prot_P-fluviatile_contig7.13624.1 (polypeptide) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig7.13624.1 vs. uniprot
Match: D8LMF6_ECTSI (cGMP-dependent protein kinase n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LMF6_ECTSI)

HSP 1 Score: 1732 bits (4487), Expect = 0.000e+0
Identity = 859/1023 (83.97%), Postives = 937/1023 (91.59%), Query Frame = 0

Query:    1 MGCARSKEQAGPSPTNGEVSTSGQPLTNREIQERIDAPPKSVTFEIAGCSLRYAYVSQRGFYPDDRDKANQDAYGVATHYDGDPTKALFTVYDGHGKEGDLCAMFCKDTLPGVLSQELRESRTVEDGLKRAFNRTNEMLHRNQNIDDSLSGTTAVALYLEGRDMWVANVGDSRAILVQEHEGQLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPSDKFLVIASDGVFEFLTNQAVADTVSKYPDPLDACKKVVQDSYDLWLQYEVRTDDITIICIYIEGTEAEQPGSPRVSEKDLDNIAGQGLRPVRKEISWHRKRQLIMSNEPVGWRNSIPRLKGTNEESYSVEDNVVPKSEEERACILQAIKANFLFEHTTEKQRKVLVDVMRKRLVKAGECVIWQGDTGESFYIIHKGTFEVRVNP--DSTGIVTEEKDAGDIVHVYEPTDTVKPCFGHLALMYGKPRSASVFAKTDGELWELDRPVFQHVLLKKSRREVANTLRQVGVLQTLTLLQLHKLCDVLTEEVYQPGQKIINQGDIGDTFFILKEGRALVTQTSQSASGRERKKQIRRLEEYSCFGERALLTAEPRSANVIAETKVRCLVLTQQAFEKQLGSLSALINEDRIKREQKAAVPMLQELQLLGEVAKDDLGQINACRLPNDSTSFTLRTMWKSDVVAQQQRSLVLKSSEMLKHIADSPALRMGCVALPPLVSTYNMESSLHVLHEVSAVYTLSSLLEMKTVMPQDMVRHITACLVLGLEALHSCDVLYRALSPELVFLDSRGYALLMDYRMSKLGLTNAFTLCGDPEYLSPEQVRHQEHSKAVDFWGLGVLIYELSNGKSPFQADSEMGIFNKISAHRAGRLEIPTSFAPAMGDLVDRLLHHDPQERLGSGADDINAIRTHQWFAGFDWRGVQTGEYHNQDLRQLAYAKAQELLGQEGELPDGGKGYTEDQSIWERF 1021
            MGCARSK+Q      NG+ S SGQPLT REI+ER+DAPP+S T +IAGCSLRYAYVSQRGFYPDDR+KANQDAYGVATHY GD  KALFTVYDGHGKEGDLCA FCKDTLPGVLSQELRESRTVEDGLKRAFNRTN+ LHRN+N+DD+LSGTTAVALYLEGRDMWVANVGDSRAI+VQEHEG LVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHP DKFLVIASDGVFEFLTNQ+VAD VS YPDPLDACKKVVQ+SYDLWLQYEVRTDDITIIC+YIEG EAE+ GSP+  E DLDNIA QGLRPVRKE SWHRKRQLIMSNEPVGWR  + RL+GT EESY++ED+VVPKS EERACILQAIK NFLFEHTT++Q KVLVD MRKR VKAGE VI QGD G+ F+II KGTFEVRVNP   +TG++T+EKDAG  VHVYEPTDT KPCFGHLALMY KPRSASVFAKT+G LWELDRPVFQHVLLKKSRR+VA+TLRQVGVLQTLTLLQ+H+LCDVL+E VY+ GQ II QG++GDTFFILKEGRALVTQ      GRE K+ +R +EEYS FGERALLT EPRSANVIAETKVRCLVL+QQAFEKQLG LSALI+++RIKRE +  VPMLQ+LQLLGE+AKDDLGQINACRLP  ST FTLRTMWKSDVV +QQR+LVLKSSEMLKHIA++P +R+GCVA+PPLVSTYNME+SLHVLH+VSAV TLSSL+EMKTV+PQDMVRH+TACLVLGLEALHSCDVLYRALSPELVFLDSRGYA+LM+YRMS+LG TNAFT+CG PEYL+PEQVRHQEHSKAVDFWGLGVLIYELS G SPFQADSEM I+NKIS+HRAG LEIPTSFAPAMGD +DRLLHHDPQERLGS ADDI AI+THQWFAGFDW GVQ GEY+NQ+L+QLA+AKAQ+L GQEGELPDGGKGY++DQSIW+RF
Sbjct:   67 MGCARSKKQVDDPLANGDGSGSGQPLTTREIEERVDAPPQSETVQIAGCSLRYAYVSQRGFYPDDREKANQDAYGVATHYGGDANKALFTVYDGHGKEGDLCAAFCKDTLPGVLSQELRESRTVEDGLKRAFNRTNDQLHRNRNVDDALSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPDDKFLVIASDGVFEFLTNQSVADMVSMYPDPLDACKKVVQESYDLWLQYEVRTDDITIICVYIEGMEAEKTGSPKAKEADLDNIALQGLRPVRKETSWHRKRQLIMSNEPVGWRKPL-RLEGTKEESYTLEDHVVPKSAEERACILQAIKTNFLFEHTTDEQNKVLVDAMRKRKVKAGEWVIRQGDKGDCFFIIDKGTFEVRVNPYPGTTGVITDEKDAGQTVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTNGSLWELDRPVFQHVLLKKSRRDVAHTLRQVGVLQTLTLLQVHQLCDVLSEVVYEAGQTIITQGEVGDTFFILKEGRALVTQNG-GKPGREEKR-LRHMEEYSFFGERALLTREPRSANVIAETKVRCLVLSQQAFEKQLGPLSALIDKERIKREDRGGVPMLQDLQLLGEIAKDDLGQINACRLPQRSTPFTLRTMWKSDVVVEQQRTLVLKSSEMLKHIAEAPTMRLGCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSLMEMKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMSRLGTTNAFTICGTPEYLAPEQVRHQEHSKAVDFWGLGVLIYELSYGTSPFQADSEMTIYNKISSHRAGMLEIPTSFAPAMGDFIDRLLHHDPQERLGSKADDITAIKTHQWFAGFDWGGVQAGEYYNQELQQLAHAKAQKLAGQEGELPDGGKGYSDDQSIWQRF 1086          

BLAST of mRNA_P-fluviatile_contig7.13624.1 vs. uniprot
Match: A0A6U4GZ25_9STRA (cGMP-dependent protein kinase n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A6U4GZ25_9STRA)

HSP 1 Score: 756 bits (1952), Expect = 5.620e-256
Identity = 426/990 (43.03%), Postives = 609/990 (61.52%), Query Frame = 0

Query:    1 MGCARSKEQAGPSPTNGEVSTSGQ-------PLTNREIQERIDAPPKSVTFEIAGCSLRYAYVSQRGFYPDDRDKANQDAYGVATHYDGDPTKALFTVYDGHGKEGDLCAMFCKDTLPGVLSQELRESRTVEDGLKRAFNRTNEMLHRNQNIDDSLSGTTAVALYLEGRDMWVANVGDSRAILVQ-----EHEGQLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPSDKFLVIASDGVFEFLTNQAVADTVSKYPDPLDACKKVVQDSYDLWLQYEVRTDDITIICIYIEGTEAEQPGSPRVSEKDLDNIAGQGLRPVRKEISWHRKRQLIMSNEPVGWRNSIPRLKGTNEESYSVEDNVVPKSEEERACILQAIKANFLFEHTTEKQRKVLVDVMRKRLVKAGECVIWQGDTGESFYIIHKGTFEVRVNPDSTGIVTEEKDAGDIVHVYEPTDTVKPCFGHLALMYGKPRSASVFAKTDGELWELDRPVFQHVLLKKSRREVANTLRQVGVLQTLTLLQLHKLCDVLTEEVYQPGQKIINQGDIGDTFFILKEGRALVTQTSQSASGRERKKQIRRLEEYSCFGERALLTAEPRSANVIAETKVRCLVLTQQAFEKQLGSLSALINEDRIKREQKA----AVPMLQELQLLGEVAKD----DLGQINACRLPNDSTSFTLRTMWKSDVVAQQQRSLVLKSSEMLKHIADSP--------ALRM-GCVALPPLVSTYNMESSLHVLHEVSAVYTLSSLLEMKTVMPQDMVRHITACLVLGLEALHSCDVLYRALSPELVFLDSRGYALLMDYRMSK--LGLTNAFTLCGDPEYLSPEQVRHQEHSKAVDFWGLGVLIYELSNGKSPFQADSEMGIFNKISAHRAGRLEIPTSFAPAMGDLVDRLLHHDPQERLGSGADDI 959
            MGC +SK++A P   +    T  +       PL+  EI  R+     + +F I  C++R+A+ SQRG+YPD  DK NQDA+    H+ GD   ALF V+DGHG+EG LCA F  + +P  L++ L         L      TN+ LH +  IDD LSGTTA+ + + G   +VANVGDSRAI+ Q     +  G+++A+ LSSDQTPYR+DE +RVKA GARVMSMDQIEG  P+HENWGD++LG +LDEGGDPPR+WSPFG+YPGTAFTRS+GD +AEELGV A+PEI+ R IHP DKF+VIASDG+FEFLTNQ+VAD V   PDPL AC+  V++SY+LWL+YEVRTDDIT+I +Y+E  E  QP    V    LD +   G+RPVR+ +S  +K+ +  ++E              +E+   +E   VPK++EERA I  A+  NFLF+H T++Q + +++VM K  V  G  VI Q + G+ FYI  +G +EVRV       +  +   G  VH Y  T+T  P FG LALMY  PR+ASV AKT+G LW L+R VF+HV+L+++R+ +  TL  V VLQ+LTL QL +LCD++ E  +  G KI+ QG++G+  +I+  G A V Q   S     R+K +  L++   FGERALLT EPR+A+V+A + +R L ++++ FE+ LG L  +I+ DR +RE++A    + P LQE+ L G V  +    D+G+  +   P D    TLR + K+ V A  Q   +  S+ + + + D          A+R  G V LP    TY  E+ +++L++     ++  +L+     P   V +I  C+   L ALH+ D +YR+ S + VF+D+ G+  L DY  SK   G   AFT+CG  EYL+PEQV+   +  +VD+W LG  +YE+ +G+SPF   SE+ I++ I++H  G + I  S +  +  L+  LL  +P +R     +++
Sbjct:    1 MGCLQSKDEANPQGGSAVGLTQSRKAQKQNGPLSRDEINARLTTCESTESFRIGNCNIRFAFRSQRGYYPDQPDKENQDAFIAIPHFMGDDNLALFGVFDGHGREGHLCARFVAEKVPYNLTKFLSRKMGFAKALHETMKLTNQELHSDDGIDDQLSGTTAIVMLIHGNLCYVANVGDSRAIVAQTTGEDDQNGRVIAKALSSDQTPYRRDECQRVKACGARVMSMDQIEGHVPMHENWGDINLGEDLDEGGDPPRVWSPFGDYPGTAFTRSLGDSLAEELGVFAEPEILTREIHPHDKFMVIASDGIFEFLTNQSVADMVRDIPDPLAACEACVEESYNLWLRYEVRTDDITMISLYMEMDEGFQPTRASVR---LDEVQIGGVRPVRRVMSREKKKVISTTDEXXXXXXXXXX----DEDVLDMEALAVPKTDEERARIRDAVHQNFLFKHLTDEQLEQVINVMAKVPVVQGAVVIRQNERGDKFYIADEGIYEVRVTSSPAEALAAQ---GTPVHTYVATETSHPGFGELALMYSHPRAASVVAKTEGLLWALNRKVFRHVVLRRNRKALIKTLSNVEVLQSLTLQQLQRLCDIMQENTFTSGTKIVKQGEVGNEMYIVSSGTA-VCQIKDSFG---RRKDVLELKDNMYFGERALLTEEPRAADVVATSDIRVLTISKELFEEVLGPLQNIIDADRERRERRAVQRDSKPPLQEMALSGSVTYEGGATDIGEWVSGATP-DGEPVTLRILNKASVEAHGQAKALECSALVSRELQDEADVGADQVEAIRKEGGVCLPAF--TYKDENRVYMLYKREIAASIHDVLDGDIAPPAGHVLYIAQCIARALVALHNADAIYRSFSLDHVFIDATGHVCLADYGFSKWLAGAEQAFTICGTAEYLAPEQVKQAGYDDSVDWWALGCFVYEILHGRSPFVGGSELAIYSNITSHVKGAVRIDPSVSTELKALIQGLLDPNPVDRAAFAKENL 973          

BLAST of mRNA_P-fluviatile_contig7.13624.1 vs. uniprot
Match: A0A024UQF0_9STRA (cGMP-dependent protein kinase n=10 Tax=Aphanomyces TaxID=100860 RepID=A0A024UQF0_9STRA)

HSP 1 Score: 689 bits (1779), Expect = 1.770e-229
Identity = 412/1012 (40.71%), Postives = 596/1012 (58.89%), Query Frame = 0

Query:   25 PLTNREIQERIDAPPKSVTFEIA-GCSLRYAYVSQRGFYPDDRDKANQDAYGVATHYDGDPTKALFTVYDGHGKEGDLCAMFCKDTLPGVLSQELRESRT---VEDGLKRAFNRTNEMLHRNQNIDDSLSGTTAVALYLEGRDMWVANVGDSRAILVQEHEGQLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPSDKFLVIASDGVFEFLTNQAVADTVSKYPDPLDACKKVVQDSYDLWLQYEVRTDDITIICIYIEGT---EAEQPGSPRVSEKDLD-------NIAGQGLRPVRKEISWHRKRQLIMSNEPVGWRNSIPRLKGTNEESYSVEDNVVPKSEEERACILQAIKANFLFEHTTEKQRKVLVDVMRKRLVKAGECVIWQGDTGESFYIIHKGTFEVRVNPDSTGIVTEEKDAGDIVHVYEPTDTVKPCFGHLALMYGKPRSASVFAKTDGELWELDRPVFQHVLLKKSRREVANTLRQVGVLQTLTLLQLHKLCDVLTEEVYQPGQKIINQGDIGDTFFILKEGRALVTQTSQSASGRERK-KQIRRLEEYSCFGERALLTAEPRSANVIAETKVRCLVLTQQAFEKQLGSLSALINEDRIKREQK----AAVPMLQELQLLGEVA----------KDDLGQINACRLPNDSTSFT---LRTMWKS--------DVVAQQQRSLVLKSSEMLKHIADSPALRMGC--VALPPLVSTYNMESSLHVLHEVSAVYTLSSLL-EMKTVMPQDMVRHITACLVLGLEALHSCDVLYRALSPELVFLDSRGYALLMDYRMSK-LGLTNAFTLCGDPEYLSPEQVRHQEHSKAVDFWGLGVLIYELSNGKSPFQADS-------EMGIFNKISAHRAGRLEIPTSF-APAMGDLVDRLLHHDPQERLG-SGADDI----NAIRTHQWFAGFDWRGVQTG 979
            PLT  EI+ RI    K V  ++    S+ YA+V+QRG+YPD  DK NQD+Y +  ++ GDPTK  F ++DGHG  GDLC++F K  +P  L + + ++       +     F  TN  LH ++ IDDSLSGTTA+  +++G  + +ANVGDSRA++ +    ++VA PLS DQTPYR DERERVK  GARV++MDQ+EG+ PIHENW    +  E+DE GDPPR+WSP G +PGTAFTRS+GD IAE LGV A PEI   ++ P+D++++IASDGVFEFLTNQAV D V  YP+PL+AC+KVV +SY LWL YE+RTDDITIICIY+E T   E+ +      S+K  D       N     LRPVR+ +S  ++R  +        +  + ++    + +Y++ D+VVPKS+ E   I++    N+LF+    +QR  +  VM +  V  G+ VI QGD G+ FY +  G F+V V  +ST    E     DIVH+Y   DT  P FG LALM+  PRS+SV A T G LW +D   F+ V +K     +  TL++V VL++LT  QL +L   LTE  ++ G  I+NQG IG+TF+++KEG  + T    +    ER+ +++ RL ++  FGERALL   PR+ANVI+  + + L + +Q FE+ LG L  +I+ DR +RE K    +AV  L+E   +   A          KDD+  +    +P  +T  T   L   +++          ++++      K  E+++ +     LR  C    +PPL+ T+   + L++  E + V   ++L+ E    +P+D+VR   A L++GLE+LH    +YR ++PE + LD+ GY  L+D+R +K +     +TLCG  EY +PE V  Q HS  VD WGLG+LIYE+  G +PF  D         + +++KIS +    L +P    +  + DL+ +LLHH P +RLG  G  DI    + IR+H WFA  DW  V  G
Sbjct:   31 PLTAEEIRSRIVCSDKPVKTQLTPALSIEYAFVTQRGYYPDAVDKPNQDSYTIVPNFAGDPTKIFFGIFDGHGATGDLCSVFAKKEVPDRLQKLMGKANASVPFTEIYSNCFTDTNAKLHTSR-IDDSLSGTTAITCFMDGNIIHIANVGDSRAVIAKSDAARIVASPLSVDQTPYRTDERERVKRYGARVLTMDQLEGITPIHENWATA-VNEEVDEDGDPPRVWSPTGNFPGTAFTRSIGDEIAESLGVFATPEIASLQLTPNDRYIIIASDGVFEFLTNQAVVDIVKSYPNPLEACEKVVAESYRLWLHYELRTDDITIICIYLEHTAVTESSEMSMRHASQKANDLLTTNILNTRVTELRPVRRGMSKQKRRDQM--------KKDMAKMVTDEDLNYNMSDHVVPKSKPEMDKIMEITAGNWLFKQLNAQQRSDVYKVMIRVNVNEGDVVIRQGDPGDRFYCVQSGDFQVTVKSESTAGKRE-----DIVHLYRG-DT-HPSFGELALMHNAPRSSSVVALTKGVLWAIDCRAFRLVFMKSPTNVIVQTLKKVDVLKSLTTSQLERLATKLTEITFEDGDYILNQGSIGNTFYVIKEGACICTVWDTTPGDDERRSREVLRLRQHQYFGERALLNDAPRAANVISVGRTKLLQIGRQTFEEILGPLQQIIDNDRAQREAKHLFQSAVSNLRESTRIANAAAPGAQDRSTLKDDV--MRGAVVPKYATQPTEVGLVVTYETFSHVPLSVRTISKKTTKSFNKMEEVMREVNLHKNLRTNCRVATVPPLLGTWTDANGLYMAFESTFVCDFATLMSEHDAKLPEDVVRQYAAQLLVGLESLHDSGYVYRNMNPENLVLDTSGYLQLVDFRYAKCIEDARTYTLCGTAEYTAPEMVSAQGHSFGVDLWGLGILIYEMLYGVTPFACDDLENDKDVVLAVYSKISRYDKKDLVMPDQERSREVTDLLSQLLHHSPDDRLGCQGIVDITTGGSVIRSHPWFASVDWIKVAAG 1023          

BLAST of mRNA_P-fluviatile_contig7.13624.1 vs. uniprot
Match: T0RJR6_SAPDV (cGMP-dependent protein kinase n=2 Tax=Saprolegnia TaxID=4769 RepID=T0RJR6_SAPDV)

HSP 1 Score: 684 bits (1765), Expect = 1.530e-227
Identity = 415/1024 (40.53%), Postives = 596/1024 (58.20%), Query Frame = 0

Query:   18 EVSTSGQPLTNREIQERIDAPPKSVTFEIA-GCSLRYAYVSQRGFYPDDRDKANQDAYGVATHYDGDPTKALFTVYDGHGKEGDLCAMFCKDTLPGVLSQELRESR--TVEDGLKRAFNRTNEMLHRNQNIDDSLSGTTAVALYLEGRDMWVANVGDSRAILVQEHEGQLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPSDKFLVIASDGVFEFLTNQAVADTVSKYPDPLDACKKVVQDSYDLWLQYEVRTDDITIICIYIE------GTEAEQPGSPRVSEKDL-------DNIAGQGLRPVRKEISWHRKRQLIMSNEPVGWRNSIPRLKGTNEESYSVEDNVVPKSEEERACILQAIKANFLFEHTTEKQRKVLVDVMRKRLVKAGECVIWQGDTGESFYIIHKGTFEVRVNPDSTGIVTEEKDAGDIVHVYEPTDTVKPCFGHLALMYGKPRSASVFAKTDGELWELDRPVFQHVLLKKSRREVANTLRQVGVLQTLTLLQLHKLCDVLTEEVYQPGQKIINQGDIGDTFFILKEGRALVTQTSQSASGRER-KKQIRRLEEYSCFGERALLTAEPRSANVIAETKVRCLVLTQQAFEKQLGSLSALINEDRIKREQK----AAVPMLQELQLLGEVAKDDL--GQINACRLPNDSTSFTLRTMWKSD-------VVAQQQRSLVLKSSEMLKHIADSPALR--MGCVALPPLVSTYNMESSLHVLHEVSAVYTLSSL-LEMKTVMPQDMVRHITACLVLGLEALHSCDVLYRALSPELVFLDSRGYALLMDYRMSK-LGLTNAFTLCGDPEYLSPEQVRHQEHSKAVDFWGLGVLIYELSNGKSPFQADS-------EMGIFNKISAHRAGRLEIPTSF--APAMGDLVDRLLHHDPQERLG-SGADDINA----IRTHQWFAGFDWRGVQTGEY---HNQDLRQLA 990
            + +    PLT  EI+ RI    KS   ++    S+ YA+VSQRG+YPD  DK NQD++ +   + GDP+K  F ++DGHG  GDLC++F K  +P  L + + +       +    AF  TN  LH ++ IDDSLSGTTA+  +++G  + VANVGDSRA++ +  + ++VA PLS DQTPYR DERERVK  GARV++MDQ+EG+ PIHENW    +  E+DE GDPPR+WSP G +PGTAFTRS+GD IAE LGV A PEI   ++ PSD++++IASDGVFEFLTNQAV D +  Y DPL+AC+KVV +SY LWL YE+RTDDITI+CIY++      G E  +         DL       D +A   LRPVR+ +S  ++R  +        +  + ++    + +Y + D+V+ KS++E   I +  +AN+LF+  T +QR  +  VM K  V   + VI QGD G+ FY +  G F+V V  ++   + E     DIVHVY   DT  P FG LALM+  PRS+SV A T G LW +D   F+ V +K     +  TL++V VL++LT  QL +L   LTE  ++ G  IINQG IG+TFF++KEG  L T    +    ER  +++ RL ++  FGERALL   PR+ANVI+  + + L + +QAFE+ LG L  +I+ DR +RE K     AV  L+E        K+D+  GQ++   +   S   TL T   +        VV+++Q     K  E+++  A   +++  +    +P  + T+   + L++    + V  ++ L L+ +T   +D++R   A L++GLE LH   ++YR ++PE + LD  GY  L D+R +K +     +TLCG  EY +PE V  Q HS  VD WGLG+LIYE+  G +PF  D         + +++KIS +    L  P +   +  + DL+ ++L+  P ERLG  G  DIN     IR+H WFA  DW  V  G     H Q +RQ A
Sbjct:   21 QANNDNSPLTPEEIRSRIVCSEKSTRLQLTPSLSIEYAFVSQRGYYPDAIDKPNQDSFTIIPSFAGDPSKIFFGIFDGHGATGDLCSIFAKKEVPERLLKLMAKGTPGNFAEIYSAAFTDTNAKLHTSR-IDDSLSGTTAITCFMDGDIIHVANVGDSRAVIARNDQPRIVASPLSVDQTPYRTDERERVKRYGARVLTMDQLEGIAPIHENWATA-INEEVDEDGDPPRVWSPTGNFPGTAFTRSIGDEIAESLGVFATPEIASLQLTPSDRYIIIASDGVFEFLTNQAVVDIIKAYSDPLEACEKVVTESYRLWLHYELRTDDITIVCIYLDHTASSHGNETNKERLQSQKNNDLITTNMLNDRVAE--LRPVRRGMSKQKRRDQM--------KKDMAKMVTEEDLNYKMNDHVILKSKQEMDKIQEITQANWLFKQLTAQQRNDVYKVMEKVTVNETDVVIRQGDPGDRFYCVQSGDFQVTVKNETPNGIRE-----DIVHVYRG-DT-HPSFGELALMHNAPRSSSVIALTKGVLWAIDCRAFRLVFMKSPTNVIVQTLKKVDVLKSLTTTQLERLATNLTEITFEDGDYIINQGTIGNTFFVIKEGACLCTVWDVAPGTTERTSREVLRLRQHQYFGERALLNDAPRAANVISVGRTKLLQIGRQAFEEILGPLQKIIDNDRAQREAKHNFQIAVSNLREHNPEASSVKNDVARGQLSFKCVAQTSEVGTLTTFETTSKVRLTVRVVSKRQTKANNKIEEVMREAAIHKSMKRPISVATVPVCMGTWTDANGLYMAFNSNMVCDIAGLMLDAETKFSEDVIRQYAAQLLIGLETLHDVGIVYRNMNPENIMLDDNGYVQLHDFRYAKQIDDLRTYTLCGTAEYTAPEMVSAQGHSFGVDIWGLGILIYEMLYGITPFACDDLENDKDVVLAVYSKISRYDRKDLVFPGTEDRSKEVTDLLFQILNQSPYERLGCQGMIDINTGGSVIRSHPWFASVDWVHVAAGVQNAPHVQQIRQKA 1025          

BLAST of mRNA_P-fluviatile_contig7.13624.1 vs. uniprot
Match: A0A7S4EWS5_CHRCT (Hypothetical protein n=1 Tax=Chrysotila carterae TaxID=13221 RepID=A0A7S4EWS5_CHRCT)

HSP 1 Score: 685 bits (1767), Expect = 2.860e-227
Identity = 405/1033 (39.21%), Postives = 604/1033 (58.47%), Query Frame = 0

Query:    1 MGC--ARSKE--QAGPSPTNGEVSTSGQPLTNREIQERIDAPPKSVTFEI--AGCSLRYAYVSQRGFYPDDRDKANQDAYGVATHYDGDPTKALFTVYDGHGKEGDLCAMFCKDTLPGVLSQELRESRTVED---GLKRAFNRTNEMLHRNQNIDDSLSGTTAVALYLEGRDMWVANVGDSRAILVQEHEGQLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPSDKFLVIASDGVFEFLTNQAVADTVSKYPDPLDACKKVVQDSYDLWLQYEVRTDDITIICIYI---------EGTEAEQPGSPRVSEK------DLDNI--------AGQGLRPVRKEISWHRKRQLIMSNEPVGWRNSIPRLKGTNEESYSVEDNVVPKSEEERACILQAIKANFLFEHTTEKQRKVLVDVMRKRLVKAGECVIWQGDTGESFYIIHKGTFEVRVNPDSTGIVTEEKDAGDIVHVYEPTDTVKPCFGHLALMYGKPRSASVFAKTDGELWELDRPVFQHVLLKKSRREVANTLRQVGVLQTLTLLQLHKLCDVLTEEVYQPGQKIINQGDIGDTFFILKEGRALVTQTSQSASGRERKKQIRRLEEYSCFGERALLTAEPRSANVIAETKVRCLVLTQQAFEKQLGSLSALINEDRIKREQKAAVPMLQ-ELQLLGEVAKDDLGQI---------------NACRLPNDSTSFTLRTMWKSDVVAQQQRSLVLKSSEMLKHIADSPALRMGCVALPPLVSTYNMESSLHVLHEVSAVYTLSSLLEMKTVMPQDMVRHITACLVLGLEALHSCDVLYRALSPELVFLDSRGYALLMDYRMS-KLGLTNAFTLCGDPEYLSPEQVRHQEHSKAVDFWGLGVLIYELSNGKSPFQA-----DSEMGIFNKISAHRAGRLEIPTSFAPAMGDLVDRLLHHDPQERLGSGADDINAIRTHQWFAGFDWRGVQTG 979
            MGC  + SK+  Q G +  +       QPLT  E+  RI     ++ +++  +   LRYAY+SQRG+YP+D  K NQD++ +   ++G+     F V+DGHG +GD C+ F +D +   L  +L  S+  +D     K AF   N+ +H  Q+ DDS+SGTTA+A+Y    +++VAN+GDSRA++ +    + +A  LS DQTPYR+DERERVKAAGA +MS DQ+EGL   HENW  V LG ELD GGDPPR+W+P   +PG AFTRS+GD +AE +GV+A+PE++ + + P DKFL++ASDGV+EFLTNQ VAD + K+ +PLDAC+ VV +SY LWLQYEVRTDDIT+I  +I         E T   Q G  R S +        D +        AG   RPVR+ +S  +++ + ++ +     + +  +              VPKS+EE   I  A+KANFLF+H  EKQ +++ DVM +  VKA + VI QGD G+ FY++ +G F V +         ++ D    V  Y       P FG LALMY KPR+A+V A TDG+LW +DR  F+++L+K S   +  TLR V VL++L++ QL +L DVLTE  Y+PG  +I QG+ GDTFFI+ +G+A+VT+  +S++  +R   +  L     FGERAL+   PR+ANVIA+ +++CLV+++ +FE+ LG L A+I+EDR +RE+ A    LQ E + L  V +DD   +               +  +       +TL+ + K+ VV   Q +     + +   + +          +P  +S++   +SL+ + +V  V  +S+LLE +    +    +  AC++L ++ LH+  ++YR LSP+ +F+D++G+  LMD+R + K         CG   YLSPEQV    HS  VD W LG+LIYE+  G +P+       DSE+ I+++ISAH A  L  P  F+  + +L+D LL  DP  R+G+       +RTH WF+  D   ++ G
Sbjct:   41 MGCNGSTSKDAVQGGANHHDNHEEDDYQPLTQEEVNARIQCCDSTLYYDLGESNYKLRYAYLSQRGYYPEDLYKNNQDSFKIIPAFNGNKNTIFFGVFDGHGSDGDACSYFVRDNIEAHL--KLTMSKYPDDFERAYKEAFTDLNQQMHM-QSFDDSMSGTTAIAVYFNNNEIFVANIGDSRAVIGETKGKRTIAYSLSIDQTPYRQDERERVKAAGAVIMSCDQLEGLVEYHENWN-VALGDELDNGGDPPRVWAPGKSFPGCAFTRSIGDSVAETIGVSAEPELLCKELTPDDKFLIVASDGVWEFLTNQTVADMICKFTEPLDACRAVVAESYRLWLQYEVRTDDITMILAFIDSGAEPPIAEDTPTPQGGVRRKSSRRESRRGSADGVFLGMDVVRAGGENRPVRRGLSREKRKAMTVAGKAAPEEDDVDWV-----------PIKVPKSKEEEHRIRSAVKANFLFQHLNEKQLQLVFDVMHRVSVKANDVVIRQGDPGDLFYVVDEGEFSVLI---------KQGDKEIEVMQYTTKGGSNPAFGELALMYSKPRAATVKATTDGQLWAMDRRAFRNILMKSSSTSLVRTLRSVDVLKSLSVGQLQRLEDVLTEVTYKPGDYVIRQGEQGDTFFIIMDGKAVVTKRDESSAQEQR---LMELAAGQYFGERALIEQAPRAANVIADGRLKCLVISKDSFEEVLGPLEAIIDEDRKRREKVALSKQLQRESEGLASVKRDDFTPVAMPFSTDYGHFAIATHLSKRDGSKNVYTLKVVSKAKVVELDQTARATGEASIYASLVEQHPY------VPLALSSFVDATSLYTVFKVRIVMDMSTLLE-EVHFDEASACYYAACIMLAVQHLHAEGIIYRNLSPDNLFVDAQGHVQLMDFRFAVKPDGPPPRDYCGLATYLSPEQVAGTGHSFPVDHWALGILIYEMLTGSAPWVTGDPIKDSELNIYSRISAHTAHGLSFPKEFSENLQELLDELLAPDPLRRIGTRGAGPEELRTHPWFSTLDMEEIKAG 1039          

BLAST of mRNA_P-fluviatile_contig7.13624.1 vs. uniprot
Match: A0A7S0I3B5_9EUKA (Hypothetical protein n=1 Tax=Phaeocystis antarctica TaxID=33657 RepID=A0A7S0I3B5_9EUKA)

HSP 1 Score: 684 bits (1764), Expect = 5.300e-227
Identity = 419/1046 (40.06%), Postives = 605/1046 (57.84%), Query Frame = 0

Query:   24 QPLTNREIQERIDAPPKSV--TFEIAGCSLRYAYVSQRGFYPDDRDKANQDAYGVATHYDGDPTKALFTVYDGHGKEGDLCAMFCKDTLPGVLSQEL-RESRTVEDGLKRAFNRTNEMLHRNQNIDDSLSGTTAVALYLEGRDMWVANVGDSRAILVQEHEGQLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPSDKFLVIASDGVFEFLTNQAVADTVSKYPDPLDACKKVVQDSYDLWLQYEVRTDDITIICIYIEGTEAEQP---------GSPRVSEK--------------DLDNIAGQGLRPVRKEISWHRKRQLIMSNEPVGWRNSIPRLKGTNEESYSVEDNVVPKSEEERACILQAIKANFLFEHTTEKQRKVLVDVMRKRLVKAGECVIWQGDTGESFYIIHKGTFEVRVNPDSTGIVTEEKDAGDIVHVYEPTDTVKPCFGHLALMYGKPRSASVFAKTDGELWELDRPVFQHVLLKKSRREVANTLRQVGVLQTLTLLQLHKLCDVLTEEVYQPGQKIINQGDIGDTFFILKEGRALVTQTSQSASGRERKKQIRRLEEYSCFGERALLTAEPRSANVIAETKVRCLVLTQQAFEKQLGSLSALINEDRIKREQKAAVPMLQ-ELQLLGEVAKDDL-----------GQINACRLPNDSTSFTLRTMWKSDVVAQQQRSLVLKSSEMLKHIADSPALRMGCVALPPLVSTYNMESSLHVLHEVSAVYTLSSLLEMKTVMPQDMVRHITACLVLGLEALHSCDVLYRALSPELVFLDSRGYALLMDYRMS-KLGLTNAFTLCGDPEYLSPEQVRHQEHSKAVDFWGLGVLIYELSNGKSPF-----QADSEMGIFNKISAHRAGRLEIPTSFAPA--MGDLVDRLLHHDPQERLGSGADDINAIRTHQWFAGFDWRGVQTGEYH--NQDLRQLAYAKAQELLGQEGELPDGGKGYTEDQSIWERF 1021
            QPLT  E+  RI    K +  T   +G +LRYAY+SQRG+YP+D  KANQDA+ V   ++GD       V+DGHG +GD C+ F +D +   L + + + S   E   + +F  TN  +H +   DDS+SGTTA+  + +G  + VANVGDSRAI+ +    +++A  LS DQTPYR DERERVKAAGA VMS DQ+EG+ P HENWG V+LG ELD GGDPPR+W+P   +PG AFTRS+GD +AE +GVTA+PE++ + +   D F+++ASDGV+EFLTNQ+V D V K+ DPL+AC+ VV +SY LWLQYEVRTDDIT+I  +++ +E +           G+PR+S +              D+ + AG   RPVR+ +S   KRQ +M  E     N++    G  E+    +   VPK+ EE A I  A++ANFLF+H  E Q + + DVM++  V  GE VI QGD G+ FY++  G F V ++         + D    +  Y       PCFG LALMY KPR+A+V A  DG LW +DR  F+ +L+K S   +  TLR V VL+++T+ QL +L D+LTE  +  G  +I QG+  +TF+++ EGR   T+    A       ++ +L E   FGERALLT+ PR+ANVIA  K++CL +++ AFE+ LG L  +IN+DR  RE+ A    LQ E + L  V++ DL           GQ+   +       +TL+ + KS  V    ++ V+    +L  +A           +P  ++++  ES L ++ +   V  +++L+E + V  +   R     L L LE LHS  V+YR L PE + +D  GY  LMD   + KL    A    G  +YLSPEQV  Q HS  VDFW LGVLIYE+  G  P+      ADSE+ I+N+IS+H AG + +P  F+ +  +  L++ LL  +P +RLG        I+T++WF+GF+W   + GE    + +L   A A A++   +   +P+    Y  + + +E F
Sbjct:   61 QPLTTEEVNARIQCCDKPLLHTLGKSGITLRYAYLSQRGYYPEDLYKANQDAFKVIPSFNGDSNNMFLGVFDGHGSDGDACSYFVRDNIEANLKKAMVKHSDDFEMAFRTSFIETNTTMH-DAKFDDSMSGTTAIVAFFKGNQVTVANVGDSRAIVGERKGKRIIAYSLSIDQTPYRADERERVKAAGAVVMSCDQLEGIVPFHENWG-VNLGEELDNGGDPPRVWAPGKSFPGCAFTRSIGDHVAEGIGVTAEPELLVKEMTREDNFIIVASDGVWEFLTNQSVTDMVLKFDDPLEACRAVVAESYRLWLQYEVRTDDITMIMAFLDWSEDDGTTDPASGGGVGAPRLSRRESRRGSANNIGIGLDVVSRAGGENRPVRRGLS-KEKRQAMMVQE-----NAM----GAEEDDTDWKPEKVPKTAEEIARIKAAVRANFLFQHLNETQAQQVYDVMKRVPVMKGEVVIRQGDAGDWFYVVDAGEFAVTLS---------QADKQVEILKYTTQGGTNPCFGELALMYSKPRAATVTAVKDGVLWAMDRRSFRAILMKSSATSMVRTLRSVDVLKSMTVGQLQRLQDMLTEMSFADGDFVIQQGEHSETFYVIVEGRVRCTKREHPADAEI---ELMQLGEGQYFGERALLTSAPRAANVIAMGKLKCLHISKDAFEEVLGPLQNIINDDRAAREKVAMQKQLQQETEGLASVSRKDLEMVGLAVEIYHGQLVLVK-HKQGQEYTLKAISKSQAVESSLQARVMTEKLLLSTLATPSRF------VPLALTSFLDESYLCIVFKARVVTEMNALIE-RAVFSEAQARFYAGSLALALEHLHSEGVVYRNLMPENISIDMYGYVQLMDLHFAIKLDEPPARDYSGRADYLSPEQVSGQGHSLPVDFWALGVLIYEMLTGSGPWITGDPNADSEVAIYNRISSHAAGGMPLPKDFSLSDDLAQLLNDLLAPNPVKRLGCRGAGAEEIKTYKWFSGFNWDECEAGEMSAPHANLCTEALAAAEKTASKC--MPEAAGSYKGEAAWYEGF 1072          

BLAST of mRNA_P-fluviatile_contig7.13624.1 vs. uniprot
Match: A0A485KSQ2_9STRA (cGMP-dependent protein kinase n=1 Tax=Aphanomyces stellatus TaxID=120398 RepID=A0A485KSQ2_9STRA)

HSP 1 Score: 681 bits (1756), Expect = 4.300e-226
Identity = 413/1052 (39.26%), Postives = 609/1052 (57.89%), Query Frame = 0

Query:   17 GEVSTSGQPLTNREIQERIDAPPKSVTFEIA-GCSLRYAYVSQRGFYPDDRDKANQDAYGVATHYDGDPTKALFTVYDGHGKEGDLCAMFCKDTLPGVLSQELRESRT---VEDGLKRAFNRTNEMLHRNQNIDDSLSGTTAVALYLEGRDMWVANVGDSRAILVQEHEGQLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPSDKFLVIASDGVFEFLTNQAVADTVSKYPDPLDACKKVVQDSYDLWLQYEVRTDDITIICIYIEGT---EAEQPGSPRVSEKDLDNIAGQGL-------RPVRKEISWHRKRQLIMSNEPVGWRNSIPRLKGTNEESYSVEDNVVPKSEEERACILQAIKANFLFEHTTEKQRKVLVDVMRKRLVKAGECVIWQGDTGESFYIIHKGTFEVRVNPDSTGIVTEEKDAGDIVHVYEPTDTVKPCFGHLALMYGKPRSASVFAKTDGELWELDRPVFQHVLLKKSRREVANTLRQVGVLQTLTLLQLHKLCDVLTEEVYQPGQKIINQGDIGDTFFILKEGRALVTQTSQSASGRERK-KQIRRLEEYSCFGERALLTAEPRSANVIAETKVRCLVLTQQAFEKQLGSLSALINEDRIKREQK----AAVPMLQELQLLGE--VAKDDL----------GQINACRLPNDSTSFTLRTMWKSDVVAQQQRSLVLKSSEMLKHIADSPALRMGC--VALPPLVSTYNMESSLHVLHEVSAVYTLSSLLEMKT---VMPQDMVRHITACLVLGLEALHSCDVLYRALSPELVFLDSRGYALLMDYRMSK-LGLTNAFTLCGDPEYLSPEQVRHQEHSKAVDFWGLGVLIYELSNGKSPFQADS-------EMGIFNKISAHRAGRLEIPTSF-APAMGDLVDRLLHHDPQERLG-SGADDI----NAIRTHQWFAGFDWRGVQTGEYHNQDLRQLAYAKAQELLGQEGELPDGGKGYTEDQSIW 1018
            G+V  S  PL+  EI+ RI    K++  ++    S+ YA+VSQRG+YPD  DK NQD+Y +  ++ GDPTK  F ++DGHG  GDLC++F K  +P  L + + ++       +     F  TN  LH ++ IDDSLSGTTA+  +++G  + VANVGDSRA++ +  + +++A PLS DQTPYR DERERVK  GARV++MDQ+EG+ PIHENW    +  E+DE GDPPR+WSP G +PGTAFTRS+GD IAE LGV A PEI   ++  +D++++IASDGVFEFLTNQAV D +  Y DPL+AC+KVV +SY LWL YE+RTDDIT+ICIY+E +   E  +      S+K  D +    L       RPVR+ +S  ++R  +        +  + ++    + +Y++ ++ V K++ E   IL+  ++N+LF+   E+QR  +  VM +  V  G+ VI QGD G+ FY +  G ++V V  DS     E     DIVH+Y   DT  P FG LALM+  PRS+SV A + G LW +D   F+ V +K     +  TL++V VL++LT  Q  +L   LTE  ++ G  I+NQG IG+ F+++KEG  + T    +    ER+ +++ RL ++  FGERALL   PR+ANVI+  + + L + +QAFE+ LG L  +I+ DR +RE K    +AV  ++E    GE    KDD+            +    L     SF+  T+    +  +Q +    K  E+++ +     LR  C   +LPPL+ T+   + L++  E + V   ++L+        M +D +R   A L++GLE LH    +YR ++PE + LD+RGY  L D+R +K +  T  +TLCG  EY +PE V  Q HS  VD WGLG+LIYE+  G +PF  D         + +++KIS +    L  P S  +  + DL+ +LLHH  ++RLG  G  DI    + +R+H WFA  DW  + +G     ++  L   KAQ+   QE +      G   D ++W
Sbjct:   27 GQVENS--PLSPEEIRSRIVCSDKAIKTQLTPSLSIEYAFVSQRGYYPDAVDKPNQDSYTIIPNFAGDPTKIFFGIFDGHGATGDLCSVFAKKEVPDRLQKLMAKANASVPFTEIYSNCFTDTNAKLHTSR-IDDSLSGTTAITCFMDGNIIHVANVGDSRAVIAKSDQSRILASPLSVDQTPYRTDERERVKRYGARVLTMDQLEGITPIHENWATA-VNEEVDEDGDPPRVWSPTGNFPGTAFTRSIGDEIAESLGVFATPEIASLQLTATDRYIIIASDGVFEFLTNQAVVDIIKTYTDPLEACEKVVAESYRLWLHYELRTDDITVICIYLEHSNVPETAESNQRLASQKASDLLTTNLLNTRVTEQRPVRRGMSKQKRRDQM--------KKDMAKMVTDEDLNYNMNEHAVAKTKPEMDKILEITQSNWLFKQLNEQQRADVYKVMIRVNVNEGDVVIKQGDPGDRFYCVQSGDYQVTVKSDSAAGARE-----DIVHMYRG-DT-HPSFGELALMHNAPRSSSVVALSKGVLWAIDCRAFRLVFMKSPTNVIVQTLKKVDVLKSLTTAQHERLATNLTEITFEDGDYILNQGSIGNMFYVIKEGACICTVWDTTPGSDERRAREVLRLRQHQYFGERALLNDAPRAANVISVGRTKLLQIGRQAFEEILGPLQQIIDNDRAQREAKHHFQSAVANMREASFGGERGTLKDDVMRGAVVPKYVAHVAEVGLLVTYESFSKATLTVRTISKKQTKEFN-KMEEVMREVNLHKGLRTNCRVASLPPLLGTWTDANGLYMAFETTMVCDTATLMAEAADGVKMQEDTIRLYAAQLLVGLETLHDAGYVYRNMNPENLALDARGYIQLHDFRYAKYIDDTRTYTLCGTAEYTAPEMVSAQGHSFGVDIWGLGILIYEMLYGVTPFACDDLENDKDVVLAVYSKISRYDKKDLTFPDSDRSREVTDLLSQLLHHSSEDRLGCQGVTDITTGGSVVRSHPWFASIDWVKLASGALEAPNV-DLLTKKAQQ---QEAQATQCLLGEYTDSNVW 1054          

BLAST of mRNA_P-fluviatile_contig7.13624.1 vs. uniprot
Match: A0A7S0IP13_9EUKA (Hypothetical protein n=1 Tax=Calcidiscus leptoporus TaxID=127549 RepID=A0A7S0IP13_9EUKA)

HSP 1 Score: 680 bits (1754), Expect = 1.470e-225
Identity = 398/1025 (38.83%), Postives = 599/1025 (58.44%), Query Frame = 0

Query:    1 MGCARS--KEQAGPSPTNGEVSTSGQPLTNREIQERIDAPPKSVTFEIAGCS--LRYAYVSQRGFYPDDRDKANQDAYGVATHYDGDPTKALFTVYDGHGKEGDLCAMFCKDTLPGVLSQELRE-SRTVEDGLKRAFNRTNEMLHRNQNIDDSLSGTTAVALYLEGRDMWVANVGDSRAILVQEHEGQLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPSDKFLVIASDGVFEFLTNQAVADTVSKYPDPLDACKKVVQDSYDLWLQYEVRTDDITIICIYIEGT--------------EAEQPGSPRVSEK-DLDNI--------AGQGLRPVRKEISWHRKRQLIMSNEPVGWRNSIPRLKGTNEESYSVEDNVVPKSEEERACILQAIKANFLFEHTTEKQRKVLVDVMRKRLVKAGECVIWQGDTGESFYIIHKGTFEVRVNPDSTGIVTEEKDAGDIVHVYEPTDTVKPCFGHLALMYGKPRSASVFAKTDGELWELDRPVFQHVLLKKSRREVANTLRQVGVLQTLTLLQLHKLCDVLTEEVYQPGQKIINQGDIGDTFFILKEGRALVTQTSQSASGRERKKQIRRLEEYSCFGERALLTAEPRSANVIAETKVRCLVLTQQAFEKQLGSLSALINEDRIKREQKAAVPMLQ-ELQLLGEVAKDDL-----------GQINACRLPNDSTSFTLRTMWKSDVVAQQQRSLVLKSSEMLKHIADSPALRMGCVALPPLVSTYNMESSLHVLHEVSAVYTLSSLLEMKTVMPQDMVRHITACLVLGLEALHSCDVLYRALSPELVFLDSRGYALLMDYRMS-KLGLTNAFTLCGDPEYLSPEQVRHQEHSKAVDFWGLGVLIYELSNGKSPFQA-----DSEMGIFNKISAHRAGRLEIPTSFAPAMGDLVDRLLHHDPQERLGSGADDINAIRTHQWFAGFDWRGVQTG 979
            MGCA S  KE         E     QPLT  E+  RI A  ++  F +   +  LRYAY+SQRG+YPDD  K NQD++ V  +++ DP    F V+DGHG +GD C+ F +D +   L   + +     E   K AF   N  +H +Q  DD++SGTTA+  Y  G +++VAN+GDSRA++ ++   +++A  LS DQTPYR+DERERVKAAGA +MS DQ+EG+   HENW  V LG ELD GGDPPR+W+P   +PG AFTRS+GD +AE +GV A+PE++ + +   DKF+V+ASDGV+EFLTNQ VA+ + K+ +PLDAC+ VV ++Y LWLQYEVRTDDIT+I  +I+G               +  +  S R S +   D+I        AG   RPVR+ +S  +++ + ++   +         K  ++E   V+   VPKSE E + I  A+KANFLF+H  E+Q +++ DVM++R+VK GE VI QGD G+ FY++  G + V        ++++    G  V  Y       PCFG LALMY KPR+A+V A +DG+LW +DR  F+H+L+K S   +  TLR V VL++L++ QL +L DVLTE  Y+ G+ +I QGD  +TF+I+ EG+A+VT+     S  E ++++ +L+E   FGERAL+    R+ANV+A+ +++CL +++ AFE+ LG L A+I+EDR  RE+ A    LQ E + L  V   D            G++      +    +T++   K+ VV   Q+S ++    +   + +  A       +P  +  +   S L+ + +V  V  LS LLE      + M     A ++L L+ LH+  + YR L+P+ +F+D  G+  LMD+R + KL  T A   CG   YL+PEQV    H   VD+W LG+LIYE+  G +P+       DSE+ ++++I+A + G L++P   +  + +L+  LL  +P  R+G+       ++ HQWF+  +   ++ G
Sbjct:   28 MGCAGSTNKELGEEKQGYDEQEEEYQPLTQEEVNARIVACDQTQLFTLGKTNFVLRYAYLSQRGYYPDDLYKNNQDSFKVIPNFNDDPNAIFFGVFDGHGSDGDACSYFVRDNIERHLKTTIAKYPEDFERAYKEAFVNVNIQMH-DQAFDDTMSGTTAITCYFNGTEVFVANIGDSRAVIGEKKGKRVIAYSLSIDQTPYRQDERERVKAAGAVIMSCDQLEGIVEYHENWN-VALGDELDNGGDPPRVWAPGKSFPGCAFTRSIGDSVAETIGVFAEPELLCKEVTEDDKFIVVASDGVWEFLTNQTVAEMICKFTEPLDACRAVVAEAYRLWLQYEVRTDDITMILAFIDGVAEVDEASGEAVDRMQGRRKSSRRESRRGSADSIFLGLDVVRAGGENRPVRRGLSKEKRQAMTVAESTMS--------KDEDKEYVPVK---VPKSEGEISRIRSAVKANFLFQHLNEQQTQLVFDVMKRRMVKNGEVVIKQGDPGDDFYVVESGEYSV--------LISQGDAPGVEVMKYSTAGGTNPCFGELALMYSKPRAATVKALSDGQLWAMDRQAFRHILMKSSSTSLMKTLRSVDVLKSLSVGQLQRLSDVLTEVTYKSGEYVIRQGDYTETFYIIMEGKAIVTKKEDPDSAVEPEQRVMQLQEGQYFGERALIEQVARAANVVADGRLKCLYISKDAFEEVLGPLQAIIDEDRKWREKVAKSKQLQQEAEGLNNVKSSDFEAQAVPVATDCGRLVIATNTSTLNVYTVKVASKAKVVQLGQQSRIMSEKALFASLVNHHAY------VPLALGNFMDNSCLYTVFKVRIVMELSVLLESVGTCDESMATFYAANVLLALQHLHNEGICYRNLAPDNLFVDRDGFVQLMDFRFAVKLDGTQARDYCGLATYLAPEQVAGTGHGLPVDYWALGILIYEMLTGTAPWLTGDPTRDSELNVYSRITAFK-GDLDLPKEMSTDLQELLSELLMPNPNRRIGTRGAGAEEVQRHQWFSVLNMEEMRAG 1024          

BLAST of mRNA_P-fluviatile_contig7.13624.1 vs. uniprot
Match: A0A7R9UFT1_9STRA (cGMP-dependent protein kinase (Fragment) n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9UFT1_9STRA)

HSP 1 Score: 673 bits (1737), Expect = 6.080e-225
Identity = 389/894 (43.51%), Postives = 551/894 (61.63%), Query Frame = 0

Query:    1 MGCARSKEQAGPSPTNGEVSTSGQ------PLTNREIQERIDAPPKSVTFEIAGCSLRYAYVSQRGFYPDDRDKANQDAYGVATHYDGDPTKALFTVYDGHGKEGDLCAMFCKDTLPGVLSQELRESRTVEDGLKRAFNRTNEMLHRNQNIDDSLSGTTAVALYLEGRDMWVANVGDSRAILVQ---EHEGQLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPSDKFLVIASDGVFEFLTNQAVADTVSKYPDPLDACKKVVQDSYDLWLQYEVRTDDITIICIYIEGTEAEQPGSPRVSEKDLDNIAGQGLRPVRKEISWHRKRQLIMSNEPVGWRNSIPRLKGTNEESYSVEDNVVPKSEEERACILQAIKANFLFEHTTEKQRKVLVDVMRKRLVKAGECVIWQGDTGESFYIIHKGTFEVRVNPDSTGIVTEEKDAGDIVHVYEPTDTVKPCFGHLALMYGKPRSASVFAKTDGELWELDRPVFQHVLLKKSRREVANTLRQVGVLQTLTLLQLHKLCDVLTEEVYQPGQKIINQGDIGDTFFILKEGRALVTQTSQSASGRERKKQIRRLEEYSCFGERALLTAEPRSANVIAETKVRCLVLTQQAFEKQLGSLSALINEDRIKREQKAA-----VPMLQELQLLG----EVAKDDLGQINACRLPNDSTSFTLRTMWKSDVVAQ------QQRSLVLKSSEMLKHIADSPALRMGC---VALPPLVSTYNMESSLHVLHEVSAVYTLSSLLEMKTVMPQDMVRHITACLVLGLEALHSCDVLYRALSPELVFLDSRGYALLMDYRMSKL--GLTNAFT 865
            MGC ++KE+     ++  ++ + +      PL+  EI +R+     +  F I  C++R+A+ SQRG+YPD  DK NQDA+   T +  D   ALF V+DGHG+EG LCA F  D +P  LS  L       + L      TN+ LH + +IDD LSGTTA+ + + G   +VANVGDSRAI+ Q   E+  +++A+ LSSDQTPYRKDE +RVKA GARVMSMDQIEG  P+HENWGD++LG +LDEGGDPPR+WSPFG+YPGTAFTRS+GD +AEELGV A+PEI+ R IHP DKF+V+ASDG+FEFLTNQ+VAD V++ PDPL AC+  V++SY+LWL++EVRTDDIT+I +Y++  E  QP    V    LD++   G+RPVR+ +S  +K+ +  ++E                    +E   VPK+EEE++ I  A++ NFLF+H T++Q + +++VM K  V AG  +I Q D G+ FYI   G +EVRV          E   G  VH Y  TDT  P FG LALMY  PR+ASV A+T G LW L+R VF+HV+L+++R+ +  T++ V VL TLT+ QL +LCD++ EE Y  G KI+ QG +G+  +I+  G    T T Q   G  RKK + +L E   FGERALL  EPR+A+V+A + VR L +++  FE+ LG L  +I  DR +RE++A      +P L+E+QL G    E    D+G+  +     D    TLR + K+ V A       +  +LV +  +  K + ++   R+     + LP    TY  E+ +++L++ S   ++  +LE +   P+D + +I  C+   L ALH    +YR+LS + VF+D+ GY  L D+  SK   G   AFT
Sbjct:   56 MGCYQTKEEGVVEASSVGLTAARKAQKPAGPLSREEINQRLTTCDGTRQFRIGDCNVRFAFRSQRGYYPDQPDKENQDAFIAITQFMNDENMALFGVFDGHGREGHLCARFVADRVPRNLSNFLARKLGFAEALHETMVLTNQELHADDSIDDQLSGTTAIVVLMHGNFCYVANVGDSRAIVSQARDENSSRVMAKALSSDQTPYRKDECQRVKACGARVMSMDQIEGHAPMHENWGDINLGEDLDEGGDPPRVWSPFGDYPGTAFTRSIGDSLAEELGVFAEPEILTREIHPHDKFMVVASDGIFEFLTNQSVADMVNEIPDPLAACEACVEESYNLWLRFEVRTDDITMIALYLDVDEGFQPTRASVR---LDDMQIGGVRPVRRVMSREKKKIISTTDEXXXXXXXXXXXXDV----LDMEALAVPKTEEEKSRIRDAVRMNFLFKHLTDEQLEQVINVMAKVPVTAGTVIIRQNDKGDRFYIADSGVYEVRVASTPAEAQAAE---GTPVHTYMATDTSHPGFGELALMYSHPRAASVVAQTTGLLWALNRKVFRHVVLRRNRKALIKTMKSVDVLDTLTVQQLQRLCDIMKEETYTKGTKIVKQGQVGNCMYIMASG----TATCQIKDGFGRKKDVLQLAENMYFGERALLNEEPRAADVVATSDVRVLTISKALFEECLGPLQDIIKADRDRRERRALLHNDKIP-LEEIQLSGTINLEAGAMDIGEWVSGSAA-DGAGVTLRILNKTAVEAHGLSKTVECCALVARELQDAKDVGEAAVQRIQASEGICLPQF--TYKDENRVYMLYKRSIAASIQDILEGEIAPPEDHILYIARCIAHSLVALHEAQAVYRSLSLDHVFIDNSGYICLADFGFSKWLPGAEQAFT 931          

BLAST of mRNA_P-fluviatile_contig7.13624.1 vs. uniprot
Match: A0A6G0XF43_9STRA (cGMP-dependent protein kinase n=1 Tax=Aphanomyces euteiches TaxID=100861 RepID=A0A6G0XF43_9STRA)

HSP 1 Score: 676 bits (1744), Expect = 2.590e-224
Identity = 409/1015 (40.30%), Postives = 594/1015 (58.52%), Query Frame = 0

Query:   25 PLTNREIQERIDAPPKSVTFEIA-GCSLRYAYVSQRGFYPDDRDKANQDAYGVATHYDGDPTKALFTVYDGHGKEGDLCAMFCKDTLPGVLSQELRESRT---VEDGLKRAFNRTNEMLHRNQNIDDSLSGTTAVALYLEGRDMWVANVGDSRAILVQEHEGQLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPSDKFLVIASDGVFEFLTNQAVADTVSKYPDPLDACKKVVQDSYDLWLQYEVRTDDITIICIYIE----GT------EAEQPGSPRVSEKDLDNIAGQGL---RPVRKEISWHRKRQLIMSNEPVGWRNSIPRLKGTNEESYSVEDNVVPKSEEERACILQAIKANFLFEHTTEKQRKVLVDVMRKRLVKAGECVIWQGDTGESFYIIHKGTFEVRVNPDSTGIVTEEKDAGDIVHVYEPTDTVKPCFGHLALMYGKPRSASVFAKTDGELWELDRPVFQHVLLKKSRREVANTLRQVGVLQTLTLLQLHKLCDVLTEEVYQPGQKIINQGDIGDTFFILKEGRALVTQTSQSASGRERK-KQIRRLEEYSCFGERALLTAEPRSANVIAETKVRCLVLTQQAFEKQLGSLSALINEDRIKREQK----AAVPMLQELQLLGEVA----KDDLGQINACRLPN-----------------DSTSFTLRTMWKSDVVAQQQRSLVLKSSEMLKHIADSPALRMGC--VALPPLVSTYNMESSLHVLHEVSAVYTLSSLL-EMKTVMPQDMVRHITACLVLGLEALHSCDVLYRALSPELVFLDSRGYALLMDYRMSK-LGLTNAFTLCGDPEYLSPEQVRHQEHSKAVDFWGLGVLIYELSNGKSPFQA-------DSEMGIFNKISAHRAGRLEIPTSF-APAMGDLVDRLLHHDPQERLG-SGADDI----NAIRTHQWFAGFDWRGVQTG 979
            PLT  EI+ RI    K+V  ++    S+ YA+V+QRG+YPD  DK NQD+Y +  ++ GDP+K  F ++DGHG  GDLC++F K  +P  L + + ++ +     +     F  TN  LH ++ IDDSLSGTTA+  +++G  + VANVGDSRA++ +  + +++A PLS DQTPYR DERERVK  GARV++MDQ+EG+ PIHENW    +  E+DE GDPPR+WSP G +PGTAFTRS+GD IAE LGV A PEI   ++ P D++++IASDGVFEFLTNQAV D V  Y DPL+AC+KVV +SY LWL YE+RTDDITIICIY+E    GT       AE+  S + S+    N+    +   RPVR+ +S  ++R  +        +  + ++    + +Y++ D++VPK++ E   IL+  ++N+LF+    +QR  +  VM +  V  G+ VI QGD G+ FY +  G ++V V  DS    T ++   DIVH Y   DT  P FG LALM+  PRS+SV A T G LW +D   F+ V +K     +  TL++V VL++LT  Q+ +L   LTE  ++ G  I+NQG IG+TF+++KEG  + T         ER+ +++ RL ++  FGERALL   PR+ANVI+  + + L + +QAFE+ LG L  +I+ DR +RE K    +AV  +++     + A    KDD+  I    +P                       T+RT+ K    A  +   V++   + K+      LR+ C    +P L+ T+   + L++  + + V   +S++ E  T M +DMVR   A L++GLE LH    +YR ++PE + LD  GY    D+R +K +  T  +TLCG  EY +PE V  Q HS  VD WGLG++IYE+  G +PF         D  + +++KIS +    L +P +  +    DL+ +LLH  P ERLG  G  DI    + IR+H WFA  DW  V  G
Sbjct:   29 PLTPEEIRSRIVCSDKAVKTQLTPSLSIEYAFVTQRGYYPDAVDKPNQDSYAIIPNFAGDPSKIFFGIFDGHGATGDLCSIFSKKEVPDRLQKLMGKANSSVPFTEIYSNCFTDTNAKLHTSR-IDDSLSGTTAITCFMDGNIIHVANVGDSRAVIAKSDQSRILASPLSVDQTPYRTDERERVKRYGARVLTMDQLEGIAPIHENWASA-VNEEVDEDGDPPRVWSPTGNFPGTAFTRSIGDEIAETLGVFAVPEIASLQLTPHDRYIIIASDGVFEFLTNQAVVDIVKTYTDPLEACEKVVAESYRLWLHYELRTDDITIICIYLEHSATGTPDDRDDSAERLASQKASDLMTTNLLNSRVTEQRPVRRGMSKQKRRDQM--------KKDMAKMVTDEDLNYNMSDHIVPKTKAEMDKILEITQSNWLFKQLNAQQRADVYQVMVRVNVNEGDVVIRQGDPGDRFYCVQSGDYQVAVTSDSA---TGKRQ--DIVHQYRG-DT-HPSFGELALMHNAPRSSSVIALTKGVLWAIDCRAFRLVFMKSPTNVIVQTLKKVDVLKSLTTAQVERLATNLTEITFEDGDYILNQGSIGNTFYVIKEGACICTVWDTEPGTEERRSREVLRLRQHQYFGERALLNDAPRAANVISVGRTKLLQIGRQAFEEILGPLQQIIDNDRAQREAKHHFQSAVANMRDASTATDGASSSLKDDV--IRGAVMPKYVAHTMEVGILVTYESFSHVPLTVRTISKKTTKAFNKMEEVMREVNLHKN------LRVHCQVATVPALLGTWTDANGLYMAFDSTMVTDFASVMYESDTKMSEDMVRQYAAQLLVGLETLHDAGYVYRNMNPENLVLDIHGYVQFQDFRYAKFIDDTRTYTLCGTAEYSAPEMVSAQGHSFGVDIWGLGIVIYEMLFGVTPFACIDLENDKDVVLAVYSKISRYDKKDLVLPDNERSREAADLLSKLLHPSPDERLGCQGVVDITTGGSVIRSHPWFASIDWVKVVAG 1018