prot_P-fluviatile_contig1.335.1 (polypeptide) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig1.335.1 vs. uniprot
Match: D8LLR2_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LLR2_ECTSI)

HSP 1 Score: 1788 bits (4632), Expect = 0.000e+0
Identity = 1426/2191 (65.08%), Postives = 1532/2191 (69.92%), Query Frame = 0

Query:    1 MGNMPAVEVGGRKVRVKRLLSEGGYAHVYKVVDEHTKKDFALKMVRIPRGRSGQLANELVAEMAVVEQSVVRSLPTNHPNIVKFHDAGISKAENEIRYYILSEYCPSNVLKKMSHAQDQGGLLAEKEVLLIFRDTLMAVLYLHGRDPPIAHRREKDLKVDNLLVGRDGLIKLCDFGSCSTLHRAFHFPKDIQLANEDIRRNTTPAYRSPEQVDLFQGHMVNEKVDVWAVGVILFKLAFFQTPFEDNKGNVDAGAILKGLGERKIPQEKRYSSGLMTVIRCCLVIDPERRPTIGQVLKLCEELKAKGSLPDWPGLSSLPRTPPLSSSSPFSPRPWDALGGDASGSSVNSMPGEGMVGSGG---------GGXXXXXXXXXXXXXXXAPRSGSASRD--WTDYREA-----RGGGG-AEGANSYGAXXXXXXG----SRSPDTGTS--LPPDSRNPDVMRNGLVRSNSRRNGPITGLLPPGPGGLDTSSLWGVDGGRN--------GSPRRSQRVTRAHTGSGSDSTWMARVGEGMRSKWYKVKGGEL-RKRLWVLKTTSQNSTGPKPKYVGKIVAALWEKEIGMASIFMLLRERPLAESPVVAMKALITLMKVLQQGPPHVLAECTTYAAAIEEIGQMWGPPNHAGTGDWG-AGGYGATTXXXXXXXXXXXXXFSAGDPRAAVDPALSLLILRFATMIVQKIRFHEHHPEYGDFWSPETVNDTDTTPSSYDEPNSKRLPEQDASDEPRTLQVISRLLTVQGSILTTMTEAFILLGKGDNDATPSTRSALLPLMAESYLTYFATTRVLLTVSQKYSMGPRR-KGRPDKLKALIHKYETDLKIMRKLYKRADEVEEVAVMKRTPRLPAVSPLSEGGAKKFHEMNRKTSRQSTFGRASSKMEALKTLQDEQRTFIDSNSSKRGDEHMFDGESDXXXXXXANYTGLSNSHDVVAGQGGRGKDGGSIGXXXXXXXXXXXXXXFAXXXXXXXXXXXXXXXXXXXXCHKRGRSAPDLRASGXXXXXXXXXXXXXXXXXGPWEKDSDESSSDGTPRGDGVDGSWGGG--GKDGRLEVKEDDEGGSGGEWSRNYANWQGSGPNSRAPSSGQARDGSLGGRRRQXXXXXXXXXXXXXXXXXXAEGGDSGXXVSGSGVTSFPSLLSPTAGDEREQAETGXXXXXXXXXXKVKESAWSKEANGSMRRPSWSAAAAERARDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAGGGEISDFDTLTPGGNEGP---------TAYEIPTVAACGGGKLRRERTHPPPLPPRRDNEIGSPTYAGAAATYADALQXXXXXXXXXXXXXXXXXXXXXXXXXXXLPPRVTYGWAGAAGVVALQPXXXVAGXXXXXXXXXXXXVGSGDGGALSLPSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX------------------HPSATNVPSPTRTKA-VGPDNAVPWSALNDA----GAIAAAXXXXSAEKKRPVSAGALSADGAGLSDPTGAEGAASSSLSQTTPSLVVPTAATGAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAGNIGKIAVAKYEYVAQGPEQLSFQVGDIVHLHTERVNAKGWGLGQANGKVGWFPGDFVEMRPAAGAERKNRTSGSSRASGGSRNRRANPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXYPGRNQRGSRGTSGATGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGGVNKMNPELYETSNAWGTAREKERTAGGGGKEPEQLPEHVFAIQMAKSQPWKDRLTPGGKIAHDDLLAFFKASRMVLDFDEIDLKSVIGSGAFATVFRGIYRYKVAKPGEPGGDKKMEVAVKKLVGGGGGPMEKTLKDFKTECVLLSRLKHRNIIALVGATTHPVTCVMQYCSRGNLMVLLDDRSVELTFKTKKQMMLDVASGMQYLHGQNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPSSCPTRLSQLMQACWNHDPDQRPSFESIVPWLQDL 2123
            MGNMP V+VG RKVRVKRLLSEGGYAHVYK VDE  KKDFALKMVRIPR RSGQLANE VAEMAVVEQSVVRSLP NHPNIVKFHDAGISKA+NEIRY+ILSEYCPSNVLKKMS A DQG LL E EVLLIFRDTLMAVLYLH RDPPIAHR   DLKVDNLLVGRDGLIKLCDFGSCST H+A+  PK++QLANEDIRRNTT AYRSPEQVDLFQGH+V+EKVD+WA+GVILFKLAFFQTPFEDNKGNVDAGAILKGLG++KIPQEKRYS+GL+++IRCCLV+DP RRPTIGQVLKLCEELK KGSLPDWPGL+SLPRTPPLSSSSPFSPRPWDALGGDASGSSVNS+PGEG VG GG           XXXXXXXXXXXXX  +  S   SRD    D+RE      RG G  A G      XXXXX G    SRSPD G S  +P   RNPD+MRNGL R NSRR+GP+ GL+ PGP  +D S  +G  GG           SPRRSQRVTR+HTGSG D+ WMARVG+GMRSKWYK+ GGE  RKRLWVLKTTSQNSTGPKPKYVGKIVAALWEKE+ M S+F LL +RPL+ESPVVAMKALITLMKVLQQGPPHVL+ECTTYA  +E+IGQMWGP +H  T D   A G  A  XXXXXXXXXXXXX       +AVDPALSLLILRFATMIVQKIRFH+HHPEYGD+WSP+T NDTDTTP++YD P S+RLP+Q   DE RTLQ                  AF+LL KG  DA PSTRSALLPLMAESYLTYFATTRVLLTVS KY  G  R K RPD+L +L  KYETDLKIMR+LYKRADEVEEVA+MKRTPRLP VSPLSEGGAKKF EM+RKTSRQSTFGRASSKMEALKTL DE+R F+DS+                                                                                                                           D+SSSDG          W GG   K+ RLEVK D +G  G EW  NY +WQG  P+SRAPSSGQA+DG+ G RR Q                  + G    XX       SFPS  SP AG   E+                 E+ W K+ANG+    +  +++    R              XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX       +SDFDTLT GG+E P         T Y++P                                             XXXXXXXXXXXXXXXXXXXXXXXXXXX   R+TYGWAGAA       XXX   XXXXXXXXXXXX             XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX                  XXX                   PSAT   SP   K   GP N + W+A ++A    G  + +  XX                                                  XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXA   G++AVAKYEYVAQGPEQLSF+VGDIV LHTE++NAKGWGLGQANGKVGWFPGDFVEMRP   +ERK+                   XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX                  XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX   NK+NPELYETSNAWGTAREKER  G GG+EPEQLPEHVFAIQMAK+QPW+DRLTPGGKIAHDDLLAFFKASRMVLDFDEI+LKSVIGSGAFATVFRGIYRY++ +PGE GGDKK+EVAVKKLVGGGGGPMEKTLKDFKTECVLLSRLKHRNIIALVGATTHPVTCVMQYCSRGNLMVLLDDRSVELTFK KKQMMLDVA+GMQYLH QNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPS CP  LSQLMQACW+HDPDQRP F+ +VPWL+ L
Sbjct:    1 MGNMPVVDVGTRKVRVKRLLSEGGYAHVYKAVDEVNKKDFALKMVRIPRSRSGQLANEEVAEMAVVEQSVVRSLPNNHPNIVKFHDAGISKADNEIRYFILSEYCPSNVLKKMSGAADQGSLLPETEVLLIFRDTLMAVLYLHSRDPPIAHR---DLKVDNLLVGRDGLIKLCDFGSCSTQHKAYLSPKELQLANEDIRRNTTAAYRSPEQVDLFQGHVVSEKVDIWALGVILFKLAFFQTPFEDNKGNVDAGAILKGLGDKKIPQEKRYSAGLVSLIRCCLVVDPARRPTIGQVLKLCEELKVKGSLPDWPGLNSLPRTPPLSSSSPFSPRPWDALGGDASGSSVNSIPGEGAVGGGGVXXXXXXXXXXXXXXXXXXXXXXXAISGHSRRVSRDVVGADHREGLSASLRGAGARAVGXXXXXXXXXXXGGRSANSRSPDIGASSDIP---RNPDLMRNGLPRPNSRRSGPMAGLMAPGPSSIDGSG-YGQTGGXXXXXXXXVLSSPRRSQRVTRSHTGSG-DAKWMARVGDGMRSKWYKLLGGETQRKRLWVLKTTSQNSTGPKPKYVGKIVAALWEKELTMDSVFTLLLDRPLSESPVVAMKALITLMKVLQQGPPHVLSECTTYAPTVEDIGQMWGP-DHVDTSDSAIAEGVDAXXXXXXXXXXXXXXXXXXXXXXSAVDPALSLLILRFATMIVQKIRFHQHHPEYGDYWSPDTGNDTDTTPTTYDNPVSERLPQQ-PRDEARTLQ------------------AFMLLTKGAKDAGPSTRSALLPLMAESYLTYFATTRVLLTVSDKYCTGQLRLKARPDQLVSLSQKYETDLKIMRELYKRADEVEEVAIMKRTPRLPVVSPLSEGGAKKFREMSRKTSRQSTFGRASSKMEALKTLHDEERRFVDSD---------------------------------------------------------------------------------------------------------------------------DDSSSDGAXXXXXXXXXWAGGRGAKNLRLEVKGDGDGDDGSEWG-NYYSWQG--PDSRAPSSGQAKDGTFGVRR-QSNQSEGEGGRNLGPWATDSSGAPXXXXXXXXXQASFPSHPSPLAGAGEERTS---------------ETRWRKQANGASATDAAGSSSRRTGRSLSARDLRAAAALDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPM-----LSDFDTLTLGGSERPVTPVGEESQTTYQLPAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX-RITYGWAGAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXANSGPVRRKERGDGPSSPXXXXXXXXXXXXXXXXXXXXXQPSATGPSSPRLIKGGFGPANPLSWTAKDNASGTGGNTSFSHTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXANAAGRVAVAKYEYVAQGPEQLSFRVGDIVQLHTEKINAKGWGLGQANGKVGWFPGDFVEMRPTP-SERKSXXXXXXXX----------XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNKINPELYETSNAWGTAREKEREEGIGGREPEQLPEHVFAIQMAKNQPWRDRLTPGGKIAHDDLLAFFKASRMVLDFDEIELKSVIGSGAFATVFRGIYRYRIGRPGEAGGDKKIEVAVKKLVGGGGGPMEKTLKDFKTECVLLSRLKHRNIIALVGATTHPVTCVMQYCSRGNLMVLLDDRSVELTFKLKKQMMLDVATGMQYLHSQNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPSQCPQALSQLMQACWSHDPDQRPCFDDVVPWLESL 2004          

BLAST of mRNA_P-fluviatile_contig1.335.1 vs. uniprot
Match: A0A6H5JEL9_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JEL9_9PHAE)

HSP 1 Score: 1637 bits (4240), Expect = 0.000e+0
Identity = 1406/2359 (59.60%), Postives = 1521/2359 (64.48%), Query Frame = 0

Query:    1 MGNMPAVEVGGRKVRVKRLLSEGGYAHVYKVVDEHTKKDFALKMVRIPRGRSGQLANELVAEMAVVEQSVVRSLPTNHPNIVKFHDAGISKAENEIRYYILSEYCPSNVLKKMSHAQDQGGLLAEKEVLLIFRDTLMAVLYLHGRDPPIAHRREKDLKVDNLLVGRDGLIKLCDFGSCSTLHRAFHFPKDIQLANEDIRRNTTPAYRSPEQVDLFQGHMVNEKVDVWAVGVILFKLAFFQTPFEDNKGNVDAGAILKGLGERKIPQEKRYSSGLMTVIRCCLVIDPERRPTIGQVLKLCEELKAKGSLPDWPGLSSLPRTPPLSSSSPFSPRPWDALGGDAS---------------------------------------------------------GSSVNSMPGEGMVGSGGGGXXXXXXXXXXXXXXXAPRSGS---ASRD--WTDYREA-----RGGG----GAEGANSYGAXXXXXXGSRSPDTGTSLPPDSRNPDVMRNGLVRSNSRRNGPITGLLPPGPGGLDTSSLWGVDGGRN--------GSPRRSQRVTRAHTGSGSDSTWMARVGEGMRSKWYKVKGGEL-RKRLWVLKTTSQNSTGPKPKYVGKIVAALWEKEIGMASIFMLLRERPLAESPVVAMKALITLMKVLQQGPPHVLAECTTYAAAIEEIGQMWGPPNHAGTGDWG-AGGYGATTXXXXXXXXXXXXXFSAGDPR-------AAVDPAL--------------SLLILRFATMIVQKIRFHEHHPEYGDFWSPETVNDTDTTPSSYDEPNSKRLPEQDASDEPRTLQVISRLLTVQGSILTTMTEAFILLGKGDNDATPSTRSALLPLMAESYLTYFATTRVLLTVSQKYSMGPRR-KGRPDKLKALIHKYETDLKIMRKLYKRADEVEEVAVMKRTPRLPAVSPLSEGGAKKFHEMNRKTSRQSTFGRASSKMEALKTLQDEQRTFIDSNSSKRGD-EHMFDGESDXXXXXXANYTGLSNSHDVVAGQGGRGKDGGSIGXXXXXXXXXXXXXXFAXXXXXXXXXXXXXXXXXXXXCHKRGRSAPDLRASGXXXXXXXXXXXXXXXXXGPWEKDSDESSSDGTPRGDGVDGSWGGGGKDGRLEVKEDDEGGSGGEWSRNYANWQGSGPNSRAPSSGQARDGSLGGRRRQXXXXXXXXXXXXXXXXXXAEGGDSGXXVSGSGVTSFPSLLSPTAGDEREQAETGXXXXXXXXXXKVKESAWSKEANGSMRRPSWSAAAAERARDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAGGGEISDFDTLTPGGNEGP---------TAYEIPTVAACGGGKLRRERTHPPPLPPRRDNEIGSPTYAGAAATYADALQXXXXXXXXXXXXXXXXXXXXXXXXXXXLPPRVTYGWAGAAGVVALQPXXXVAGXXXXXXXXXXXXVGSGDGGALSLPSXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXH-------------------PSATNVPSPTRTKA-VGPDNAVPWSALNDA-GAIAAAXXXXSAEKKRPVSAGALSADGAGLSDPTGAEGAASSSLSQTTPSLVVPT-----------------------------------------AATGAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX-------------------------------------------------------------AGNIGKIAVAKYEYVAQGPEQLSFQVGDIVHLHTERVNAKGWGLGQANGKVGWFPGDFVEMRPAAGAERKNRTSGSSRASGGSRNRRANPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXYPGRNQRGSRGTSGATGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGGVNKMNPELYETSNAWGTAREKERTAGGGGKEPEQLPEHVFAIQMAKSQPWKDRLTPGGKIAHDDLLAFFKASRMVLDFDEIDLKSVIGSGAFATVFRGIYRYKVAKPGEPGGDKKMEVAVKKLVGGGGGPMEKTLKDFKTECVLLSRLKHRNIIALVGATTHPVTCVMQYCSRGNLMVLLDDRSVELTFKTKKQMMLDVASGMQYLHGQNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPSSCPTRLSQLMQACWNHDPDQRPSFESIVPWLQDL 2123
            MGNMP V+VG RKVRVKRLLSEG  A+VYK VDE  KKDFALKMVRIPR RSG+ AN  VAEMA VEQS+VRSLP NHPNIVKFHDAGISK ++EIRY+ILSEYCPSNVLKKMS A DQG LL E EVLLIFRDTLMAV                    DNLLVGRDGLIKLCDFGSCST H+AF   K+  +A+EDI RNTT AYRSPEQVDLFQGH+V+EKVD+WA+GVILFKLAFFQTPFEDNKGNVD   ILKGLG++KIPQE RYS+GL+++IRCCLV+DP RRPTIGQVLKLCEELK KGSLPDWPGL+SLPRTPPLSSSSPFSP PWD LG                                                             G                  X  XXXXXXXXXXXX    G     SRD    DYRE      RG G    G  G    G        SRSPD G S    +R+PD+MRNGL RSNSRR+GP+ GL+ PGP  +D S  +G  GG           SPRRS RVTR+HTGSG D+ WMARVG+GMRSKWYK+ GGE  RKRLWVLKTTSQNSTGPKPKYVGKIVAALWEKE+ M S+F LL +RPL+ESPVVAMKALITLMKVLQQGPPHVL+ECTTYA  +E+IGQMWGP +H  T D   A G  A  XXXXXXXXXXXXX              +AVDPAL              SLLILRFATMIVQKIRFH+HHPEYG +WSP+T NDTDTTPS+YD P S+RLP+Q   DE RTLQVISRL+ +Q SILTTMTEAF+LL KG  DA PSTRSALLPLMAESYLTYFATTRVLLTVS KY  G  R K RPD+L +L+ KYETDLKIMR+LYKRADEVEEVA+MKRTPRLP VSPLSEGGAKKF EM+RKTSRQSTFGRASSKMEALKTL DE+R F+DSNSSK GD  H+F G   XXXXXX                                           XXXXXXXXXXXXXXXXXXXX HKRG SAP+  A+   XXXXXXXXXXX                                    RLEVK   +G  G EW  NY +WQG  P+SRAPSSGQA+DG+ G RR Q                  + G  +G   +G G  SFPS  SP AG   E+                 E+ W K+ANG+    + ++++    R                                    XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX             +SDFDTLT GG+E P         TAY+IP VAA                                         XXXXXXXXXXXXXXXXXXXXXXXXXXX   RVTYGWAGA        XXX   XXXXXXXXXXXX             XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX                    P AT   SP   K   GP N + W+A ++A GA      XX                      P+ A G  SS+LS+ +PSLVVP                                           ++GA      XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX                                                             A                GPEQLSF+VGDIV LHT+++NAKGWGLGQANGKVGWFPGDFVEMRP   +ERK R                  XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX                  XXXXXXXXXXXXXXXXXXXXXXXX           G +KMNPELYETSNAWGTAREKER  GGGG+EPEQLPEHVFAIQMAK+QPW+DRLTPGGKIAHDDLLAFFKASRMVLDFDEI+LKSVIGSGAFATVFRGIYR+++ +PGE GGDKK+EVAVKKLVGGGGGPMEKTLKDFKTECVLLSRLKHRNIIALVGATT PVTCVMQYCSRGNLMVLLDDRSVEL FK KKQMMLDVA+GMQYLH QNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPS CP  LSQLMQACW+H+PDQRP F+ +VPWL+ L
Sbjct:    1 MGNMPVVDVGTRKVRVKRLLSEGVRANVYKAVDEVNKKDFALKMVRIPRTRSGKPANGEVAEMAFVEQSMVRSLPNNHPNIVKFHDAGISKTDSEIRYFILSEYCPSNVLKKMSGAADQGNLLPETEVLLIFRDTLMAV--------------------DNLLVGRDGLIKLCDFGSCSTQHKAFLSRKEALIAHEDILRNTTAAYRSPEQVDLFQGHVVSEKVDIWALGVILFKLAFFQTPFEDNKGNVDLEGILKGLGDKKIPQEHRYSAGLVSLIRCCLVVDPARRPTIGQVLKLCEELKVKGSLPDWPGLNSLPRTPPLSSSSPFSPPPWDLLGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGXXXXXXXXXXXXXXXXXXXVTXXXXXXXXXXXXXXXXGHNRRVSRDVGGADYREGLSASWRGAGARAIGEGGDAGVGGAGRRSVNSRSPDIGASSDI-ARDPDLMRNGLPRSNSRRSGPMAGLVAPGPSSIDGSG-YGQTGGXXXXXXXXVLSSPRRSLRVTRSHTGSG-DAKWMARVGDGMRSKWYKLVGGETQRKRLWVLKTTSQNSTGPKPKYVGKIVAALWEKELTMDSVFTLLLDRPLSESPVVAMKALITLMKVLQQGPPHVLSECTTYAPTVEDIGQMWGP-DHVDTSDSAIAEGVDAAXXXXXXXXXXXXXXXXXXXXXXXXXXGGSAVDPALXXXXXXXXXXXXXLSLLILRFATMIVQKIRFHQHHPEYGYYWSPDTGNDTDTTPSTYDNPVSERLPQQ-PRDEARTLQVISRLVILQRSILTTMTEAFMLLTKGAKDAGPSTRSALLPLMAESYLTYFATTRVLLTVSDKYCTGQLRLKARPDELVSLLQKYETDLKIMRELYKRADEVEEVAIMKRTPRLPVVSPLSEGGAKKFREMSRKTSRQSTFGRASSKMEALKTLHDEERRFVDSNSSKLGDGHHVFFGXXXXXXXXXXXXXXXXXXXXXXX---------------------------XXXXXXXXXXXXXXXXXXXXXXXHKRGFSAPNQGATAAGXXXXXXXXXXXNSNL--------------------------------RLEVKGHGDGDDGSEWG-NYYSWQG--PDSRAPSSGQAKDGTFGVRR-QSNQSEEEGGKHLGAWATDSSGAPTGGGGAG-GQASFPSHPSPLAGAGEERTS---------------EARWRKQANGASANDAAASSSRRTGRSLSARDLRAAAALDVGSGGGCDTASPSRMPAEKGEGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSAVVPM-------LSDFDTLTLGGSERPVTPVGEESQTAYQIP-VAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRVTYGWAGAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPLATGSSSPRLIKGGFGPANPLSWTAKDNASGAGGNTSFXXXXXXXXXXXXXXXXXXXXXXXXPSAAAG--SSALSKISPSLVVPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGGSDLGHTRGSSGALSGMAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAGQPTRGVSAGATTAXXXXXXXXXXTSAQQAGPEQLSFRVGDIVQLHTDKINAKGWGLGQANGKVGWFPGDFVEMRPTP-SERKARXX---------------XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRGSANSQTAVAGASKMNPELYETSNAWGTAREKERQEGGGGREPEQLPEHVFAIQMAKNQPWRDRLTPGGKIAHDDLLAFFKASRMVLDFDEIELKSVIGSGAFATVFRGIYRHRIGRPGETGGDKKIEVAVKKLVGGGGGPMEKTLKDFKTECVLLSRLKHRNIIALVGATTDPVTCVMQYCSRGNLMVLLDDRSVELNFKLKKQMMLDVANGMQYLHSQNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPSQCPQALSQLMQACWSHEPDQRPCFDDVVPWLESL 2229          

BLAST of mRNA_P-fluviatile_contig1.335.1 vs. uniprot
Match: A0A835YHY9_9STRA (Kinase-like domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YHY9_9STRA)

HSP 1 Score: 456 bits (1173), Expect = 1.670e-142
Identity = 218/315 (69.21%), Postives = 267/315 (84.76%), Query Frame = 0

Query: 1809 PEHVFAIQMAKSQPWKDRLTPGGKIAHDDLLAFFKASRMVLDFDEIDLKSVIGSGAFATVFRGIYRYKVAKPGEPGGDKKMEVAVKKLVGGGGGPMEKTLKDFKTECVLLSRLKHRNIIALVGATTHPVTCVMQYCSRGNLMVLLDDRSVELTFKTKKQMMLDVASGMQYLHGQNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPSSCPTRLSQLMQACWNHDPDQRPSFESIVPWLQDL 2123
            PEH FA+QMA++QPWK+RLTPGGK A+ DL++FF AS +++ FD++ L++VIGSGAFATVFR IYR             K +VAVKKL+GGGGGPMEKTL+DFKTE  LLSRL+HRNIIA +GAT  PVT VM+YCSRGNLM+LL+D +++L +  + +M +DVA+GM+YLH QNPVIIHRDLKSLNVL+D+NWV+KVTDFGLSRFKATS SEKMTGQAGTYHWM+PEVINSQHYTEKADVFS+GII+WE++TR+IPY GMQPVQVVAAVLGRRERPRIP++CP  L+ L+Q CW+HDP  RP+F+ I   L+ +
Sbjct:   26 PEHQFAMQMARAQPWKERLTPGGKQAYMDLVSFFSASGLMMSFDDLQLRAVIGSGAFATVFRAIYR-------------KRDVAVKKLMGGGGGPMEKTLRDFKTEAALLSRLRHRNIIAPIGATADPVTIVMEYCSRGNLMMLLNDTAIDLPWPRRLRMCVDVAAGMRYLHTQNPVIIHRDLKSLNVLVDDNWVSKVTDFGLSRFKATSESEKMTGQAGTYHWMSPEVINSQHYTEKADVFSFGIIMWEVYTRSIPYDGMQPVQVVAAVLGRRERPRIPATCPPILAALIQQCWSHDPAVRPAFDEIHARLEAM 327          

BLAST of mRNA_P-fluviatile_contig1.335.1 vs. uniprot
Match: A0A836CAX7_9STRA (Kinase-like domain-containing protein (Fragment) n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CAX7_9STRA)

HSP 1 Score: 396 bits (1017), Expect = 3.310e-122
Identity = 194/273 (71.06%), Postives = 226/273 (82.78%), Query Frame = 0

Query: 1851 FDEIDLKSVIGSGAFATVFRGIYRYKVAKPGEPGGDKKMEVAVKKLVGGGGGPMEKTLKDFKTECVLLSRLKHRNIIALVGATTHPVTCVMQYCSRGNLMVLLDDRSVELTFKTKKQMMLDVASGMQYLHGQNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPSSCPTRLSQLMQACWNHDPDQRPSFESIVPWLQDL 2123
            F+E+ L++VIGSGAFATVFR  YR               +VAVKKL+GGGGGPMEKTLKDFKTE  LLSRL+HRNI+A +GAT  PVT VM+YCSRGNLM+LL+D +V++T+  K+QM LDVA GM+YLH Q PVIIHRDLKSLNVLIDE WV KVTDFGLSRFKATS SE+MTGQAGTYHWM+PEVINSQHYTEKADVFS+GII+WEI+TR IPY GMQPVQVVAAV+ RRERPR+P++CP  L+QL+Q CW HDP  RPSF+ +V  L+ L
Sbjct:    1 FNELQLRAVIGSGAFATVFRATYR-------------NQDVAVKKLMGGGGGPMEKTLKDFKTEAALLSRLRHRNIVAPLGATIDPVTIVMEYCSRGNLMILLNDDAVDVTWARKRQMCLDVACGMRYLHTQTPVIIHRDLKSLNVLIDEAWVCKVTDFGLSRFKATSESERMTGQAGTYHWMSPEVINSQHYTEKADVFSFGIIMWEIYTRNIPYDGMQPVQVVAAVITRRERPRLPAACPAPLAQLIQQCWQHDPSVRPSFDDVVRRLERL 260          

BLAST of mRNA_P-fluviatile_contig1.335.1 vs. uniprot
Match: A0A6U4KGP8_9STRA (Hypothetical protein n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A6U4KGP8_9STRA)

HSP 1 Score: 299 bits (766), Expect = 5.470e-87
Identity = 157/315 (49.84%), Postives = 205/315 (65.08%), Query Frame = 0

Query: 1810 EHVFAIQMAKSQPWKDRLTPGGKIAHDDLLAFFKASRMVLDFDEIDLKSVIGSGAFATVFRGIYRYKVAKPGEPGGDKKMEVAVKKLVGGGGGPME-KTLKDFKTECVLLSRLKHRNIIALVGATTHPVTCVMQYCSRGNLMVLLDDRSVELTFKTKKQMMLDVASGMQYLHGQNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPSSCPTRLSQLMQACWNHDPDQRPSFESIVPWLQDL 2123
            E +  I  A  Q W+  ++     A D  +A F     +L F ++ +  V+G+GAFATV      YK   PG  G  +   VA KKL       M  KTL DF+ E  LL RL H NI+A +G T  P+  V ++CSRGNLMV+L + SV LT+  K  ++ D A GM YLH Q P I+HRDLKSLN+L+DE+W TKVTDFGLSRFKA S++  MTGQ GTYHWMAPEVIN++ Y E+ADV+S+GIILWE++ RAIPY GM PVQ+VAAV+ RRER  IP+  P + + L+  CW HDP +RP F  ++  L+++
Sbjct:   45 EKLAQIWSAARQAWRGSMSAEVAEALDRCIASFHTVGGILSFGDLRVTDVLGTGAFATV------YKALLPGPAGAPRV--VAFKKLGTDNMQAMSVKTLADFECEVDLLRRLDHPNIVAFMGTTVDPLGVVTEFCSRGNLMVMLHNESVALTWARKLSIVTDTARGMCYLHAQRPTILHRDLKSLNILLDEHWNTKVTDFGLSRFKADSIAGNMTGQTGTYHWMAPEVINAEKYDERADVYSFGIILWEVYGRAIPYEGMTPVQIVAAVVARRERLPIPAGAPPQYADLIARCWAHDPAERPQFSEVLGVLEEM 351          

BLAST of mRNA_P-fluviatile_contig1.335.1 vs. uniprot
Match: A0A835YQI3_9STRA (Kinase-like domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YQI3_9STRA)

HSP 1 Score: 281 bits (719), Expect = 1.110e-81
Identity = 142/300 (47.33%), Postives = 209/300 (69.67%), Query Frame = 0

Query:    1 MGNM--PAVEVGGRKVRVKRLLSEGGYAHVYKVVDEHTKKDFALKMVRIPRGRSGQLANELVAEMAVVEQSVVRSLPTNHPNIVKFHDAGISKAENEIRYYILSEYCPSNVLKKMSHAQDQ-GGLLAEKEVLLIFRDTLMAVLYLHGRDPPIAHRREKDLKVDNLLVGRDGLIKLCDFGSCSTLHRAFHFPKDIQLANEDIRRNTTPAYRSPEQVDLFQGHMVNEKVDVWAVGVILFKLAFFQTPFEDNKGNVDAGAILKGLGERKIPQEKRYSSGLMTVIRCCLVIDPERRPTIGQVLK 297
            MGN    ++ +G + +++K  + +GG+ HVY+  D+   KD+ALK+  +PR R+G +ANE  AE A +EQ++++ +   HPN+++  D+G+ K +NEIRY+IL EYCP  VL  ++ A+      L E++++LI RDTL A+ +LH + PPIAHR   DL+V+NLLV   G ++LC+FGSCS  HR+F   +DI LA E+IRR T PAYR+PEQVDL  GHMV+E+VD+WAVGV+L KLAF  TPFED++G+V   AIL G    ++P+   YSSGL  +++ C+   P+ RP+  Q+L+
Sbjct:    1 MGNSVPSSLTIGHQTIKIKGQIGDGGHGHVYRGEDD-AGKDYALKVTWVPRDRNGAVANEEAAETASLEQTILKRI-CPHPNVIEVLDSGMLKEDNEIRYHILIEYCPRTVLGHLTEARKAPSNYLPERDIMLILRDTLSALQHLHAQTPPIAHR---DLRVENLLVDVRGRVRLCNFGSCSLRHRSFAASRDIALAKEEIRRRTAPAYRAPEQVDLHLGHMVSERVDIWAVGVLLHKLAFGATPFEDSRGDVQNLAILGGFRVDRLPEAHPYSSGLCALLQLCMNPIPQARPSCAQLLR 295          

BLAST of mRNA_P-fluviatile_contig1.335.1 vs. uniprot
Match: A0A7R9YG02_9STRA (Hypothetical protein n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9YG02_9STRA)

HSP 1 Score: 308 bits (790), Expect = 2.490e-81
Identity = 157/315 (49.84%), Postives = 212/315 (67.30%), Query Frame = 0

Query: 1810 EHVFAIQMAKSQPWKDRLTPGGKIAHDDLLAFFKASRMVLDFDEIDLKSVIGSGAFATVFRGIYRYKVAKPGEPGGDKKMEVAVKKLVGGGGGPME-KTLKDFKTECVLLSRLKHRNIIALVGATTHPVTCVMQYCSRGNLMVLLDDRSVELTFKTKKQMMLDVASGMQYLHGQNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPSSCPTRLSQLMQACWNHDPDQRPSFESIVPWLQDL 2123
            E +  I  A  Q W+  ++   + A +  +A F+A +  +DF +I +  ++G+GAFATV++ +   + A     G  +   VA KKL    G  M+ KTL+DF+TE  LL RL H NI+  +G TT P+  V ++CSRGNLMVLL +  V L +  K  ++ D A GM+YLH Q P+I+HRDLKSLN+LIDENW TKVTDFGLSRFKA SV+  MTGQ GTYHWMAPEVIN++ Y E+AD++S+GIILWE + RAIPY GM PVQ+VAAV+ RRER  IP+  P   + L+  CW H+ D RP+F  +V  L+++
Sbjct: 1168 EKLAQIWGAARQAWRGHMSKDVEKALEHCVASFEALKANMDFTKIRVLDILGTGAFATVYKAVMPLEQAN----GEVRNSIVAFKKLGTDNGQQMQVKTLRDFETEVDLLRRLDHPNIVRFLGTTTDPLGVVTEFCSRGNLMVLLHNERVALPWARKLAIVADTAKGMEYLHAQTPMILHRDLKSLNILIDENWTTKVTDFGLSRFKADSVAGNMTGQTGTYHWMAPEVINNEKYDERADIYSFGIILWETYGRAIPYEGMTPVQIVAAVVARRERLPIPAGAPAAYADLITRCWAHNKDDRPNFSEVVEVLEEM 1478          

BLAST of mRNA_P-fluviatile_contig1.335.1 vs. uniprot
Match: A0A835YHI7_9STRA (Kinase-like domain-containing protein (Fragment) n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YHI7_9STRA)

HSP 1 Score: 265 bits (678), Expect = 1.140e-76
Identity = 143/262 (54.58%), Postives = 192/262 (73.28%), Query Frame = 0

Query:    1 MGN-MPA-VEVGGRKVRVKRLLSEGGYAHVYKVVDEHTKKDFALKMVRIPRGRSG-QLANELVAEMAVVEQSVVRSLPTNHPNIVKFHDAGISKAENEIRYYILSEYCPSNVLKKMSHAQ-DQGGLLAEKEVLLIFRDTLMAVLYLHGRDPPIAHRREKDLKVDNLLVGRDGLIKLCDFGSCSTLHRAFHFPKDIQLANEDIRRNTTPAYRSPEQVDLFQGHMVNEKVDVWAVGVILFKLAFFQTPFEDNKGNVDAGAILKG 258
            MGN +P+ +++GGR V++K  ++EGG  +VYK  DE   K++ALK+VR+ R R G  + +E  AEMA +EQ+VV+ L   HPNIV+  D G +  ++E+RY+ILSE+CP +VL  +S A+    G L E++++ I RDTLMA+L++H + PPIAHR   DLKV+NLL+G DG  KLCDFGSCS  HRAF   +D  LA E+IRR TTPAYR+PEQVDL  GH+V+E+VDVWA+GV+LFKLAF  TPFED +G+V    IL G
Sbjct:    1 MGNSLPSSLDLGGRVVKIKCQIAEGGCGYVYKGEDE-LGKEYALKIVRVARERGGGPVVDEEAAEMASLEQTVVKRL-CPHPNIVEAFDCGTTWEDSEVRYHILSEFCPRSVLGMLSDARRGPAGHLPERDIMWILRDTLMALLHMHSQSPPIAHR---DLKVENLLIGADGRCKLCDFGSCSVTHRAFAGARDAALAKEEIRRRTTPAYRAPEQVDLHLGHVVSERVDVWALGVLLFKLAFGATPFEDARGDVQNLGILGG 257          

BLAST of mRNA_P-fluviatile_contig1.335.1 vs. uniprot
Match: W7TZ73_9STRA (Leucine-rich repeat-containing protein n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7TZ73_9STRA)

HSP 1 Score: 285 bits (728), Expect = 2.180e-73
Identity = 148/307 (48.21%), Postives = 199/307 (64.82%), Query Frame = 0

Query: 1818 AKSQPWKDRLTPGGKIAHDDLLAFFKASRMVLDFDEIDLKSVIGSGAFATVFRGIYRYKVAKPGEPGGDKKMEVAVKKLVGGGGGPM-EKTLKDFKTECVLLSRLKHRNIIALVGATTHPVTCVMQYCSRGNLMVLLDDRS---VELTFKTKKQMMLDVASGMQYLHGQNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKMTGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPSSCPTRLSQLMQACWNHDPDQRPSFESIVPWL 2120
            A++Q W+  L P    A    L  F A   ++  DEI    VIG GAFATV+R   + +             +VAVKKLV     PM EK+L+DF++E  LL  L H NIIA VG    PV  + ++C RGNL ++++++     E+ +  +  +   +A+GM+YLH ++P++IHRDLKSLNVL++  WV K+TDFGLSRFK  S+++ MT Q GTYHWMAPEVINS  YTEKADV+S+GIILWEI  RAIPY G+QPVQVVAAV+ R+ERP++P  CP     L+++CW  +P  RP F  +V  L
Sbjct: 1733 ARTQAWRANLKPAVASALSSCLHAFHAHGPMIALDEILWGEVIGHGAFATVYRATVQGQ-------------DVAVKKLVTQNNLPMAEKSLRDFESEVALLRELHHPNIIAFVGTCVDPVAVLTEFCHRGNLFMVVNEKGPPYTEIAWSRRLSIAKGLAAGMEYLHSRDPILIHRDLKSLNVLLNRAWVVKITDFGLSRFKPHSLTDIMTMQCGTYHWMAPEVINSTQYTEKADVYSFGIILWEIAARAIPYEGLQPVQVVAAVINRKERPKLPEDCPEDYKALVRSCWAQEPGDRPGFVEVVARL 2026          

BLAST of mRNA_P-fluviatile_contig1.335.1 vs. uniprot
Match: A0A5A8D328_CAFRO (Uncharacterized protein n=1 Tax=Cafeteria roenbergensis TaxID=33653 RepID=A0A5A8D328_CAFRO)

HSP 1 Score: 272 bits (695), Expect = 7.500e-70
Identity = 140/274 (51.09%), Postives = 180/274 (65.69%), Query Frame = 0

Query: 1851 FDEIDLKSVIGSGAFATVFRGIYRYKVAKPGEPGGDKKMEVAVKKLVGGGGGPMEKTLKDFKTECVLLSRLKHRNIIALVGATTHPVTCVMQYCSRGNLMVLLDDRSVELTFKTKKQMMLDVASGMQYLHGQNPVIIHRDLKSLNVLIDENWVTKVTDFGLSRFKATSVSEKM-TGQAGTYHWMAPEVINSQHYTEKADVFSYGIILWEIFTRAIPYGGMQPVQVVAAVLGRRERPRIPSSCPTRLSQLMQACWNHDPDQRPSFESIVPWLQDL 2123
            + E+D+   IG+G FA VF+  +R               EVAVK+L+   G   EK  +DFK E  LL+RL H NI+A +G    P+  V ++CSRGNL  LL   +VEL ++ +    LD A GM++LH ++PV+IHRDLKSLN+L+  +W  KV+DFGLSRFKA S S  + T Q GT+HWMAPEVI    YTEKADVFS+G+ LWE+FTR  PY GMQP+QV  AVL R  RPR+P+ CP   S LM+ACW  DP +RPSF  +VP L+ L
Sbjct: 1068 YAELDIGPRIGAGGFAEVFQAEFR-------------GAEVAVKRLLRRPGAAGEKAEEDFKAEVALLARLVHPNIVAFIGVCPDPLALVTEFCSRGNLFDLLHAEAVELPWRLRVSFALDAARGMRFLHSRSPVVIHRDLKSLNLLVSASWRVKVSDFGLSRFKAQSSSGSLYTAQCGTFHWMAPEVIAGHRYTEKADVFSFGVNLWELFTRDTPYKGMQPMQVGLAVLHRGLRPRLPADCPAMWSALMRACWRADPSRRPSFTQLVPALEKL 1328