prot_P-fluviatile_contig13.1805.1 (polypeptide) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig13.1805.1 vs. uniprot
Match: D7FPJ3_ECTSI (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FPJ3_ECTSI)

HSP 1 Score: 1375 bits (3559), Expect = 0.000e+0
Identity = 711/874 (81.35%), Postives = 773/874 (88.44%), Query Frame = 0

Query:   85 TNQGLANQMGQMSLGPPTNGMAXPPGGNMGGSYGSLPPAGGPPGMQAAPGGYQGVGGAAMAYRTSQGAPPQGXXXXXXXXPGPSSHVAAGSAGGAGPSA-GTAVGHQAPLPSVNETDMSIQADPRVMRMTVGAVPSSSSAHAQSKITLGLVIQAMALDIDQKDGGLEVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPASYHCHLDQNGQRSDRAEHPELGHASVELVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMLYVAAETIKACLDDLPGEDRTMVGFCTFDSSVHYYNLKSSLSQPQMLVVPDLADPFVPMPDDLLVNLSESRSIVDTLLESLAQASMHSQTRDAECCLGPALTAASKVMGHIGGKMVVLCASLPSTGEARLKHRENPRALGTDREHLLLKAEDPWYQNKAVEFSKLQICVDLFLFSGGYTDVATLVNLPKFTAGQLFYYPAFNAQREGVKFNAELSRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQVLTASVISVQAALLYTTSCGERRIRVHNIALPVETVIQNVFDSVSIDALCNILAKQALEVALKSGLDSARSRIQQACVDIIRASRGGGYGSSPYMAPGAQQQQSAAIPEAIQLLPLYSMALQKNLAFRGGTDVRTDERASVQSQLANMPIDHSRCFTYPRMFNLHDMDEDVGMPRPDEREGAMDPTPTAGTDNVKLPEVSNLSAERLTSDGVFLLENAVELLLWVGRAASPSILSSLFGVSSLEGVDLTRLQLQEEGDEVCRRVNNVIAALRQERMTYLQVTVVAEGDGHNERRLYWYLVEDRASFPGGSMNYAEYMQHINRQSVGGMGM 957
            T+QGLANQMGQM LGPP NGM     G                      GGYQG     M YR  QGA             GP +             A G   G+QA LPS+N+TDMSIQADPRVMRMTVGA+P+SSSAH+QSKI LGLV+Q+MALDID+KDGGL+VVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTP SY CHLDQ+G+RSDRAE PELG ASVE+VAPSEYMVRPPQPPVYMFVIDVSQPAVASGM++VAAETIKACLD+LPGE+RTMVGFCTFDSSVH+YNLKS+LSQPQMLVVPDL +PF+P+PDDLLVNLSESRS+VDTLL++LAQ  MHSQTRD +CCLGPALTAA KVMGH+GGKM V+CASLPSTGEA LKHRENPRALGTDREHLLLKAE+PWYQNKAVEFSKLQICVDLFLFS GY+DVATLVNLPKFTAGQLFYYPAFNAQ +GVKFNAEL+RVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQ+LTASV+SVQAALLYTTSCGERRIRVHN+A+PVETV+QNVFDSVSID LCNILAKQALEV+LKSGLDSARS+IQQ CVDIIRASRGGGYGSSPYMA GAQQQ +A I EAIQLLPLYSMALQKNLAFRGGTDVRTDERA+VQSQLANMP+DHSRCFTYPRMF+LHDM+ED G+PRPD  EG  D TPTAGTD++KLPEVSNLSAERL+S+GVFLLEN VEL LWVGRAA+P+++S+LFGV SLEGVDLTRLQ QEEG+++CRRVN+VIAALRQERMTYLQVTVV EGDGHNERR +W+LVEDRASFPGGSMNYAEYMQHINRQSVGGMGM
Sbjct:   65 TSQGLANQMGQMFLGPPPNGM-----GAXXXXXXXXXXXXXXXXXXXXQGGYQG----GMGYRPGQGAXXPHGGGYGGQPAGPGAQAXXXXXXXXXXXATGAPTGNQALLPSINDTDMSIQADPRVMRMTVGAIPNSSSAHSQSKIPLGLVVQSMALDIDEKDGGLDVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPPSYQCHLDQDGRRSDRAERPELGKASVEMVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMVHVAAETIKACLDNLPGEERTMVGFCTFDSSVHFYNLKSNLSQPQMLVVPDLDEPFLPVPDDLLVNLSESRSVVDTLLDNLAQ--MHSQTRDVQCCLGPALTAAGKVMGHVGGKMAVMCASLPSTGEAALKHRENPRALGTDREHLLLKAENPWYQNKAVEFSKLQICVDLFLFSSGYSDVATLVNLPKFTAGQLFYYPAFNAQSDGVKFNAELTRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQLLTASVVSVQAALLYTTSCGERRIRVHNLAIPVETVVQNVFDSVSIDVLCNILAKQALEVSLKSGLDSARSKIQQTCVDIIRASRGGGYGSSPYMAAGAQQQPTA-ISEAIQLLPLYSMALQKNLAFRGGTDVRTDERANVQSQLANMPVDHSRCFTYPRMFSLHDMEEDAGLPRPDGPEG--DLTPTAGTDDIKLPEVSNLSAERLSSEGVFLLENGVELFLWVGRAANPAVVSALFGVPSLEGVDLTRLQPQEEGNDLCRRVNSVIAALRQERMTYLQVTVVGEGDGHNERRFFWHLVEDRASFPGGSMNYAEYMQHINRQSVGGMGM 924          

BLAST of mRNA_P-fluviatile_contig13.1805.1 vs. uniprot
Match: A0A836CAX8_9STRA (Sec23/Sec24 trunk domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CAX8_9STRA)

HSP 1 Score: 1028 bits (2659), Expect = 0.000e+0
Identity = 527/780 (67.56%), Postives = 615/780 (78.85%), Query Frame = 0

Query:  186 AVGHQAPLPSVNETDMSIQADPRVMRMTVGAVPSSSSAHAQSKITLGLVIQAMALDIDQKD--GGLEVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPASYHCHLDQNGQRSDRAEHPELGHASVELVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMLYVAAETIKACLDDLPGEDRTMVGFCTFDSSVHYYNLKSSLSQPQMLVVPDLADPFVPMPDDLLVNLSESRSIVDTLLESLAQASMHSQTRDAECCLGPALTAASKVMGHIGGKMVVLCASLPSTGEARLKHRENPRALGTDREHLLLKAEDPWYQNKAVEFSKLQICVDLFLFSGGYTDVATLVNLPKFTAGQLFYYPAFNAQREGVKFNAELSRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQVLTASVISVQAALLYTTSCGERRIRVHNIALPVETVIQNVFDSVSIDALCNILAKQALEVALKSGLDSARSRIQQACVDIIRASRGGGYGSSPYMAPGAQQQQSAAIPEAIQLLPLYSMALQKNLAFRGGTDVRTDERASVQSQLANMPIDHSRCFTYPRMFNLHDMDEDVGMPRPDEREGAMDPTPTAGTDN-VKLPEVSNLSAERLTSDGVFLLENAVELLLWVGRAASPSILSSLFGVSSLEGVDLTRLQL-----QEEGD--EVCRRVNNVIAALRQERMT-YLQVTVVAEGDGHNERRLYWYLVEDRASFPGGSMNYAEYMQHINRQSVGG 954
            A  H   LP ++E D++IQADPRVMRMTVG +PSS+SAHAQ K+ +G +IQ M LD DQ    GG EVVNFG+QGI+RCKRCRTYINP+V W++NGRQWRCNVCGMVND P SY CHLD NG R DR + PEL + SVE+ AP+EYMVRPP  PVY FVIDVS  AV +GM+  A   IKACLD +PG++R+  G  TFD S+H+YNLKS+LSQPQMLVV D++D F+P PDDLLVNL+ESR++VD LL++L Q  MH   R  +  LGPAL AA KVM H+GGKMVV CA+LPS GEA+LKHRENPR LGTD+EHL+LK ++PWYQNKA +FSKLQICVDLFL    Y DVATL  LP  T GQLFYYP FN QR+GVK  AEL+RVLTRATAFEAVMRVRATRGLR++NFYGNYFIRGTDLLALPNCTPDSVF VEF YDEQVL ASVIS+QAALLYTTS GERRIRVHN+ALPV+TV Q +F+SVSIDALCN++AKQAL+VAL SGLD+AR+RIQ  CV+I+RA+RGGGYG       G  QQQ A +PEAIQLLPLYSMALQKN AFRGG ++R DERA + +QL NMP+D SRCF YPRMF++HDM  D G P   E   A +  PTAG    V+LP V NLSAERLTSDG+FLLEN V LL+WVGRAA+ ++++SL G  SLEG+D + L L     Q  G   + C RVN V+AALR+ER   YLQ+ VV EGDG NE R +W+LVEDRA FPGG MNYAE+MQH+ RQS GG
Sbjct:  117 AASHAEQLPGIHEIDITIQADPRVMRMTVGEIPSSASAHAQCKLPIGAIIQPMGLD-DQIPPYGGCEVVNFGSQGIVRCKRCRTYINPFVSWMNNGRQWRCNVCGMVNDVPTSYFCHLDANGMRRDRDQRPELAYGSVEIQAPAEYMVRPPVAPVYFFVIDVSANAVNTGMVAAAVAAIKACLDRVPGDERSQFGLITFDGSIHFYNLKSTLSQPQMLVVSDISDLFLPCPDDLLVNLAESRAVVDALLDALPQ--MHRAARSVDSALGPALNAAGKVMAHLGGKMVVFCANLPSLGEAKLKHRENPRMLGTDKEHLMLKPDEPWYQNKAQDFSKLQICVDLFLCGAQYMDVATLFQLPSKTGGQLFYYPGFNVQRDGVKLQAELTRVLTRATAFEAVMRVRATRGLRMSNFYGNYFIRGTDLLALPNCTPDSVFGVEFAYDEQVLVASVISIQAALLYTTSTGERRIRVHNVALPVKTVCQEIFNSVSIDALCNLVAKQALDVALTSGLDAARARIQDVCVEILRATRGGGYGGY-----GGAQQQPAGMPEAIQLLPLYSMALQKNPAFRGGAEIRPDERAFIMAQLVNMPVDDSRCFIYPRMFSIHDMPADAGTPISAEA-AAAEGMPTAGRSTLVRLPPVVNLSAERLTSDGIFLLENGVGLLMWVGRAANRALVASLIGAPSLEGLDTSALALLPAAAQPGGSSGDACARVNAVVAALREERAQHYLQLMVVGEGDGQNEHRFFWHLVEDRAPFPGGGMNYAEFMQHVTRQSFGG 887          

BLAST of mRNA_P-fluviatile_contig13.1805.1 vs. uniprot
Match: A0A2D4BP64_PYTIN (Putative vesicle coat complex COPII subunit SEC24/subunit SFB2 n=1 Tax=Pythium insidiosum TaxID=114742 RepID=A0A2D4BP64_PYTIN)

HSP 1 Score: 827 bits (2136), Expect = 2.000e-283
Identity = 417/761 (54.80%), Postives = 557/761 (73.19%), Query Frame = 0

Query:  196 VNETDMSIQADPRVMRMTVGAVPSSSSAHAQSKITLGLVIQAMALDIDQKDGGLEVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPASYHCHLDQNGQRSDRAEHPELGHASVELVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMLYVAAETIKACLDDLPGEDRTMVGFCTFDSSVHYYNLKSSLSQPQMLVVPDLADPFVPMPDDLLVNLSESRSIVDTLLESLAQASMHSQTRDAECCLGPALTAASKVMGHIGGKMVVLCASLPSTGEARLKHRENPRALGTDREHLLLKAEDPWYQNKAVEFSKLQICVDLFLFSGGYTDVATLVNLPKFTAGQLFYYPAFNAQREGVKFNAELSRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQVLTASVISVQAALLYTTSCGERRIRVHNIALPVETVIQNVFDSVSIDALCNILAKQALEVALKSGLDSARSRIQQACVDIIRASR-GGGYGSSPYMAPGAQQQQSAAIPEAIQLLPLYSMALQKNLAFRGGTDVRTDERASVQSQLANMPIDHSRCFTYPRMFNLHDMDEDVGMPRP-DEREGAMDPTPTAGTDNVKLPEVSNLSAERLTSDGVFLLENAVELLLWVGRAASPSILSSLFGVSSLEGVDLTRLQLQEEGDEVCRRVNNVIAALRQERMTYLQVTVVAEGDGHNERRLYWYLVEDRASFPGGSMNYAEYMQHINRQSVGG 954
            +++  M+ Q DPR MRMTV  +P S    ++S + +G++I+ MA   + ++  L+VVNFG  G++RC+ CRTY+NP+V W+ NGR+WRCN+CG+ ND P+SY CHL  N QR DR E PEL   SVE+VAPSEYM+RPPQPP YMFVIDVS PAV+SG + +A ETIK  LD+LPG  RT VGF T+DS++H+YNLKS+L  PQM+V+ DL + F+P+PDDLLVNLS+SR +VD LL+SL   ++H   R AE  LGPA+  A K+M  IGGKM+V  +SLP++G   LKHR+NPR +GTD+EH LL A D +Y++ A++F + Q+ VD FLFS  YTDVATL +L KF+AGQL+YYPAF+A+R+G KF  EL+  LTR T +EAVMRVR T+G+R+TNFYGN+F+RG DLLALP    D+ FA+E  + + +L++S ISVQAA+LYT S GERRIRVH + +PV  +   VF S  +DA+CN++AKQALE ALK+GLDSARSR+Q  C +I+RA R  G +G       G Q      +PE++QLLPLY M+L KN A RGGTD+  DER  +Q QL NM + HSR F YPR+F LH+M  + G P P D+     +  PTAG+  + LP V NLS ERL  DGVFLLE+A+ L LWVGR+ASP+ L+SLFGV +++GVD  +++L    DE+ RRV+++++ALR++R+ ++ V ++ EGD  +E R +W LVEDRASFPGGS +Y+EY+  I R S+ G
Sbjct:  348 ISDELMASQCDPRFMRMTVNVIPHSHDHASKSNLAIGVIIRPMAPPEEGEE--LDVVNFGPTGVVRCRHCRTYVNPFVQWVDNGRRWRCNLCGVSNDVPSSYFCHLGPNQQRQDREERPELNCGSVEIVAPSEYMMRPPQPPCYMFVIDVSAPAVSSGAVQIAVETIKEQLDNLPGAPRTRVGFLTYDSTIHFYNLKSTLKTPQMMVIADLEELFIPIPDDLLVNLSDSREVVDALLDSLP--AIHQNARSAETALGPAIRVAFKLMSSIGGKMMVFQSSLPTSGVGALKHRDNPRLIGTDKEHSLLNAADTFYRSNAIDFCRQQVSVDTFLFSSQYTDVATLGSLSKFSAGQLYYYPAFSAERDGEKFKKELAHCLTRETGWEAVMRVRCTKGMRLTNFYGNHFLRGPDLLALPTVHSDASFAIEITHSDALLSSSTISVQAAVLYTNSGGERRIRVHTLCVPVSKIFAEVFRSADVDAMCNMMAKQALETALKTGLDSARSRLQSQCAEIVRAYRTSGAHG-------GQQGGYQLTLPESLQLLPLYVMSLLKNSALRGGTDLNADERTFLQYQLMNMAVTHSRVFIYPRLFALHNMPTEAGHPLPEDQLHTNANDRPTAGSKRIVLPPVINLSIERLACDGVFLLEDALTLYLWVGRSASPAXLTSLFGVQTMDGVDCRQMKLLVPHDEMSRRVDSILSALREDRLPFMNVVIMREGDP-SEGRFFWKLVEDRASFPGGSYSYSEYLGQITRLSLAG 1096          

BLAST of mRNA_P-fluviatile_contig13.1805.1 vs. uniprot
Match: W7TF62_9STRA (Coatomer copii n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7TF62_9STRA)

HSP 1 Score: 809 bits (2089), Expect = 2.970e-279
Identity = 427/778 (54.88%), Postives = 550/778 (70.69%), Query Frame = 0

Query:  193 LPSVNETDMSIQADPRVMRMTVGAVPSSSSAHAQSKITLGLVIQAMALDIDQKDGGLEVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPASYHCHLDQNGQRSDRAEHPELGHASVELVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMLYVAAETIKACLDDLPGEDRTMVGFCTFDSSVHYYNLKSSLSQPQMLVVPDLADPFVPMPDDLLVNLSESRSIVDTLLESLAQASMHSQTRDAECCLGPALTAASKVMGHIGGKMVVLCASLPSTGEARLKHRENPRALGTDREHLLLKAEDPWYQNKAVEFSKLQICVDLFLFSGG-----YTDVATLVNLPKFTAGQLFYYPAFNAQREGVKFNAELSRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQVLTASVISVQAALLYTTSCGERRIRVHNIALPVETVIQNVFDSVSIDALCNILAKQALEVALKSGLDSARSRIQQACVDIIRASRGGGYGSSPYMAPGAQQQQS---AAIPEAIQLLPLYSMALQKNLAFRGGTDVRTDERASVQSQLANMPIDHSRCFTYPRMFNLHDMDEDVGMPRPDEREGAMDPTPTAGTDNVKLPEVSNLSAERLTSDGVFLLENAVELLLWVGRAASPSILSSLFG-VSSLEGVDLTRL-QLQEEGDE---VCRRVNNVIAALRQER-MTYLQVTVVAEGD-GHNERRLYWYLVEDRASFPGGSMNYAEYMQHINRQSVGGM 955
            LP ++E D+SI +DPR MR TV  +P+S +  A +K+ LG+VIQ MALD   +D  ++VVNFGA GI+RCK+CRTYINP+V W   GR+WRCNVCG +ND  +SY  HLD++GQR D+ E PEL + SVELVAP EYMVRPPQPPVY+FV+DVS  +VASG+L    ETIK  LD LPG+ RT  G  TFDS+VH+Y+ K SL  PQ+LVVPD+++ F+P+P+D+LVNL ESR ++D LLESL +  M+ +TR+ +  LGPALT A +VM  +GGKM V+ AS+P+ G+ RLK RE  RALGT+REH +L  E+ WY+ KAVEFS++QI VDLF  +       + D+A+L  L KFT G LFYYP F  +++G K   E+ R+LTR T FEAVMRVRATRGL++T FYGNY+IRGTDLLALPNC+ +SVF VE  +DE  LTASVI VQAALL+TTS GERRIRVH +A PV  V+Q V  SV +D LCN++AK+ LEVALK+GLD+AR R+ Q C D++R+ R          A G QQQQ    A IP  ++LLPLY+MA+ KN+AFRGGTD+R D R  +    + M +  SR F +P +F LH M  + G+P P  ++ + D  PTAG   ++LP   NLS ER  S+G++LLEN + L LWVG  A P  L++LFG ++S+EG D   L QL EEG E     RRV+ ++ ALR+ER + +LQV VV EGD G     LY  LVEDRA+F GG  NYAE+M  ++R   GGM
Sbjct:   78 LPMLSEVDLSIASDPRFMRFTVSKIPNSQNNAAATKLPLGVVIQPMALDASGQDS-IDVVNFGATGIVRCKKCRTYINPFVSWHDAGRRWRCNVCGTLNDVSSSYFNHLDEHGQRRDKHERPELSNGSVELVAPGEYMVRPPQPPVYLFVVDVSYSSVASGLLARTVETIKKNLDALPGDPRTQFGLVTFDSTVHFYHFKPSLKMPQVLVVPDISELFLPLPEDMLVNLKESREVIDLLLESLPE--MYEKTRNMDSALGPALTGAYRVMAPVGGKMCVVLASMPTLGDGRLKPREELRALGTEREHAMLNPEESWYRTKAVEFSRVQISVDLFCVAPAGQQTPFMDLASLTALSKFTGGNLFYYPGFAMEKDGRKLEEEMGRILTRPTGFEAVMRVRATRGLKVTQFYGNYYIRGTDLLALPNCSSESVFGVEMAHDEAFLTASVICVQAALLHTTSSGERRIRVHTVAAPVTAVLQEVIASVDVDTLCNLMAKRMLEVALKTGLDAARHRLTQLCADLLRSCRAFSTHQPQGRASGYQQQQQQQPAGIPSTLELLPLYTMAMTKNVAFRGGTDIRPDLRTYMMQLFSVMNVATSRAFIHPNLFALHTMGNEAGLPVPPSKDSSTDEAPTAGRQKIRLPVAVNLSGERFVSEGIYLLENGISLYLWVGARADPRQLAALFGGMTSVEGADGGVLAQLFEEGKEEGDYARRVHAIVQALREERSLRWLQVQVVKEGDAGLEASSLYRNLVEDRAAFSGGQYNYAEFMGMVSRGGGGGM 852          

BLAST of mRNA_P-fluviatile_contig13.1805.1 vs. uniprot
Match: A0A8K1CMR6_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1CMR6_PYTOL)

HSP 1 Score: 806 bits (2083), Expect = 2.580e-275
Identity = 408/757 (53.90%), Postives = 553/757 (73.05%), Query Frame = 0

Query:  201 MSIQADPRVMRMTVGAVPSSSSAHAQSKITLGLVIQAMALDIDQKDGGLEVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPASYHCHLDQNGQRSDRAEHPELGHASVELVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMLYVAAETIKACLDDLPGEDRTMVGFCTFDSSVHYYNLKSSLSQPQMLVVPDLADPFVPMPDDLLVNLSESRSIVDTLLESLAQASMHSQTRDAECCLGPALTAASKVMGHIGGKMVVLCASLPSTGEARLKHRENPRALGTDREHLLLKAEDPWYQNKAVEFSKLQICVDLFLFSGGYTDVATLVNLPKFTAGQLFYYPAFNAQREGVKFNAELSRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQVLTASVISVQAALLYTTSCGERRIRVHNIALPVETVIQNVFDSVSIDALCNILAKQALEVALKSGLDSARSRIQQACVDIIRASR-GGGYGSSPYMAPGAQQQQSAAIPEAIQLLPLYSMALQKNLAFRGGTDVRTDERASVQSQLANMPIDHSRCFTYPRMFNLHDMDEDVGMPRPDEREGAMDPTPTAGTDNVKLPEVSNLSAERLTSDGVFLLENAVELLLWVGRAASPSILSSLFGVSSLEGVDLTRLQLQEEGDEVCRRVNNVIAALRQERMTYLQVTVVAEGDGHNERRLYWYLVEDRASFPGGSMNYAEYMQHINRQSVGGMG 956
            M+ Q DPR MR TV A+P S     +S +T+G+VI+  A    ++   L+VVNFG  G++RC+ CR+Y+NP+V W+ NGR+WRCN+CG+ ND P+SY  HL  NGQR DRAE PEL   SVE+VAPSEYM+RPPQPP YMFVIDVS  A+ASG + VA +TIK  LD+LPG  RT VGF T+D+++H+YNLKS+L  PQM+V+ DL + F+P+PD+LLVNLS+SR I+++LL+SL   ++H  +R +E  LGPA+  A K+M  IGGKM++  +SLPSTG   LK+R+NPR LGTD+EH LL   D +Y+  A++F++ Q+ VD FLFS  YTDVAT+ +L KF+ GQ+FYYP F+A+R+G KF  EL+R LTR TA+EAVMRVR T+G+R+TNFYGN+F+RG DLLA+P    D+ FA+E  + + +L++S ISVQA +LYT S GERRIRVHNI +PV  +   VF    ID LCN++AK ALE ALK+GLDSARSR+Q  C +I+RA R  G +G++   A G Q      +PE++QLLPLY M+L KN A RGGTD+  DERA +Q QL NM +D+SR F YPRMF +H+M  + G+P P+++       PTAG   V LP V NLS ERL  DG+FLLE+++ L LWVGR+A P++LSSLFG+ S++GVD  +++L    D+  +R++N+++A+R +R+ +  + ++ EGD  +E R +W LVEDRASFPGGS +Y+EY+  I R S+ G G
Sbjct:  367 MASQCDPRYMRATVSAIPHSLDHATKSNLTIGVVIRPFAPP--EEGDELDVVNFGPTGVVRCRHCRSYVNPFVQWVDNGRRWRCNMCGVSNDVPSSYFSHLGVNGQRQDRAERPELHAGSVEIVAPSEYMMRPPQPPCYMFVIDVSAVAIASGAVQVAVQTIKEQLDNLPGAPRTRVGFVTYDNTIHFYNLKSTLKSPQMMVIADLDELFIPIPDELLVNLSDSREIIESLLDSLP--AIHQNSRSSETALGPAIRVAFKLMASIGGKMMIFQSSLPSTGHGALKNRDNPRLLGTDKEHTLLNLADTFYRTNAIDFNRQQVSVDTFLFSSQYTDVATIGSLSKFSGGQVFYYPGFSAERDGEKFKCELTRCLTRETAWEAVMRVRCTKGMRLTNFYGNHFLRGPDLLAVPCVHADASFAIEITHSDALLSSSTISVQAGILYTNSGGERRIRVHNICIPVTRLFAEVFRGADIDTLCNLMAKNALETALKTGLDSARSRLQSHCAEIVRAYRTSGAFGAN--QASGYQLH----LPESLQLLPLYVMSLLKNSALRGGTDLNPDERAFLQYQLNNMSVDNSRVFIYPRMFAIHNMPPEAGLPLPEDQ--LHSDKPTAGKKRVVLPPVINLSIERLACDGIFLLEDSLTLYLWVGRSAPPALLSSLFGLQSMDGVDCRQIKLLAPHDDASQRMHNIVSAIRDDRVPFADLVIMREGDP-SEGRFFWKLVEDRASFPGGSYSYSEYLGQITRLSLAGGG 1110          

BLAST of mRNA_P-fluviatile_contig13.1805.1 vs. uniprot
Match: W4GMY2_9STRA (Uncharacterized protein n=2 Tax=Aphanomyces astaci TaxID=112090 RepID=W4GMY2_9STRA)

HSP 1 Score: 802 bits (2071), Expect = 1.510e-274
Identity = 416/769 (54.10%), Postives = 553/769 (71.91%), Query Frame = 0

Query:  191 APLPS---VNETDMSIQADPRVMRMTVGAVPSSSSAHAQSKITLGLVIQAMALDIDQKDGGLEVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPASYHCHLDQNGQRSDRAEHPELGHASVELVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMLYVAAETIKACLDDLPGEDRTMVGFCTFDSSVHYYNLKSSLSQPQMLVVPDLADPFVPMPDDLLVNLSESRSIVDTLLESLAQASMHSQTRDAECCLGPALTAASKVMGHIGGKMVVLCASLPSTGEARLKHRENPRALGTDREHLLLKAEDPWYQNKAVEFSKLQICVDLFLFSGGYTDVATLVNLPKFTAGQLFYYPAFNAQREGVKFNAELSRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQVLTASVISVQAALLYTTSCGERRIRVHNIALPVETVIQNVFDSVSIDALCNILAKQALEVALKSGLDSARSRIQQACVDIIRASR-GGGYG-SSPYMAPGAQQQQSAAIPEAIQLLPLYSMALQKNLAFRGGTDVRTDERASVQSQLANMPIDHSRCFTYPRMFNLHDMDEDVGMPRPDEREGAMDPTPTAGTDNVKLPEVSNLSAERLTSDGVFLLENAVELLLWVGRAASPSILSSLFGVSSLEGVDLTRLQLQEEGDEVCRRVNNVIAALRQERMTYLQVTVVAEGDGHNERRLYWYLVEDRASFPGGSMNYAEYMQHINRQSVGG 954
            AP+PS   ++E  ++ Q DPR MR+TV A+P S     +S + LG++IQ +A    + D  L+VVNFGA G++RCK CRTYINP+V W+ NGR+WRCN+CG+ ND   +Y CHL  +G R D+ E PEL   +VE+VA SEYM+RPP PPVY+FVIDVS  AVASGML V A+TIK  LD+LPG  RT VGF TFD++VH+YNLK+ L+ PQM+VVPD+ + F+P+PD+LLVNLS+SR +V+ LL+ L +A  H  TR+ + CLGPA+ AA ++M  +GGKM+V  +SLP+ G+  LKHRE+ R LGT++EH LL   D +Y+  A+EF + Q+ VD FLFS  YTD A+L  + K++AGQ+F+YP F A ++G KF+AEL+  LTR T +E+VMRVR T+G+R+ NFYGN F+RG DLLALPNC  D+ FA+E  + + +LTASVIS+QAALLYTTSCGERRIRV  +A+PV  +   VF SV +DA+CN++AK ALEVALKSGL++AR+++Q  CVDI RA R  G YG ++P    G Q Q    +PE++QLLPLY+MAL K+ AFRGGTD+ +DER+ VQ  L NMP+  SR F YPR+F+L D+  + G+P  D R        TAG D + LP V NLS ERL ++G FLLE+ + L LWVGRA  P  +SSLFG  S+EG+D   L L    D+V  RV+N++ ALR++R  ++++ V+ EG    E + +W LVEDRASF GG  +YAEY+  INR S GG
Sbjct:  285 APMPSTGQLSEAVLAAQCDPRYMRLTVNAIPHSQEHATKSALPLGVIIQPLA----KPDKPLDVVNFGASGVVRCKACRTYINPFVQWVDNGRRWRCNLCGVSNDVAGNYFCHLGPDGLRQDKDERPELRSGAVEIVASSEYMMRPPTPPVYVFVIDVSAQAVASGMLAVCADTIKRELDNLPGAPRTRVGFITFDNAVHFYNLKAGLTSPQMMVVPDINELFIPIPDELLVNLSDSRELVEALLDMLPRA--HQSTRNPDTCLGPAIRAAFRLMTSVGGKMLVFQSSLPTAGQGSLKHREDSRVLGTNKEHDLLNPVDTFYRKNAIEFCRQQVSVDTFLFSPQYTDYASLGAMSKYSAGQVFHYPGFVAAKDGDKFSAELAHTLTRETGWESVMRVRCTKGMRLVNFYGNSFLRGPDLLALPNCHADAAFAIEIEHQDALLTASVISIQAALLYTTSCGERRIRVLTVAIPVTKLFAEVFRSVDVDAICNMIAKNALEVALKSGLETARNKMQTVCVDIARAYRTSGAYGHNNPTNNTGYQLQ----LPESLQLLPLYTMALMKSPAFRGGTDIGSDERSHVQYTLYNMPVSLSRSFIYPRLFSLLDLAPEAGLPSDDPR------AVTAGADKIVLPHVLNLSVERLNTEGAFLLEDTLSLYLWVGRALHPRFVSSLFGADSIEGIDCRELSLAPPTDDVGTRVHNIVQALREDRTAHMKLHVIREGHPV-EGKFFWKLVEDRASFAGGQASYAEYLGQINRLSHGG 1036          

BLAST of mRNA_P-fluviatile_contig13.1805.1 vs. uniprot
Match: A0A024TUF0_9STRA (Uncharacterized protein n=1 Tax=Aphanomyces invadans TaxID=157072 RepID=A0A024TUF0_9STRA)

HSP 1 Score: 801 bits (2070), Expect = 2.350e-274
Identity = 414/768 (53.91%), Postives = 548/768 (71.35%), Query Frame = 0

Query:  191 APLP---SVNETDMSIQADPRVMRMTVGAVPSSSSAHAQSKITLGLVIQAMALDIDQKDGGLEVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPASYHCHLDQNGQRSDRAEHPELGHASVELVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMLYVAAETIKACLDDLPGEDRTMVGFCTFDSSVHYYNLKSSLSQPQMLVVPDLADPFVPMPDDLLVNLSESRSIVDTLLESLAQASMHSQTRDAECCLGPALTAASKVMGHIGGKMVVLCASLPSTGEARLKHRENPRALGTDREHLLLKAEDPWYQNKAVEFSKLQICVDLFLFSGGYTDVATLVNLPKFTAGQLFYYPAFNAQREGVKFNAELSRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQVLTASVISVQAALLYTTSCGERRIRVHNIALPVETVIQNVFDSVSIDALCNILAKQALEVALKSGLDSARSRIQQACVDIIRASR-GGGYGSSPYMAPGAQQQQSAAIPEAIQLLPLYSMALQKNLAFRGGTDVRTDERASVQSQLANMPIDHSRCFTYPRMFNLHDMDEDVGMPRPDEREGAMDPTPTAGTDNVKLPEVSNLSAERLTSDGVFLLENAVELLLWVGRAASPSILSSLFGVSSLEGVDLTRLQLQEEGDEVCRRVNNVIAALRQERMTYLQVTVVAEGDGHNERRLYWYLVEDRASFPGGSMNYAEYMQHINRQSVGG 954
            AP+P    ++E  ++ Q DPR MR+TV A+P S     +S + LG++IQ +A     K+  L+VVNFGA G++RCK CRTYINP+V W+ NGR+WRCN+CG+ ND   +Y CHL  +G R D+ E PEL   SVE+VA SEYM+RPP PPVY+FVIDVS  AVASGML VA +TIK  LD+LPG  RT VGF TFD++VH+YNLK+ L+ PQM+VVPD+ + F+P+PD+LLVNLS+SR +V+ LL+ L +A  H  TR+ + CLGPA+ AA ++M  +GGKM+V  +SLP+ G+  LKHRE+ R LG+++EH LL   D +Y+  A+EF + Q+ VD FLFS  YTD A+L  + K++AGQ+FYYP F A ++G KF AEL+  LTR T +EAVMRVR T+G+R+ NFYGN F+RG DLLALPNC  D+ FA+E  + + +LTASVIS+QAALLYTTSCGERRIRV  +A+PV  +   VF SV +DA+CN++AK ALEVALK+GL+ AR+++QQ CVDI RA R  G YG +     G Q Q    +PE++QLLPLY+MAL K+ AFRGGTD+ +DER+ VQ  L NMP+  SR F YPR+F+L D+  D G P  D R        TAG D + LP V NLS ERL ++G FLLE+ + L LW+GR  +   +SSLFGV S++GVD   L L    D++  RV+N++ ALR++R  ++++ V+ EG    E + +W LVEDRASF GG  +YAEY+  INR S GG
Sbjct:  287 APMPPTGQLSEAVLAAQCDPRYMRLTVNAIPHSQEHATKSALPLGVIIQPLAKPDKGKE--LDVVNFGASGVVRCKACRTYINPFVQWVDNGRRWRCNLCGVSNDVSGNYFCHLGPDGLRQDKDERPELRSGSVEIVASSEYMMRPPTPPVYVFVIDVSAQAVASGMLAVATDTIKHELDNLPGAPRTRVGFITFDNAVHFYNLKAGLNSPQMMVVPDINELFIPIPDELLVNLSDSRELVEALLDMLPRA--HQNTRNPDTCLGPAIRAAFRLMTSVGGKMLVFQSSLPTAGQGSLKHREDSRVLGSNKEHDLLNPVDTFYRKNAIEFCRQQVSVDTFLFSPQYTDYASLGAMSKYSAGQVFYYPGFTAAKDGDKFRAELAHTLTRETGWEAVMRVRCTKGMRLVNFYGNSFLRGPDLLALPNCHADAAFAIEIEHQDALLTASVISIQAALLYTTSCGERRIRVLTVAVPVTKLFAEVFRSVDVDAICNMIAKNALEVALKTGLEPARNKMQQVCVDIARAYRTSGAYGQNNPSNSGFQLQ----LPESLQLLPLYTMALMKSPAFRGGTDIGSDERSHVQYSLYNMPVSLSRSFIYPRLFSLLDLPPDAGFPSDDPRAA------TAGADKIVLPHVLNLSVERLNTEGAFLLEDTLSLYLWIGRGLNSRFVSSLFGVDSIDGVDCRELSLAAPKDDIGTRVHNIVKALREDRTAHMKLHVIREGHPV-EGKFFWKLVEDRASFAGGQASYAEYLGQINRLSHGG 1039          

BLAST of mRNA_P-fluviatile_contig13.1805.1 vs. uniprot
Match: A0A0P1AW24_PLAHL (Coatomer copii n=1 Tax=Plasmopara halstedii TaxID=4781 RepID=A0A0P1AW24_PLAHL)

HSP 1 Score: 791 bits (2043), Expect = 8.550e-274
Identity = 409/761 (53.75%), Postives = 542/761 (71.22%), Query Frame = 0

Query:  196 VNETDMSIQADPRVMRMTVGAVPSSSSAHAQSKITLGLVIQAMALDIDQKDGGLEVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPASYHCHLDQNGQRSDRAEHPELGHASVELVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMLYVAAETIKACLDDLPGEDRTMVGFCTFDSSVHYYNLKSSLSQPQMLVVPDLADPFVPMPDDLLVNLSESRSIVDTLLESLAQASMHSQTRDAECCLGPALTAASKVMGHIGGKMVVLCASLPSTGEARLKHRENPRALGTDREHLLLKAEDPWYQNKAVEFSKLQICVDLFLFSGGYTDVATLVNLPKFTAGQLFYYPAFNAQREGVKFNAELSRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQVLTASVISVQAALLYTTSCGERRIRVHNIALPVETVIQNVFDSVSIDALCNILAKQALEVALKSGLDSARSRIQQACVDIIRASRGGGYGSSPYMAPGAQQQQS--AAIPEAIQLLPLYSMALQKNLAFRGGTDVRTDERASVQSQLANMPIDHSRCFTYPRMFNLHDMDEDVGMPRPDEREGAMDPTPTAGTDNVKLPEVSNLSAERLTSDGVFLLENAVELLLWVGRAASPSILSSLFGVSSLEGVDLTRLQLQEEGDEVCRRVNNVIAALRQERMTYLQVTVVAEGDGHNERRLYWYLVEDRASFPGGSMNYAEYMQHINRQSVGG 954
            +++  M+ Q D R MR+TV  +P S     +SK+T GL+I+ +A   D +D  L+VVNFG  G++RC+ CRTY+NP+V W+ NGR+WRCN+CG+ ND  +SY CHLD N +R DR E PEL   SVE++APSEYM+RPPQPP Y+FVIDVS  AVASG + +A +TIK  LD+L G  RT VGF T+D+S+H+YNLKS+L  PQM+VV DL + F+P+PD+LLVNLS+SR IV+ LLE+L   ++H     AE  LGPA+  A K+M  IGGKM+V   SLPSTG   L++R+NPR  GTDREH LL+A D +Y+  A++F + Q+ VDLFLFS  YTD+A++  L K++AGQ++YYPAF+A+R+G KF+ EL+  L R TA+EAVMRVR T+G+R+ NFYGN+F+RG DLLALP C  DS FAVE  + + +LT+S ISVQA LLYT S GERRIRVH + +PV  +   +F  V  DALCNI+AK ALE+ALK+GLDS RS +Q  CVDI+RA R  G         GA+Q  S    +PE++QLLPLY M+L KN   RGG D+  DERA +Q +L NMP++ SR F YPRMF LHDM  + G+P    ++ A +   +  T+++ LP V NLS ERL  DGVFLL++ + L LWVGR+ S  IL SLFG+SS+EGVD  +L+L    D+   RV  +++A+R ER+ Y  V ++ EGD  +E R +W LVEDRASFPGGS +Y+EY+  I+R S+ G
Sbjct:   47 ISDEMMAAQCDSRYMRLTVNVLPHSLDHANKSKLTYGLIIRPLAPSDDGRD--LDVVNFGPTGVVRCRHCRTYMNPFVQWVDNGRRWRCNLCGVSNDVASSYFCHLDANQKRQDRNERPELNSGSVEVIAPSEYMMRPPQPPCYVFVIDVSATAVASGSVQIAVDTIKKQLDNLLGAPRTRVGFLTYDNSIHFYNLKSNLKAPQMMVVADLDELFIPIPDELLVNLSDSREIVEMLLETLP--AIHQNACLAETALGPAIRVAFKLMSSIGGKMLVFQNSLPSTGHGALRNRDNPRIYGTDREHTLLQAVDTFYRTNAIDFCRQQVSVDLFLFSSMYTDIASMGPLSKYSAGQVYYYPAFSAERDGEKFSKELAHCLVRETAWEAVMRVRCTKGMRLANFYGNFFLRGPDLLALPTCNADSTFAVELTHSDALLTSSTISVQAGLLYTNSGGERRIRVHTVCIPVTKLFAELFHQVDQDALCNIMAKHALEIALKTGLDSGRSLLQTQCVDIVRAYRSSGV-------YGAKQTSSYQLQLPESLQLLPLYIMSLLKNSTLRGGIDLNVDERAFLQYELNNMPVELSRVFIYPRMFALHDMPPEAGLPAA--KDEANESDDSGATNSIVLPPVINLSIERLQCDGVFLLDDTLNLYLWVGRSVSREILESLFGISSMEGVDCNQLKLVNPHDDTSIRVAAILSAIRSERLPYQNVLIMREGDP-SEGRFFWRLVEDRASFPGGSYSYSEYLGQISRLSLSG 793          

BLAST of mRNA_P-fluviatile_contig13.1805.1 vs. uniprot
Match: A0A225WSN6_9STRA (Protein transporter Sec24 n=2 Tax=Phytophthora TaxID=4783 RepID=A0A225WSN6_9STRA)

HSP 1 Score: 798 bits (2061), Expect = 2.620e-273
Identity = 414/763 (54.26%), Postives = 546/763 (71.56%), Query Frame = 0

Query:  196 VNETDMSIQADPRVMRMTVGAVPSSSSAHAQSKITLGLVIQAMALDIDQKDGGLEVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPASYHCHLDQNGQRSDRAEHPELGHASVELVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMLYVAAETIKACLDDLPGEDRTMVGFCTFDSSVHYYNLKSSLSQPQMLVVPDLADPFVPMPDDLLVNLSESRSIVDTLLESLAQASMHSQTRDAECCLGPALTAASKVMGHIGGKMVVLCASLPSTGEARLKHRENPRALGTDREHLLLKAEDPWYQNKAVEFSKLQICVDLFLFSGGYTDVATLVNLPKFTAGQLFYYPAFNAQREGVKFNAELSRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQVLTASVISVQAALLYTTSCGERRIRVHNIALPVETVIQNVFDSVSIDALCNILAKQALEVALKSGLDSARSRIQQACVDIIRASRGGGYGSSPYMAPGAQQQQSAAI--PEAIQLLPLYSMALQKNLAFRGGTDVRTDERASVQSQLANMPIDHSRCFTYPRMFNLHDMDEDVGMPRPDER--EGAMDPTPTAGTDNVKLPEVSNLSAERLTSDGVFLLENAVELLLWVGRAASPSILSSLFGVSSLEGVDLTRLQLQEEGDEVCRRVNNVIAALRQERMTYLQVTVVAEGDGHNERRLYWYLVEDRASFPGGSMNYAEYMQHINRQSVGG 954
            + E  M+ Q DPR MR+TV ++P S     +SK+T GL+I+ +A   +  D  L+VVNFG  G++RC+ CRTY+NP+V W+ NGR+WRCN+CG+ ND  +SY CHL  N QR DR E PEL   SVE+VAPSEYM+RPPQPP Y+FVIDVS  AVASG + +A +TI+  LD+LPG  RT VGF T+DSS+H+YNLKS+L  PQM+VV DL + F+P+PD+LLVNLS+SR IV+ LLE+L   ++H   R AE  LGPA+  A K+M  IGGKM+V   SLPSTG   L++R+NPR  GTD+EH LL+A D +Y+  A++F + Q+ VD+FLFS  YTD+A++ +L K++AGQ++YYP+FNA+R+G KF+ EL+  L R TA+EAVMRVR T+G+R+ NFYGN+F+RG DLLALP C  DS FAVE  + + +LT+S ISVQA LLYT S GERRIRVH + +PV  +   +F  V  DALCNI+AK ALEVALK+GLD+ RSR+Q  C DI+RA R  G       A GAQQ     +  PE++QLLPLY M+L KN   RGGTD+  DERA +Q +L NMP++ SR F YPRMF LH+M  + G+P  +++  E A   T TA    + LP V NLS ERL  DGVFLL++ + L LWVGR+A P +L SLFGV S+EGVD ++L+L    D+   RV++++ A+R ER+ +  V ++ EGD   E R +W LVEDRASFPGGS +Y+EY+  I+R S+ G
Sbjct:  267 LTEEMMAAQCDPRFMRLTVKSLPHSLEHANKSKLTYGLIIRPLAPPEEADD--LDVVNFGPAGVVRCRHCRTYMNPFVQWVDNGRRWRCNLCGVSNDVASSYFCHLGANQQRQDREERPELHSGSVEIVAPSEYMMRPPQPPCYVFVIDVSATAVASGSVQIAVDTIREQLDNLPGAPRTRVGFLTYDSSIHFYNLKSTLKAPQMMVVADLDELFIPIPDELLVNLSDSREIVEMLLETLP--AIHQNARSAETALGPAIRVAFKLMSSIGGKMLVFQNSLPSTGNGALRNRDNPRLYGTDKEHTLLQAVDTFYRTNAIDFCRQQVSVDMFLFSSMYTDIASMGSLSKYSAGQVYYYPSFNAERDGEKFSKELAHCLVRETAWEAVMRVRCTKGMRLANFYGNFFLRGPDLLALPTCNADSTFAVEITHSDALLTSSTISVQAGLLYTNSGGERRIRVHTVCIPVTKLFAELFRQVDQDALCNIMAKNALEVALKTGLDTGRSRLQTQCADIVRAYRNSG-------AYGAQQASGYQLHLPESLQLLPLYIMSLLKNSTLRGGTDLNVDERAFLQYELNNMPVELSRVFIYPRMFALHNMPPEAGLPGTEDQATEVAEGTTSTA----IVLPPVVNLSIERLQCDGVFLLDDTLSLYLWVGRSAPPELLESLFGVPSMEGVDCSQLKLLAPHDDTSNRVDSILTAIRAERLPHQNVVIMREGDPA-EGRYFWKLVEDRASFPGGSYSYSEYLGQISRMSLSG 1013          

BLAST of mRNA_P-fluviatile_contig13.1805.1 vs. uniprot
Match: A0A3R7JB47_9STRA (Uncharacterized protein n=4 Tax=Phytophthora kernoviae TaxID=325452 RepID=A0A3R7JB47_9STRA)

HSP 1 Score: 795 bits (2054), Expect = 5.430e-273
Identity = 407/760 (53.55%), Postives = 548/760 (72.11%), Query Frame = 0

Query:  196 VNETDMSIQADPRVMRMTVGAVPSSSSAHAQSKITLGLVIQAMALDIDQKDGGLEVVNFGAQGIMRCKRCRTYINPYVGWLSNGRQWRCNVCGMVNDTPASYHCHLDQNGQRSDRAEHPELGHASVELVAPSEYMVRPPQPPVYMFVIDVSQPAVASGMLYVAAETIKACLDDLPGEDRTMVGFCTFDSSVHYYNLKSSLSQPQMLVVPDLADPFVPMPDDLLVNLSESRSIVDTLLESLAQASMHSQTRDAECCLGPALTAASKVMGHIGGKMVVLCASLPSTGEARLKHRENPRALGTDREHLLLKAEDPWYQNKAVEFSKLQICVDLFLFSGGYTDVATLVNLPKFTAGQLFYYPAFNAQREGVKFNAELSRVLTRATAFEAVMRVRATRGLRITNFYGNYFIRGTDLLALPNCTPDSVFAVEFGYDEQVLTASVISVQAALLYTTSCGERRIRVHNIALPVETVIQNVFDSVSIDALCNILAKQALEVALKSGLDSARSRIQQACVDIIRASRGGG-YGSSPYMAPGAQQQQSAAIPEAIQLLPLYSMALQKNLAFRGGTDVRTDERASVQSQLANMPIDHSRCFTYPRMFNLHDMDEDVGMPRPDEREGAMDPTPTAGTDNVKLPEVSNLSAERLTSDGVFLLENAVELLLWVGRAASPSILSSLFGVSSLEGVDLTRLQLQEEGDEVCRRVNNVIAALRQERMTYLQVTVVAEGDGHNERRLYWYLVEDRASFPGGSMNYAEYMQHINRQSVGG 954
            + E  M+ Q DPR MR++V ++P S     +SK+T G++I+ +A   +  D  L+VVNFG  G++RC+ CRTY+NP+V W+ NGR+WRCN+CG+ ND  +SY CHL  N  R DR E PEL   SVE++APSEYM+RPPQPP ++FVIDVS  AVASG + +A +TI+  LD+LPG  RT VGF T+DSS+H+YNLKS+L  PQM+VV DL + F+P+PD+LLVNLS+SR IV+ LLE+L   ++H  +R AE  LGPA+  A K+M  IGGKM+V  +SLPSTG+  L++R+NPR  GTD+EH LL+  D +Y+  A++F + Q+ VD+FLFS  YTDVA++ +L K++AGQ++YYPAFNA+R+G KF +EL+  + R TA+EAVMRVR T+G+R+ NFYGN+F+RG DLLALP C  DS FAVE  + + +LT+S ISVQA LLYT S GERRIRVH I +PV  +   +F  V  DALCNI+AK ALE ALK+GLDS RSR+Q  C DI+RA R  G YG+    A G Q      +PE++QLLPLY M+L KN   RGGTD+  DER  +Q +L NMP++ SR F YPRMF LH+M  + G+P  +++  A + +  A   ++ LP V NLS ERL  DGVFLL++ + L LWVGR+A P +L S+FG+ S+EGVD ++L+L    D++ RRV+ V++A+R ER+ Y  V ++ EGD   E R +W LVEDRASFPGGS +Y+EY+  I+R S+ G
Sbjct:  214 LTEEMMAAQCDPRFMRLSVNSLPHSLDHANKSKLTYGIIIRPLAPPEEGDD--LDVVNFGPAGVVRCRHCRTYMNPFVQWVDNGRRWRCNLCGVSNDVASSYFCHLGANQLRQDRDERPELHSGSVEIIAPSEYMMRPPQPPCFVFVIDVSSTAVASGSVQIAVDTIREQLDNLPGAPRTRVGFLTYDSSIHFYNLKSTLKAPQMMVVADLDELFIPIPDELLVNLSDSREIVEMLLETLP--TIHQNSRSAETALGPAIRVAFKLMSSIGGKMLVFQSSLPSTGQGALRNRDNPRIYGTDKEHTLLQPVDTFYRTNAIDFCRQQVSVDMFLFSSMYTDVASMGSLSKYSAGQVYYYPAFNAERDGEKFRSELAHCIVRETAWEAVMRVRCTKGMRLANFYGNFFLRGPDLLALPTCNSDSTFAVEITHSDALLTSSTISVQAGLLYTNSGGERRIRVHTICIPVTKLFAELFRQVDQDALCNIMAKSALETALKTGLDSGRSRLQTQCADIVRAYRNSGAYGAK--QASGYQLH----LPESLQLLPLYIMSLLKNSTLRGGTDLSVDERTFLQYELNNMPVELSRVFIYPRMFALHNMPPEAGLPAVEDQPSA-EGSEGASVKSIVLPPVINLSIERLQCDGVFLLDDTLSLYLWVGRSAPPELLESIFGIPSMEGVDCSQLKLLAPHDDMSRRVDAVLSAIRAERLPYQNVVIMREGDPA-EGRYFWKLVEDRASFPGGSYSYSEYLGQISRMSLSG 961