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8C129_THAPS)

HSP 1 Score: 1314 bits (3400), Expect = 0.000e+0
Identity = 664/1080 (61.48%), Postives = 822/1080 (76.11%), Query Frame = 0

Query:    3 AAAAKLMDFSQPMDVALLDQVVTMAFDASHPQRNEANILLMRMKESPDMWQQAGTILEQSQSQHTRFIGLQILDDAIQTRWKILPQEQRDGIKTYVVSKIIQLSQTEESLRQERIFINKINLVLVAILKQEWPHNWPSFISDICVASKTNEVLCENNMQILKLLSEEVFDFSKDQMTSAKIKTLKESLNDEFAQVYELCEFILDRSQKPALLNVTLQTLQRFLTWIPLGYIFERQLIDSLLGKYFPENAFRTAALECLTEIAGLVDLDPRYNTLFQGMFVVLVKQLSAVMKPETNLAAIYDDATELEQVFIKKLALFFTVFMKSHLAVLETPETQVALLEGMEYLVHISEVPDDEVLKICLEFYHHFTQQLYQDQ----VAKERQEQIARQQGQIVYEVSDIRRAMYDRVLNKMRLVVITRMAKPEEVLIVEDENGEIVRETTKDTEAIAQYKNMRETLVYLTHLNNDDTETIMLEKLSKQVEVSGSQFTWNNLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKGKFMATQAGETVPFVEELLKQLQGTVSDLETHQVHTFYEAVATMLSDRGQQ-GLDRTKLLEKLMALPNNVWRGIFVAAEGQQDTIKHPDTVKEITKILKTNSRVCGALGPMYIHQLSAIFLDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPEAPKETIAENFLPPMLDPILGDYHRNIAGARDPEVLSLFATAIEKLGESVQQYVPRIMEAVFECTLVMITRNFEDFPEHRLKFFRFLAAVNTHCFACLFEIPPEHQKLVVDSVVWAFKHTERNIAETGLEILYELLLNVGRTPEVAQAFYRQFLLSLIQDTLAVMTDRLHKSGFKMQATLLRHMFQLVEGGHVTLELYDPAQHPGVTSNRQFVMDFVGNLLLSSFPNLTKAQVAGFVSGLLSSDSDLNSFKLHLRDFLVTLKEFSTEDNADLFLEENLAKKREEQNKARQAQLAVPGLVNPHDLPEDDM 1077
            AA A L       DV LLDQVVT A++   P R  AN  LM ++ESPD+W +A  ILE++Q+  +RF GLQ+LDDAI+ RWK+LP EQR+GIK YVV K+IQ+S  E  ++QER+FI+K+NL LV ILKQEWPHNWPSFI D+  +SKT+EVLCENNMQILKLLSEEVFDFS+DQM + K+K LKESLN EFA +Y LCEFIL+ SQ+P+LL VTLQTLQRFLTWIPLG+IF+ QLID LL K+FPE  FR   LECLTE+  L DL+P Y+ LF+ +F   + +L AV  PET L   +++ +E +Q+FI++LALF + F K+HL VLETP+TQ +L+ G+ YLV +SEV D E+ +ICLE +H     LYQ +    +    Q  +    G +    +  R+ MY  VL  +R V+I +MAKPEEVLIVEDENG+IVRETTKDT+ IAQYK MRETLVYLTHLN+DDTE+IML KL+ QV+  G++++WNNLNTLCWAIGSISGAM E+EEKRFLVTVIKDLL LCE KRGKDNKAVVASNIMYVVGQYPRFL+AHWKFL+TVVNKLFEFMHE+HPGVQDMACDTFLKIA KCK KF+  Q  E VPF+ EL+  L   +SDLE HQ+  FYEA   MLSD+G    +DR  L++KLM LPN  W+ I   A    +++  P+T+KEI KILKTN+++CG +G +Y  QL   F+D+L +Y+ YSE IS  +A+QG +AT+LS +R MR AKKEVLRLL  FIEK+GPPE+  + +AE F+PP+LDPILGDY RNI  ARDPEVL LF T IEKL   +   VPRIMEAVFECTL MIT NFEDFPEHR++FF F+ A+NTHCF  LF IP EHQKLV+DSVVWA KHTERNI++TGL+ILY+LL NVG+TP +AQ FY+Q+LL+LIQD  AVMTDRLHKSGFKM ATLLRHMF LV+   VT+ L+DPA  P   +N  F+ + + NLL+ SFPNLT++QV+ FV G+   + DL +FK HLRDFL+ LKEFS+EDN+ LF EE   ++RE       ++ AVPGL+ P ++ +DD+
Sbjct:    7 AAQALLTPNPADFDVNLLDQVVTAAYNPVDPNRAVANKALMALQESPDVWTKADAILERAQNPQSRFFGLQVLDDAIRIRWKVLPPEQREGIKNYVVGKVIQISSDEALMKQERVFISKLNLTLVQILKQEWPHNWPSFIPDLVGSSKTSEVLCENNMQILKLLSEEVFDFSRDQMVTEKVKKLKESLNSEFAAIYHLCEFILEHSQRPSLLKVTLQTLQRFLTWIPLGFIFQTQLIDILLNKFFPEPIFRNDTLECLTEVGSLTDLEPEYDPLFRTLFAGFLTKLGAVFSPETELIGPFENGSEDDQIFIQRLALFLSGFFKAHLKVLETPDTQQSLITGLYYLVRVSEVDDVEIFRICLEAWHMLAFDLYQTENEFKMRLGSQSSVLNLGGNVNSNAAASRKYMYGPVLTGVRKVMIAKMAKPEEVLIVEDENGDIVRETTKDTDVIAQYKTMRETLVYLTHLNSDDTESIMLAKLTAQVD--GTEWSWNNLNTLCWAIGSISGAMTEDEEKRFLVTVIKDLLGLCEYKRGKDNKAVVASNIMYVVGQYPRFLKAHWKFLKTVVNKLFEFMHEVHPGVQDMACDTFLKIATKCKRKFVTLQTDERVPFIVELVDSLPTIISDLEPHQIQAFYEACGCMLSDKGPAVTVDRGDLMKKLMELPNRQWKLIMDKANSNVESLVEPNTIKEIIKILKTNNKICGTIGSIYATQLQTFFMDLLNVYKVYSERISTTIAQQGAVATQLSLVRTMRSAKKEVLRLLIVFIEKSGPPESDPQAVAEGFIPPVLDPILGDYQRNIPNARDPEVLVLFTTVIEKLKGQILSGVPRIMEAVFECTLQMITVNFEDFPEHRIRFFEFIRAINTHCFQALFNIPAEHQKLVIDSVVWAMKHTERNISDTGLDILYDLLQNVGKTPNIAQGFYQQYLLALIQDVFAVMTDRLHKSGFKMHATLLRHMFHLVQMNQVTVPLFDPANAPPGQTNPAFLREHISNLLIQSFPNLTRSQVSKFVDGMFDLNMDLPTFKTHLRDFLIQLKEFSSEDNSGLFGEEQEEQQRERMEAQEASRRAVPGLLKPSEIIDDDL 1084          

BLAST of mRNA_P-fluviatile_contig13.1870.1 vs. uniprot
Match: A0A7S3Q1F7_9STRA (Hypothetical protein n=1 Tax=Chaetoceros debilis TaxID=122233 RepID=A0A7S3Q1F7_9STRA)

HSP 1 Score: 1294 bits (3348), Expect = 0.000e+0
Identity = 652/1080 (60.37%), Postives = 821/1080 (76.02%), Query Frame = 0

Query:    1 MEAAAAKLMDFSQPMDVALLDQVVTMAFDASHPQRNEANILLMRMKESPDMWQQAGTILEQSQSQHTRFIGLQILDDAIQTRWKILPQEQRDGIKTYVVSKIIQLSQTEESLRQERIFINKINLVLVAILKQEWPHNWPSFISDICVASKTNEVLCENNMQILKLLSEEVFDFSKDQMTSAKIKTLKESLNDEFAQVYELCEFILDRSQKPALLNVTLQTLQRFLTWIPLGYIFERQLIDSLLGKYFPENAFRTAALECLTEIAGLVDLDPRYNTLFQGMFVVLVKQLSAVMKPETNLAAIYDDATELEQVFIKKLALFFTVFMKSHLAVLETPETQVALLEGMEYLVHISEVPDDEVLKICLEFYHHFTQQLYQDQ----VAKERQEQIARQQGQIVYEVSDIRRAMYDRVLNKMRLVVITRMAKPEEVLIVEDENGEIVRETTKDTEAIAQYKNMRETLVYLTHLNNDDTETIMLEKLSKQVEVSGSQFTWNNLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKGKFMATQAGETVPFVEELLKQLQGTVSDLETHQVHTFYEAVATMLSDRGQQ-GLDRTKLLEKLMALPNNVWRGIFVAAEGQQDTIKHPDTVKEITKILKTNSRVCGALGPMYIHQLSAIFLDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPEAPKETIAENFLPPMLDPILGDYHRNIAGARDPEVLSLFATAIEKLGESVQQYVPRIMEAVFECTLVMITRNFEDFPEHRLKFFRFLAAVNTHCFACLFEIPPEHQKLVVDSVVWAFKHTERNIAETGLEILYELLLNVGRTPEVAQAFYRQFLLSLIQDTLAVMTDRLHKSGFKMQATLLRHMFQLVEGGHVTLELYDPAQHPGVTSNRQFVMDFVGNLLLSSFPNLTKAQVAGFVSGLLSSDSDLNSFKLHLRDFLVTLKEFSTEDNADLFLEENLAKKREEQNKARQAQLAVPGLVNPHDLPED 1075
            ME A  +L D SQ  D+ALLD VV   +D    Q+  AN  LM ++E+PD+W +A  ILE++ +  TRF GLQILDDAI+TRWKILP EQRDGIK YVV K+I +S  E++LR+E++FI K+NL LV ILKQEWPHNW SFI D+  +SKT+EVLCENNMQILKLLSEEVFDFS+DQM + K+K +KESLN EF+ +Y LCEFIL+ SQ+P+LL VTLQTLQRFLTWIPLG+IF+  L+D+LL K+FPE  FR   ++CLTEI  L DL+P+Y+ LF+ +F   + +L  +   ETNL   +++ +E +  FI++LALF + F+K+HL ++ETPE+Q  L++G+ YLV +SEVPD E+ +ICLE +H     LY  +    +       ++   G      S  R+ MY  VL   R V+I  MAKPEEVLIVEDENG+IVRETTKDT+ IAQYK MRETLV+LTHLN DDTE+IML KL++QV+  G+ ++WNNLNTLCWAIGSISGAM+E+EEKRFLVTVIKDLL LCE K+GKDNKAVVASNIMYVVGQYPRFL+AHWKFL+TVVNKLFEFMHE+HPGVQDMACDTFLKIA KCK KF+  Q+ E+ PF+ EL++ L   VSDLE HQV +FYE+V  ML+D+G Q  +DR  +L KLM +PN  WR I   A    +++  P T+KEI KILK+N+RVC ++GP++  QL   FLD+L +Y+ YSE IS AV +QG++AT++S +R MR  KKEVLRLL  FI+K+GPPEA    +A+ F+PP+LDPILGDY RNIAGARDPEVL LF T +EKL   V   VPRIME++FECTL MIT NFEDFPEHR++F+ FL AVN HCF  LF IPP HQKLV+D+VVWA KHTERNIA+TGLEIL+ELLLNVGRTP++AQ FY+Q+LL+LIQD  AV+TDRLHKSGFKM +TLLRHMF LV+   VT+ L+DPA  P   SN  F+ + + NLL++SFPN+TK QV  FV G+     DL +FK+HLRDFL+ LKEFS EDN+ L+ EE     R+ +  A+  ++AVPG++ P ++  D
Sbjct:    7 MEGALQRLQDASQEFDIALLDNVVATVYDPRSTQQIAANKALMTLQENPDIWTKADAILEKATNPQTRFFGLQILDDAIRTRWKILPAEQRDGIKNYVVGKVISMSSDEQTLRREKVFIQKLNLTLVQILKQEWPHNWSSFIPDLVGSSKTSEVLCENNMQILKLLSEEVFDFSRDQMVTEKVKKMKESLNGEFSSIYHLCEFILEHSQRPSLLKVTLQTLQRFLTWIPLGFIFQTNLVDALLNKFFPEPMFRNDTIDCLTEIGNLADLEPQYDVLFRKLFSGFLVKLGDIFTSETNLKPAFENGSEEDCTFIQRLALFLSGFLKAHLKIMETPESQQDLIKGLFYLVRVSEVPDTEIFRICLEAWHMLAHDLYNAEKNGNIGSSGILNLSLNYGSGNGNTSS-RKFMYGPVLTGARRVMIANMAKPEEVLIVEDENGDIVRETTKDTDVIAQYKTMRETLVFLTHLNCDDTESIMLSKLTEQVD--GTDWSWNNLNTLCWAIGSISGAMSEDEEKRFLVTVIKDLLGLCEAKKGKDNKAVVASNIMYVVGQYPRFLKAHWKFLKTVVNKLFEFMHEIHPGVQDMACDTFLKIATKCKRKFVTLQSDESTPFICELVENLPSIVSDLEPHQVQSFYESVGCMLADKGPQVTIDRPAILAKLMEMPNRTWRIIMDQAVKNVESLVVPATIKEIIKILKSNNRVCHSVGPLFTSQLQTFFLDMLNVYKVYSERISAAVLQQGQIATQMSLVRTMRSGKKEVLRLLNVFIQKSGPPEAEPRAVAQGFIPPVLDPILGDYQRNIAGARDPEVLLLFTTVVEKLKSHVVDDVPRIMESIFECTLQMITTNFEDFPEHRIRFYEFLRAVNQHCFPALFNIPPTHQKLVIDAVVWAIKHTERNIADTGLEILHELLLNVGRTPDIAQGFYQQYLLALIQDVFAVLTDRLHKSGFKMHSTLLRHMFHLVQMNQVTVPLFDPATTPAGQSNPVFLRNHMSNLLITSFPNVTKTQVGTFVDGMFDLKMDLPTFKVHLRDFLIQLKEFSIEDNSGLYSEEQEMAARQIEEVAQAQRIAVPGILKPSEIDND 1083          

BLAST of mRNA_P-fluviatile_contig13.1870.1 vs. uniprot
Match: A0A448Z8Z6_9STRA (Importin N-terminal domain-containing protein n=1 Tax=Pseudo-nitzschia multistriata TaxID=183589 RepID=A0A448Z8Z6_9STRA)

HSP 1 Score: 1287 bits (3330), Expect = 0.000e+0
Identity = 649/1085 (59.82%), Postives = 828/1085 (76.31%), Query Frame = 0

Query:    1 MEAAAAKLMDFSQPMDVALLDQVVTMAFDASHPQRNEANILLMRMKESPDMWQQAGTILEQSQSQHTRFIGLQILDDAIQTRWKILPQEQRDGIKTYVVSKIIQLSQTEESLRQERIFINKINLVLVAILKQEWPHNWPSFISDICVASKTNEVLCENNMQILKLLSEEVFDFSKDQMTSAKIKTLKESLNDEFAQVYELCEFILDRSQKPALLNVTLQTLQRFLTWIPLGYIFERQLIDSLLGKYFPENAFRTAALECLTEIAGLVDLDPRYNTLFQGMFVVLVKQLSAVMKPETNLAAIYDDATELEQVFIKKLALFFTVFMKSHLAVLETPETQVALLEGMEYLVHISEVPDDEVLKICLEFYHHFTQQLYQ---------DQVAKERQEQIARQQGQIVYEVSDIRRAMYDRVLNKMRLVVITRMAKPEEVLIVEDENGEIVRETTKDTEAIAQYKNMRETLVYLTHLNNDDTETIMLEKLSKQVEVSGSQFTWNNLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKGKFMATQAGETVPFVEELLKQLQGTVSDLETHQVHTFYEAVATMLSDRGQQ-GLDRTKLLEKLMALPNNVWRGIFVAAEGQQDTIKHPDTVKEITKILKTNSRVCGALGPMYIHQLSAIFLDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPEAPKETIAENFLPPMLDPILGDYHRNIAGARDPEVLSLFATAIEKLGESVQQYVPRIMEAVFECTLVMITRNFEDFPEHRLKFFRFLAAVNTHCFACLFEIPPEHQKLVVDSVVWAFKHTERNIAETGLEILYELLLNVGRTPEVAQAFYRQFLLSLIQDTLAVMTDRLHKSGFKMQATLLRHMFQLVEGGHVTLELYDPAQHPGVTSNRQFVMDFVGNLLLSSFPNLTKAQVAGFVSGLLSSDSDLNSFKLHLRDFLVTLKEFSTEDNADLFLEENLAKKREEQNKARQAQLAVPGLVNPHDLPED 1075
            ++  A KL+  S   D+ LLDQ+V  A+D   P R EAN  LM+++ESPD+WQ A  I+EQSQ+ ++RF GLQ+LDDAI+ RWK++P++Q++GIK +VV K+I++S  E +++QE++FI K+NL LV ILKQEWP NWPSFISD+  +SKT+EVLCENNMQILKLLSEEVFDFS+DQM + K+K +KESLN EF+Q+++LC+F+L+ SQKP+LL VTL+TLQRFLTWIPLG+IF+  LI++LL K+FP   FR  AL+CLTEI  L DL+P+Y+ LF+G+F   +++L  +  P+ +L   + + +E +  FI+KLALF + F K+H  VLETPE++ AL+ GM YLV ISE+ D E+ +ICLE +H   + LY+         D  A  R   +    G      S  R+ +Y  VL  +R V+I  MAKPEEVL+VEDENG+IVRETTKDT+ IAQYK MR+TLVYLTHLN +DTE+IML KLS QV V  S+F +N LNTLCWAIGSISGAM+E+EEKRFLVTVIKDLL +CE KRGKDNKAVVASNIMYVVGQYPRFLRAHWKFL+TVVNKLFEFMHE+HPGVQDMACDTFLKIA KCK KF+  Q  E VPF+ EL++ L   +SDLE HQV +FYEAV  ML+DRG    +DR  L  KLM +PN  W  I   A+   + +  P T+KEI KILKTN+R+C ++G ++ +QL   F+D+L +Y+ YSE IS AVA+QG +AT++S +R MR AKKEVLRLL TFI+K+GPPEA   T+A+ F+PP+LDPILGDY RNIAGARDPEVL+LF T +EKL  +V   VP+IMEAVFECTL MI +NFEDFPEHR++F+ FL A+N HCF  LF IPPEHQKLVV ++VWA KH ERNI++TGLEIL+ELLLNVGRTP VAQAFY+Q+LLSLIQD  AVMTDR HKSGFK+ ATLLRHMF LV+   VT+ L++P+  P   +N  F+ +++GNLL++SFPNL+K QV+ FV G+     DL++FK HLRDFL+ LKEFS EDN+ LF EE  A++R ++      + AVPG++ P ++  D
Sbjct:    9 LQGLAQKLL--SGDFDINLLDQIVGAAYDPISPHRAEANKALMQLQESPDLWQMADGIIEQSQNPNSRFFGLQVLDDAIKIRWKVIPKDQKEGIKNFVVGKVIKMSSDETTMKQEKVFIGKLNLTLVEILKQEWPQNWPSFISDLVGSSKTSEVLCENNMQILKLLSEEVFDFSRDQMVTEKVKRMKESLNGEFSQIFQLCQFVLEHSQKPSLLRVTLKTLQRFLTWIPLGFIFQTNLIETLLNKFFPVPLFRNHALDCLTEIGTLQDLEPQYDPLFRGLFTTFLQRLRDIFAPDMDLRKPFQEGSEEDCFFIQKLALFLSGFFKAHFRVLETPESEQALISGMFYLVRISEIQDVEIFRICLEAWHMLAEDLYKADNNQSSFYDASATSR---VLNLNGNASSRSS--RKFVYSSVLTGVRQVMIANMAKPEEVLVVEDENGDIVRETTKDTDVIAQYKTMRDTLVYLTHLNCEDTESIMLSKLSDQVRVE-SKFDFNVLNTLCWAIGSISGAMSEDEEKRFLVTVIKDLLGMCEAKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLKTVVNKLFEFMHEVHPGVQDMACDTFLKIATKCKRKFVTLQQDEQVPFISELVESLPSIISDLEPHQVQSFYEAVGCMLNDRGPNVAIDRQVLQSKLMEMPNRTWEVIMDQAKLSVENLVDPATIKEIIKILKTNNRLCRSVGGLFTYQLQTFFMDMLNVYRVYSERISAAVAQQGAIATQMSLVRTMRSAKKEVLRLLITFIDKSGPPEAEPMTVAKGFIPPVLDPILGDYKRNIAGARDPEVLTLFTTVVEKLKSNVVDEVPKIMEAVFECTLEMINKNFEDFPEHRIRFYEFLRAINQHCFPALFNIPPEHQKLVVHAIVWAMKHKERNISDTGLEILHELLLNVGRTPNVAQAFYQQYLLSLIQDVFAVMTDRFHKSGFKIHATLLRHMFHLVQANQVTVPLFEPSTQPPGQTNPAFLREYIGNLLITSFPNLSKTQVSKFVDGMFDIKMDLSTFKTHLRDFLIELKEFSAEDNSALFSEEQEAERRRQEKAMMAQRSAVPGMIKPSEIDND 1085          

BLAST of mRNA_P-fluviatile_contig13.1870.1 vs. uniprot
Match: A0A7S3KVF6_9STRA (Hypothetical protein n=1 Tax=Amphora coffeiformis TaxID=265554 RepID=A0A7S3KVF6_9STRA)

HSP 1 Score: 1278 bits (3308), Expect = 0.000e+0
Identity = 644/1068 (60.30%), Postives = 814/1068 (76.22%), Query Frame = 0

Query:   16 DVALLDQVVTMAFDASHPQRNEANILLMRMKESPDMWQQAGTILEQSQSQHTRFIGLQILDDAIQTRWKILPQEQRDGIKTYVVSKIIQLSQTEESLRQERIFINKINLVLVAILKQEWPHNWPSFISDICVASKTNEVLCENNMQILKLLSEEVFDFSKDQMTSAKIKTLKESLNDEFAQVYELCEFILDRSQKPALLNVTLQTLQRFLTWIPLGYIFERQLIDSLLGKYFPENAFRTAALECLTEIAGLVDLDPRYNTLFQGMFVVLVKQLSAVMKPETNLAAIYDDATELEQVFIKKLALFFTVFMKSHLAVLETPETQVALLEGMEYLVHISEVPDDEVLKICLEFYHHFTQQLYQDQVAKERQEQIARQQGQIVYEVS-------DIRRAMYDRVLNKMRLVVITRMAKPEEVLIVEDENGEIVRETTKDTEAIAQYKNMRETLVYLTHLNNDDTETIMLEKLSKQVEVSGSQFTWNNLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKGKFMATQAGETVPFVEELLKQLQGTVSDLETHQVHTFYEAVATMLSDRGQQ-GLDRTKLLEKLMALPNNVWRGIFVAAEGQQDTIKHPDTVKEITKILKTNSRVCGALGPMYIHQLSAIFLDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPEAPKETIAENFLPPMLDPILGDYHRNIAGARDPEVLSLFATAIEKLGESVQQYVPRIMEAVFECTLVMITRNFEDFPEHRLKFFRFLAAVNTHCFACLFEIPPEHQKLVVDSVVWAFKHTERNIAETGLEILYELLLNVGRTPEVAQAFYRQFLLSLIQDTLAVMTDRLHKSGFKMQATLLRHMFQLVEGGHVTLELYDPAQHPGVTSNRQFVMDFVGNLLLSSFPNLTKAQVAGFVSGLLSSDSDLNSFKLHLRDFLVTLKEFSTEDNADLFLEENLAKKREEQNKARQAQLAVPGLVNPHDLPED 1075
            DVA+LDQ+V  A++   P R  A+  +M+++E PD+WQ+A  I+E++ + HTRF GL ILD AI+TRWKILP  Q++GI+ Y+V KII +SQ EE+L +ER+F+ K+NL LV ILKQEWPHNWPSFISD+  +SKT+EVLCENNMQILKLLSEEVFDFSKDQM + K+K +KESLN EF+QV++LCEF++  SQ+P+LL +TLQTLQRFLTWIPLGYIF+  LID L+ K+F    FR  AL+CLTEI  L  LDP+Y+ LF+ +F   + +L+ V  P+T+L   ++  +E E+ F++KLA+F + F K+HL VLE+PE+  AL+ GM YLV +SEV D E+ +ICLE +H   ++LY+ + A       +   G     +S       + R+ +Y  VLN +R V+I  MAKPEEVLIVEDENG+IVRETTKDT+ IAQYK MR+TLVYLTHLN +DTETIML KL++QV+  GS ++WNNLNTLCWAIGSISGAM E+EEKRFLVTVIKDLL LCE KRGKDNKAVVASNIMYVVGQYPRFL+AHWKFL+TVVNKLFEFMHE+HPGVQDMACDTFLKIA KCK KF+  QA E  PF+ EL++ L   +SDLE HQV +FYE+   MLSD+G    +DR  +L KLM LPN  WR I   A    +++  P+T+KEI KILKTN+RVCGA+G +Y HQL   FLD+L +Y+ YSE IS AVA+QG +ATR S +R MR AKKEVLRLL  FI+ +GPPEA    + + F+PP+LDPILGDY RNIAGARDPEVL LFA  + KL  +V   +PRIM+A+FE T+ MIT+NFED+PEHR++FF FL AVN HCF  LF IPPEHQKLVV SVVWA KHTERNI++TGL+IL+ELL+NVG++P VAQ+FY+Q+LLSLIQD  AV+TDRLHKSGFKM ATLLR MF +V+   VT+ L+DP+  P  T+N+ F+ D + NLL++SFPNL++ QV  FV G+  +  DL +FK HLRDFL+ LKEFS+EDN+ L+ EE     +E Q      + AVPG++ P ++  D
Sbjct:   22 DVAVLDQIVAAAYNPMDPNRIPAHQAMMQLQEVPDLWQKADGIIEKASNPHTRFYGLSILDSAIKTRWKILPPPQKEGIRNYIVGKIIAMSQEEETLARERVFVGKLNLTLVEILKQEWPHNWPSFISDLVGSSKTSEVLCENNMQILKLLSEEVFDFSKDQMVTEKVKRMKESLNSEFSQVFQLCEFVMANSQRPSLLRITLQTLQRFLTWIPLGYIFQTNLIDVLINKFFAAPVFRNEALDCLTEIGTLQGLDPQYDVLFRQLFTSFLTRLADVFGPDTDLRQPFEGGSEHERQFVQKLAMFLSGFFKAHLKVLESPESHQALITGMFYLVRVSEVKDTEIFRICLEAWHMLAEELYKSEHAAGS----SGFNGPPGLHLSSGTNGAPNSRKYLYSPVLNGVRQVMIANMAKPEEVLIVEDENGDIVRETTKDTDVIAQYKTMRDTLVYLTHLNCEDTETIMLAKLTEQVD--GSAWSWNNLNTLCWAIGSISGAMAEDEEKRFLVTVIKDLLGLCEQKRGKDNKAVVASNIMYVVGQYPRFLKAHWKFLKTVVNKLFEFMHEIHPGVQDMACDTFLKIAGKCKRKFVTIQAEEAAPFLLELVEMLPSIISDLEPHQVQSFYESAGVMLSDKGPSVTIDRQGILAKLMELPNRTWRMIMEQATKNVESLVEPNTIKEIIKILKTNNRVCGAVGSLYTHQLQTFFLDMLNVYKVYSERISAAVAQQGAIATRTSLVRTMRSAKKEVLRLLIVFIDSSGPPEAEPRAVTQGFIPPVLDPILGDYKRNIAGARDPEVLKLFAVVVSKLKTNVLDDIPRIMDAIFEVTIEMITKNFEDYPEHRIRFFEFLRAVNLHCFVALFSIPPEHQKLVVHSVVWAMKHTERNISDTGLDILHELLVNVGQSPHVAQSFYQQYLLSLIQDVFAVLTDRLHKSGFKMHATLLRTMFHMVQNNQVTVPLFDPSSQPPGTTNQVFLRDHISNLLIASFPNLSRIQVGKFVEGMFDTTMDLPTFKTHLRDFLIELKEFSSEDNSALYAEEQEKAAQERQQAIMAQRSAVPGMLKPSEIDND 1083          

BLAST of mRNA_P-fluviatile_contig13.1870.1 vs. uniprot
Match: A0A1E7FE55_9STRA (CRM1_C-domain-containing protein n=1 Tax=Fragilariopsis cylindrus CCMP1102 TaxID=635003 RepID=A0A1E7FE55_9STRA)

HSP 1 Score: 1273 bits (3295), Expect = 0.000e+0
Identity = 654/1088 (60.11%), Postives = 821/1088 (75.46%), Query Frame = 0

Query:    1 MEAAAAKLMDFSQPMDVALLDQVVTMAFDASHPQRNEANILLMRMKESPDMWQQAGTILEQSQSQHTRFIGLQILDDAIQTRWKILPQEQRDGIKTYVVSKIIQLSQTEESLRQERIFINKINLVLVAILKQEWPHNWPSFISDICVASKTNEVLCENNMQILKLLSEEVFDFSKDQMTSAKIKTLKESLNDEFAQVYELCEFILDRSQKPALLNVTLQTLQRFLTWIPLGYIFERQLIDSLLGKYFPENAFRTAALECLTEIAGLVDLDPRYNTLFQGMFVVLVKQLSAVMKPETNLAAIYDDATELEQVFIKKLALFFTVFMKSHLAVLETPETQVALLEGMEYLVHISEVPDDEVLKICLEFYHHFTQQLYQ----------DQVAKERQEQIARQQGQIVYEVS-DIRRAMYDRVLNKMRLVVITRMAKPEEVLIVEDENGEIVRETTKDTEAIAQYKNMRETLVYLTHLNNDDTETIMLEKLSKQVEVSGSQFTWNNLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKGKFMATQAGETVPFVEELLKQLQGTVSDLETHQVHTFYEAVATMLSDRGQQ-GLDRTKLLEKLMALPNNVWRGIFVAAEGQQDTIKHPDTVKEITKILKTNSRVCGALGPMYIHQLSAIFLDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPEAPKETIAENFLPPMLDPILGDYHRNIAGARDPEVLSLFATAIEKLGESVQQYVPRIMEAVFECTLVMITRNFEDFPEHRLKFFRFLAAVNTHCFACLFEIPPEHQKLVVDSVVWAFKHTERNIAETGLEILYELLLNVGRTPEVAQAFYRQFLLSLIQDTLAVMTDRLHKSGFKMQATLLRHMFQLVEGGHVTLELYDPAQHPGVTSNRQFVMDFVGNLLLSSFPNLTKAQVAGFVSGLLSSDSDLNSFKLHLRDFLVTLKEFSTEDNADLFLEENLAKKREEQNKARQAQL-AVPGLVNPHDLPED 1075
            ++A A +L+      D+ LLDQ+V  A+D   P R +AN  LM+++ESP++W+ A +I+EQSQ+ H+RF GLQ+LDDAI+TRWKI+P +Q++GIK +VV K+I++S  E  + QER+FI K+NL LV ILKQEWP NWPSFISD+  +SKT+E+LCENNMQILKLLSEEVFDFS+DQM + K+K +KESLN EF+Q+++LC+F+L+ SQ+P+LL VTL+TLQRFLTWIPLG+IF+  LI  LL K+FPE  FR  AL+CLTEI  L DL+P+Y+ LF+ +F   + +L  V  PE +L   Y D +E +  FI+KLALF + F K+HL VLETPE++ ALL GM YLV +SEV D E+ +ICLE +H   + LY+          D  A  R   +    G     +S   R+ +Y  VL  +R V+I  MAKPEEVLIVEDENG+IVRETTKDT+ IAQYK MR+TLVYLTHLN +DTE+IML KLS QV V  + F WN LNTLCWAIGSISGAM+E+EEKRFLVTVIKDLL LCE KRGKDNKAVVASNIMYVVGQYPRFLRAHWKFL+TVVNKLFEFMHE HPGVQDMACDTFLKIA KCK KF+  Q  E +PF+ EL++ L   +SDLE HQV  FYEA   ML+DRG    +DR  L  +LM +PN  W  I   A+   + +  P T+KEI KILKTN+R+C ++G ++  QL   F+D+L +Y+ YSE IS AVA+QG +AT++S +R MR AKKEVLRLLTTFI+K+GPPEA   T+A+ F+PP+LDPILGDY RNIAGARDPEVL LF   IEKL  +V   VPRIMEAVFECTL MIT+NFED+PEHR++FF FL A+N HCF  LF IPPEHQKLVV +VVWA KH ERNIA+TGL+IL+ELL NVG+TP VAQAFY+Q+LLSLIQD  AVMTDR HKSGFKM ATLLR MF LV+   VT+ L+DP+  P   +N  ++ +++ NLL++SFPNL+K QV+ FV G+ +   +L+ FK+HLRDFL+ LKEF+TEDN  LF EE+  + R +Q +AR  +  AVPG++ P ++  D
Sbjct:   13 LQAIAQQLIS-GDNFDITLLDQIVAAAYDPVSPHRAQANKALMQLQESPELWRMADSIIEQSQNSHSRFFGLQVLDDAIKTRWKIIPADQKEGIKNFVVGKVIKMSSDEAIMIQERVFIGKLNLTLVEILKQEWPQNWPSFISDLVGSSKTSEILCENNMQILKLLSEEVFDFSRDQMVTEKVKRMKESLNGEFSQIFQLCQFVLEHSQRPSLLRVTLKTLQRFLTWIPLGFIFQTNLIQVLLDKFFPEPVFRNNALDCLTEIGTLQDLEPQYDPLFRQLFTTFLLKLRDVFAPEMDLRQPYRDGSEEDCFFIQKLALFLSGFFKAHLKVLETPESEQALLSGMFYLVRVSEVQDTEIFRICLEAWHMLAEDLYKADNSQASFYNDGSATSR---VLNLNGNSTSSMSRSSRKFVYSPVLTGVRQVMIANMAKPEEVLIVEDENGDIVRETTKDTDVIAQYKTMRDTLVYLTHLNCEDTESIMLSKLSDQVRVENN-FDWNILNTLCWAIGSISGAMSEDEEKRFLVTVIKDLLGLCEQKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLKTVVNKLFEFMHESHPGVQDMACDTFLKIATKCKRKFVTLQQDEQIPFIGELVESLPSIISDLEPHQVQAFYEAAGCMLNDRGPNVAIDRQLLQGRLMEMPNRTWEVIMDQAKVSVENLVDPATIKEIIKILKTNNRLCRSVGGLFTFQLQTFFMDMLNVYRVYSERISGAVAQQGAIATQMSLVRTMRSAKKEVLRLLTTFIDKSGPPEADALTVAQGFIPPVLDPILGDYKRNIAGARDPEVLVLFTVVIEKLKSNVVDEVPRIMEAVFECTLEMITKNFEDYPEHRIRFFEFLKAINEHCFPALFNIPPEHQKLVVHAVVWAMKHKERNIADTGLDILHELLRNVGKTPNVAQAFYQQYLLSLIQDVFAVMTDRFHKSGFKMHATLLRLMFHLVQQNQVTVPLFDPSTQPPGQTNPAYLREYISNLLVTSFPNLSKTQVSKFVDGMFNIKMELSPFKIHLRDFLIELKEFNTEDNTALFSEEH-ERDRVQQEQARMTERSAVPGMLKPSEIDLD 1094          

BLAST of mRNA_P-fluviatile_contig13.1870.1 vs. uniprot
Match: A0A1Z5JBF2_FISSO (Exportin-1 n=2 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5JBF2_FISSO)

HSP 1 Score: 1269 bits (3284), Expect = 0.000e+0
Identity = 640/1069 (59.87%), Postives = 808/1069 (75.58%), Query Frame = 0

Query:   17 VALLDQVVTMAFDASHPQRNEANILLMRMKESPDMWQQAGTILEQSQSQHTRFIGLQILDDAIQTRWKILPQEQRDGIKTYVVSKIIQLSQTEESLRQERIFINKINLVLVAILKQEWPHNWPSFISDICVASKTNEVLCENNMQILKLLSEEVFDFSKDQMTSAKIKTLKESLNDEFAQVYELCEFILDRSQKPALLNVTLQTLQRFLTWIPLGYIFERQLIDSLLGKYFPENAFRTAALECLTEIAGLVDLDPRYNTLFQGMFVVLVKQLSAVMKPETNLAAIYDDATELEQVFIKKLALFFTVFMKSHLAVLETPETQVALLEGMEYLVHISEVPDDEVLKICLEFYHHFTQQLYQDQVAKERQE-----QIARQQGQIVY--EVSDIRRAMYDRVLNKMRLVVITRMAKPEEVLIVEDENGEIVRETTKDTEAIAQYKNMRETLVYLTHLNNDDTETIMLEKLSKQVEVSGSQFTWNNLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKGKFMATQAGETVPFVEELLKQLQGTVSDLETHQVHTFYEAVATMLSDRGQQG-LDRTKLLEKLMALPNNVWRGIFVAAEGQQDTIKHPDTVKEITKILKTNSRVCGALGPMYIHQLSAIFLDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPEAPKETIAENFLPPMLDPILGDYHRNIAGARDPEVLSLFATAIEKLGESVQQYVPRIMEAVFECTLVMITRNFEDFPEHRLKFFRFLAAVNTHCFACLFEIPPEHQKLVVDSVVWAFKHTERNIAETGLEILYELLLNVGRTPEVAQAFYRQFLLSLIQDTLAVMTDRLHKSGFKMQATLLRHMFQLVEGGHVTLELYDPAQHPGVTSNRQFVMDFVGNLLLSSFPNLTKAQVAGFVSGLLSSDSDLNSFKLHLRDFLVTLKEFSTEDNADLFLEENLAKKREEQNKARQAQLAVPGLVNPHDLPEDDM 1077
            +A LD+VV+ A++   P R  AN  LM+++E+P++W +A  I+EQ+ +  +RF G+Q+LDD I+T+WKILP EQ+DGIK YVV KII + Q E  + +ER+ + K+NL LV ILK EWPHNWPSFISD+  +SKT+EVLCENNMQILKLLSEEVFDFSKDQM + K+K +KESLN EF Q+Y+LC+F+L  SQ+P+LL VTLQTLQRFLTWIPLG+IF+  LID L+ K+FP   FR  AL+CLTEI  L  LDP+Y+ LF+ +    + +L+ +  PET+L   YD+ +E +++FI+KLA+F + F K+HL V+E PE+  AL+ GM YLV +S V D E+ +ICLE ++   + LY+ + +           +    G   +  +  + R+ +Y  VLN +R V+I  MAKPEEVLIVEDENG+IVRET KD + IAQY  MR+TLVYLTHL+ +DTE+IML KL++QV+  GS ++WNNLNTLCWAIGSISGAM+EEEEKRFLVTVIKDLL LCE KRGKDNKAVVASNIMYVVGQYPRFLRAHWKFL+TVVNKLFEFMHELHPGVQDMACDTFLKIA KCK KF+  Q+ E+VPFV +L+  L   +SDLE+HQV  FYEAV  MLSD G    ++R  LL KLM LPN +WR     A    +++  P+T+KE+TK+LKTN+RVC A GP++ HQL   F+D+L +Y+ YSE IS  VA QG +AT++S +R +R AKKEVLRLL  FI+K+GPPEA    +A+ F+PP+LDPILGDY RNIA ARDPEVL LF T + KL   V Q VPRIMEAVFE TL MIT+NFEDFPEHR++FF FL A+N HCF  LF IPPEHQKLVV SVVWA KHTERNI++TGL++L+ELLLNVG TP VAQ FY+Q+LL LIQD  AVMTDRLHKSGFKM ATLLRHMF LV+   VTL L+DPA  P  T+N  F+   + NLL++SFPNLT++QV+ FV G+     DL +FKLHLRDFL+ LKEFSTEDN+ L+ EE     RE +   +  + A+PG++ P ++ ++D+
Sbjct:   17 IAALDKVVSAAYNPIDPNRALANKTLMQLQEAPELWTKADAIIEQATNPQSRFFGMQVLDDVIKTKWKILPSEQKDGIKNYVVGKIINMCQDEAMIIRERVLVGKLNLTLVEILKHEWPHNWPSFISDLVGSSKTSEVLCENNMQILKLLSEEVFDFSKDQMITEKVKRMKESLNGEFTQIYQLCDFVLSNSQRPSLLKVTLQTLQRFLTWIPLGFIFQTTLIDVLVHKFFPVQTFRNDALDCLTEIGSLSGLDPQYDPLFRKLLAEFLMRLADIFSPETDLQPAYDNGSEDDRIFIQKLAMFLSGFFKAHLLVMEVPESHQALITGMFYLVRVSSVKDVEIFRICLEAWYMLAEGLYKSEFSSHNNNGSIGGNVLNLNGHSGFGGQQGNSRKFLYSPVLNGVRQVMIASMAKPEEVLIVEDENGDIVRETAKDLDVIAQYNTMRDTLVYLTHLSCEDTESIMLAKLTEQVD--GSGWSWNNLNTLCWAIGSISGAMSEEEEKRFLVTVIKDLLGLCEQKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLKTVVNKLFEFMHELHPGVQDMACDTFLKIASKCKRKFVTLQSDESVPFVCDLVDNLPSIISDLESHQVQAFYEAVGIMLSDTGVSNTINREGLLAKLMELPNQLWRTNMERASNDVNSLVDPNTIKELTKVLKTNNRVCMATGPLFTHQLKVFFVDMLNVYKVYSERISAEVAMQGAIATKMSLVRTLRSAKKEVLRLLNVFIDKSGPPEAEPLAVAQGFIPPVLDPILGDYKRNIADARDPEVLKLFTTVVIKLKNHVLQDVPRIMEAVFEVTLDMITKNFEDFPEHRIRFFEFLRAINKHCFPALFNIPPEHQKLVVHSVVWAMKHTERNISDTGLDVLHELLLNVGGTPSVAQPFYQQYLLGLIQDVFAVMTDRLHKSGFKMHATLLRHMFHLVQMNQVTLPLFDPATQPPGTTNPAFLRSHISNLLITSFPNLTRSQVSKFVEGMFDLQMDLPTFKLHLRDFLIELKEFSTEDNSALYSEEQERAAREREQALKAERSAIPGIIKPSEIIDEDL 1083          

BLAST of mRNA_P-fluviatile_contig13.1870.1 vs. uniprot
Match: F0YHQ5_AURAN (Importin N-terminal domain-containing protein n=2 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0YHQ5_AURAN)

HSP 1 Score: 1269 bits (3284), Expect = 0.000e+0
Identity = 657/1088 (60.39%), Postives = 823/1088 (75.64%), Query Frame = 0

Query:    1 MEAAAAKLMDFSQPMDVALLDQVVTMAFDASHPQRNEANILLMRMKESPDMWQQAGTILEQSQSQHTRFIGLQILDDAIQTRWKILPQEQRDGIKTYVVSKIIQLSQTEESLRQERIFINKINLVLVAILKQEWPHNWPSFISDICVASKTNEVLCENNMQILKLLSEEVFDFSKDQMTSAKIKTLKESLNDEFAQVYELCEFILDRSQKPALLNVTLQTLQRFLTWIPLGYIFERQLIDSLLGKYFPENAFRTAALECLTEIAGLVDLDPRYNTLFQGMFVVLVKQLSAVMKPETNLAAIYDDAT--ELEQVFIKKLALFFTVFMKSHLAVLETPETQVALLEGMEYLVHISEVPDDEVLKICLEFYHHFTQQLYQDQVAKERQEQIARQQGQIVYEVSDIRRAMYDR--VLNKMRLVVITRMAKPEEVLIVEDENGEIVRETTKDTEAIAQYKNMRETLVYLTHLNNDDTETIMLEKLSKQVEVSGSQFTWNNLNTLCWAIGSISGAMNEEEEKRFLVTVIKDLLNLCEMKRGKDNKAVVASNIMYVVGQYPRFLRAHWKFLRTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKGKFMATQAGETVPFVEELLKQLQGTVSDLETHQVHTFYEAVATMLSDRGQQ---GLDRTKLLEKLMALPNNVWRGIFVAAEGQQDTIKHPDTVKEITKILKTNSRVCGALGPMYIHQLSAIFLDVLKIYQYYSENISQAVAEQGELATRLSHIRAMRGAKKEVLRLLTTFIEKAGPPEAPKETIAENFLPPMLDPILGDYHRNIAGARDPEVLSLFATAIEKLGESVQQYVPRIMEAVFECTLVMITRNFEDFPEHRLKFFRFLAAVNTHCFACLFEIPPEHQKLVVDSVVWAFKHTERNIAETGLEILYELLLNVGRTPEVA-QAFYRQFLLSLIQDTLAVMTDRLHKSGFKMQATLLRHMFQLVEGGHVTLELYD-PAQHPGVTSNRQFVMDFVGNLLLSSFPNLTKAQVAGFVSGLLSSDSDLNSFKLHLRDFLVTLKEFSTEDNADLFLEENLAKK---REEQNKARQAQLAVPGLVNPHDLPEDD 1076
            MEAA  +L+D SQP DVA+ D VV+ ++D  HP+R+ AN +LM+++E  + W +A  I+E S     RF GL  LDDAI TRWKILP+EQR GIK ++V+KIIQLS  E +   ER  I+++N VLV+ILKQEWPHNWPSFI D+C AS+T+EVLCENNM IL+LLSEEVFDFSKD MT+AKI+T+KESLN EFAQ++ LCEF+L  S +P L++ TL TL+ FL+WIPLGY+FE  L+ +L+ ++F    FR AALECLTEIA L DL+P+Y+  F  ++V  ++ L  ++  + +LAA +D A+  + +Q+F+ +LALFF+ F K+HL ++ET E   ALLEG++YLV IS VPD+EV +ICL+++H F+Q LY  +                       R A++    +L++ RLV+I+RM+KPEEVL+VEDENGEIVRE  KDTEAIAQYK MRETLVYLTHLN DDTE+IML+KL+ QV+  G++++W NLNTLCWAIGSISGAM+E+EEKRFLVTVIKDLL LCE+KRGK NKA +ASNIMYVVGQYPRFLRAHWKFL+TVVNKLFEFMHELHPGVQDMACDTFLKIALKCK KF+  Q GE  PF  +L+ QL   +SDLE HQVH FYEA A +LSDRG        R  LL +LMALPN+ WR I   A+    T+ +PDTV+++ KI+KT+  VCGA GP+Y+ QL A +LD+L +Y+ YSE +S AV + G+LATR + +RA+R AK+E+LRLLTTF+EK G PEAP   +A +F+PP+L+P+L DY R+I  ARD +VL+L A  ++KL + V   VPR+++AVFE TL MITRNFEDFPEHRL FF+ L AVNTHCFA LF IP  H KLVVDSVVWAFKHTERN+A+TGLEILYELLLNVGRT + A Q FYR F+L LIQD LAVMTDRLHKSGFKM ATLLRH+F LVE GHVT  L+D P ++P   SN+ F+ D V NLL +SFPNL++ Q+  FV GL     DL +FK HLRDFL+ LKEFS ++N DL+ EE  A++    E+QN AR   LAVPGLVNPHD P DD
Sbjct:    1 MEAAGTRLLDESQPFDVAIFDGVVSASYDPRHPERSMANEILMKLREQSNAWAKADAIIENSTLPQGRFFGLMALDDAINTRWKILPEEQRVGIKGFIVNKIIQLSSDEATASAERTMIHQMNKVLVSILKQEWPHNWPSFIGDVCGASRTSEVLCENNMHILRLLSEEVFDFSKDAMTTAKIRTMKESLNAEFAQIFRLCEFVLGASSRPKLIDATLGTLKAFLSWIPLGYLFETPLVQTLVERFFAAAQFRNAALECLTEIASLSDLEPKYDEAFVRLYVGALQALGQIVPRDASLAAAFDAASGRDADQLFVSRLALFFSGFFKAHLRLVETREHGQALLEGLQYLVRISAVPDNEVFQICLDYWHAFSQDLYASETG---------------------RPALFQHGGLLSQARLVIISRMSKPEEVLVVEDENGEIVREMFKDTEAIAQYKTMRETLVYLTHLNYDDTESIMLDKLALQVD--GTEWSWANLNTLCWAIGSISGAMSEDEEKRFLVTVIKDLLGLCEVKRGKGNKACIASNIMYVVGQYPRFLRAHWKFLKTVVNKLFEFMHELHPGVQDMACDTFLKIALKCKRKFVTQQPGEARPFARDLVAQLPAIISDLEPHQVHAFYEATACLLSDRGGHPSVAAQRPALLAQLMALPNDAWRRITHDAQQNPATLVNPDTVRDVAKIVKTHRMVCGACGPLYVTQLGACYLDLLNVYRAYSEAVSSAVQQHGDLATRHADVRALRAAKREILRLLTTFVEKCGEPEAPPPLVATSFVPPLLEPVLNDYRRSIVEARDSDVLNLLAATVDKLRDLVANEVPRVLDAVFEPTLRMITRNFEDFPEHRLAFFKLLKAVNTHCFAALFAIPVAHHKLVVDSVVWAFKHTERNVADTGLEILYELLLNVGRTVDDAKQPFYRAFVLPLIQDVLAVMTDRLHKSGFKMHATLLRHLFHLVEAGHVTAPLFDDPTKYP---SNQAFLRDHVANLLSTSFPNLSRQQIVDFVVGLFDLRMDLPTFKTHLRDFLIQLKEFSEQNNQDLYSEERAAQQVAVAEQQNAAR---LAVPGLVNPHDRPMDD 1059