mRNA_P-fluviatile_contig1.577.1 (mRNA) Porterinema fluviatile SAG_2381
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Overview
Homology
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Match: D7FT24_ECTSI (Similar to ataxia telangiectasia and Rad3 related protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FT24_ECTSI) HSP 1 Score: 2058 bits (5331), Expect = 0.000e+0 Identity = 1146/1451 (78.98%), Postives = 1223/1451 (84.29%), Query Frame = 2
Query: 10010 GGIEHIATQATFRLLDRLGHWAAGRKRRNGGAGAAGGAGWPVDAPRKAALLEFVGRVPRGVLVGASCRVRAYTRALRYLEEQIRSEHAARRRAAGRRSATSLRGSFRNDGANGTLPVLNPAELHQLQAIYRTLSDEPDGMVGLDVMRGAAGVPATLKQRIWQHEHAEDWAGALEVYEQALQERELLKMNARSLHIHRRRGAASGQTPRRTRVDPMQDRSAADAADAD-ARPEEMEATQRIVDLVGDGED------------------GVGAGGGEGKAREDREGGEAXXXXXXXXXXXXXWDEGEVERGMLHALVELGHLEMLLHQASGMLSVPSKHHLAPLLLPVAVEASWRLQRWPLLKDLLQQNKHGVGEPGERALLAAASGGGSGSGRME-TPSFGIDEQSGESRYRLALGKVMLRLEEARPAHFAAAIAEARAGVMAGLGAASMESYRRAYPFLLKLHSLREAEQAFEVMQGERDPTARRDALKRLGWEERLTAMGVSLRQLAPVLAVRRAAFELCSLEGPQADNWLQLAKRARTAGQFAVAGAALRRAARLGVCPDRLSFEEAKLAREREGVHRALVILEPVETDVESLKALLSVDGGDGFXXXXXXXXXXXXXXXXXXXXXXXXXLDGDERMQLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFKSRVEELQRLASRRXXXXXXXXXXXXXXXXXXXXXXXRR-----GDWAGDELAHKLALQTMENYARGLRFGAKYIFQSMPRLLTLWFQVGFLRDPSVDEEKGQGSSRLRSAGGKSSNVKAVAAAAKGKKRQAAQAKSIVQKLQSDCTDLVKGAVLSIPPYMWYTALPQLTSRVGHPNEDVLKVIVDALAMLLKAHPKQTLWHLSSLCLSISDTRRQVGNQVFEQARRLLDADGRGDDAVAIQDGQALFSELITLAEEQPPKNLKEASFKIGHRMDLQRFIVPVQANLTVSLPQAPRKDATATAAAWGXXXXXXXXXXXXXXXXA------EDVPCSQAEVLAAATVAAHNPFPGGEMHIKYFNNRVRYMTSKAKPKRVSLKTLETGEQVYFLCKQERNGDLRKDARLMEFNGMINRLLQKDPAGRARKLRLRTYAVICLNEECGVLEWVQDTSGFRTLVNKCYQIQSRKATNDNPAAKSPSIGQLKIILDKIQLKAAQPSGMPSALQMYRQHILDVQQPCFHIWFVDHFAEPTAWFEARTTFASRSSAVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGLTLLRPEIVPFRLTPSMVDGMGLCGFEGVYRRVMETCMSVLRTNRETLLSVLEPFLQDPTVGWGRSGRAQRSTNGDASDDDFSGDGGRGGRAGADPGRESENEDADWVLRVINERLQGRYNLAVPRPAGLGAVDAGNDLPLSVQGQVHRLITEATSQENLCQMYIGWMPWM 14269
GGIEHIATQATFRLLDRLGHW+AGRKRR+GGAGAAG AGWP + R+AALLEFVGRVPRGVLVGA+ RVRAYTRALRYLEEQIR+EH ARR A GR+SA SL G+FRNDGANGTLPVLNPAELHQLQAIYRTLSDEPDGMVGLDVMRGAAGV ATLKQR WQHEHAEDWAGALEVYEQALQEREL++ R+L+ R+G A QTPRR R DPMQDR AA AR M+ TQ IVDL D E E REG E W+EGEVERGML+ALVELGHLEMLLHQASGMLSVPSKHHLAPLLLPVAVEASWRLQRWPLL+DLL QNK GV G R G G+GR +PSF IDE SGESRYRLALGKVMLRLEEARPA FAAAI +ARA VMAGLGAASMESYRRAYPFLLKLHSLREAEQAFE + G+R+P R++AL+ LGWE+RL+AMG SLR+LAPVLA+RRAAFELCSLEGPQADNWLQLAKRAR AGQFAVAGAALRRA RLGVC DRL+FEEAKLAREREGVHRALVILEPVETDV+SLKALL+VD G +DGDER+QLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFKSRVEELQRLA+R XXXXXXXXXXXXXXXXX +R G WAGDELAHKLALQTMENYAR LRFGAKYIFQSMPRLLTLWFQVGFLRDPS +E+K + + RLR AGGKS+N KAVAAAAKGKKR AQAKSIV KLQ+D T LVK AV +IPPYMWYTALPQLTSRVGHPNEDVL+VI+DALAMLL+AHPKQ LWHLSSLCLSIS+TRRQVGN+VFEQARRLLDA+G+ +AVAIQDGQALFSELIT+AEEQPPKNLKEA FKIGHRMDL RFIVPVQA LTVSLPQAPRKDATATAAAW XXXXXXXXXXXXXXXX E+VPCSQAEVLAAA VAAHNPFPGGEMHIK F+ RV+YMTSKAKPK+VSLKTLETGEQV+FLCKQERNGDLRKDARLMEFNGMINRLLQK+PAGR RKLRLRTYAVICLNEECGVLEWV+DT+GFR LV+K YQI++R +T+ PAAK P I Q++ LD++QLKAAQPSGMP+ALQMYRQ+ILDVQQPCF +WFVDHFAEPTAWFEARTTFA RS+AVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGL+L RPEIVPFRLTPSMVDGMGLCGFEGVYRRVMET MSVLRTNRETLLSVLEPFLQDPTVGWGRSGRAQR T GD+SDDD SGD G NEDAD +LRVINERLQGRYNLAVPRPAGLGA DAGNDLPLSVQGQV RLITEATSQENLCQMYIGWMPWM
Sbjct: 819 GGIEHIATQATFRLLDRLGHWSAGRKRRSGGAGAAGSAGWPDVSVRRAALLEFVGRVPRGVLVGAATRVRAYTRALRYLEEQIRTEHVARRTATGRQSAASLVGAFRNDGANGTLPVLNPAELHQLQAIYRTLSDEPDGMVGLDVMRGAAGVAATLKQRAWQHEHAEDWAGALEVYEQALQERELVQFGGRALN---RKGMARSQTPRRRRADPMQDRYEQMAAQTSRARAGTMQTTQPIVDLARGNNDEEXXXXXXXXXXXXXXXXXXXXXXEEEAGTEGREGFEGDG-----------WEEGEVERGMLNALVELGHLEMLLHQASGMLSVPSKHHLAPLLLPVAVEASWRLQRWPLLQDLLHQNKAGVDAVGGRLR-------GLGAGRAAASPSFVIDELSGESRYRLALGKVMLRLEEARPAPFAAAITQARADVMAGLGAASMESYRRAYPFLLKLHSLREAEQAFEAIHGQREPAKRQEALRSLGWEQRLSAMGASLRKLAPVLALRRAAFELCSLEGPQADNWLQLAKRARAAGQFAVAGAALRRAGRLGVCQDRLAFEEAKLAREREGVHRALVILEPVETDVDSLKALLTVDTGT-ISKSRGGTAIGGVGTSSSSLPRSGLDIDGDERLQLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFKSRVEELQRLAARXXXXXXXXXXXXXXXXXXKGNGRQQRTPGPRGGWAGDELAHKLALQTMENYARSLRFGAKYIFQSMPRLLTLWFQVGFLRDPSTEEDKEK-TPRLRRAGGKSANAKAVAAAAKGKKRPVAQAKSIVPKLQTDSTALVKEAVRTIPPYMWYTALPQLTSRVGHPNEDVLRVIIDALAMLLRAHPKQALWHLSSLCLSISETRRQVGNRVFEQARRLLDAEGKQGEAVAIQDGQALFSELITVAEEQPPKNLKEAHFKIGHRMDLHRFIVPVQAALTVSLPQAPRKDATATAAAWXXXXXXXXXXXXXXXXXXXXXXXXEEVPCSQAEVLAAAAVAAHNPFPGGEMHIKCFHTRVKYMTSKAKPKKVSLKTLETGEQVHFLCKQERNGDLRKDARLMEFNGMINRLLQKNPAGRTRKLRLRTYAVICLNEECGVLEWVEDTTGFRILVHKAYQIKARSSTS--PAAKPPQIVQVRTTLDRVQLKAAQPSGMPTALQMYRQNILDVQQPCFQLWFVDHFAEPTAWFEARTTFA-RSAAVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGLSLARPEIVPFRLTPSMVDGMGLCGFEGVYRRVMETSMSVLRTNRETLLSVLEPFLQDPTVGWGRSGRAQRPTTGDSSDDDMSGDA-DGXXXXXXXXXXXXNEDADRILRVINERLQGRYNLAVPRPAGLGATDAGNDLPLSVQGQVQRLITEATSQENLCQMYIGWMPWM 2242
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Match: D7FT23_ECTSI (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FT23_ECTSI) HSP 1 Score: 1360 bits (3520), Expect = 0.000e+0 Identity = 920/1731 (53.15%), Postives = 1069/1731 (61.76%), Query Frame = 3
Query: 2493 SQLQILIKDINQHLSDHDSRPAEECQAVMGRVAASLEGLMDQHFSVDADPARVSEMLLFHVMFSGQQYLECEHVQLVLGAGGARAVSYPMWKLFALLPLPRFAALQPRIVAHVGLLASLWLPGEVSALLELFQDAVELLQNLESLWRIAEERGEASVLVTGTRVVAFHRLGKTLGHAPLDIEVPSSHHLALCRA--SITSIAAKL-GTLMPVTARGAVALAQLWSLLGRQLDTDLLPANAALHKASLEALAVLLQRQPPVGGMVQLGVSCLRFAVRALLPPQRFRNSEAGKDQCTDARAASDGEQRATLLDDLPAIQDLTTRCLLLIFHGSCRDSQT--RHGITDAQTRADTMYAPGGHREQRGRLHANSGSITPAAA-AYSPSTSSV--------AMCFGTLSATLSCIAQWWSRSQGSISGGGDGEGGREGGAGYNTEQARGLARAVAAAYASAVEGSGQQPTGRKVSTAAXXXXXXXXXXXXDRTPRTRRANPDTPRGRGEDSPRFGAG-ATPRRAAACGGRSRPAPAFAAXXXXXXXXVPKRFTAAVSALGAIPCVQPELVRALRAVLNRYPRAAVAALRRARPAHRG--RGERGQDLTAAETSVCRAGAVARGGEMAPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDGRXXXRSRGGTFLLDSVPRKRGHASPAAAEGSAPM----AASFAGRLPGSAWPAVFSGEAVAYEAIEIVLAGAREALDFFRSEGKPALQEEARAADRNGGXXXXXXXXASRKG-------GCSAGRQQLLFQHTAALTCALRVLAPFVDAARLEAPADGVNAAGRRLEFGGGSWRSRGGSWSSSPRTTPRVSLRAASAKRRNPGRRSAGVAREACWARDRRWPGIIDELVEGLALAVNAAARYEANGSDGHGRESRGAAAAAAATIAPRALAGLWEILTSCAAELPPVLLARRLPRSAGEARSGGGDNTGDRGGSQASRLEAVIRSTAEKALGFVIATCCAGAGGSLEGPVTTGTVLGPAAATASAPFPLRCFLLAAESSK-RGWGRS----GGTRTGLRELGPASRRDGDDDEENERPKKRRARGDAQ---------------SGGDGCDGRSGSGEDSLDVDEAFLAGLRHESSALVAQCAVAALPALSLCDNQHGECSSTAPKGSSNAGSXXXXXXXXSEYFTEHAATCNWKTRWLPALLALCEKGSSGGSEAVRLELAAGLLRFGVSLDRGARLAGSTAGDEVPASAAAVPQPQLQXXXQPSRLHRNPEAAAGGGMLFASVLEQAHAGPNVFVDMLPLWPPLLKDESAAVRAAAARAVLAAVGAAPLPRLRAAGAAGSAVLRLLTGMLACGDPNVAWVVSGGAGQFVADGGKMLRAMYRYKEXXXXXXXXXXXXXXXXXXXXXXTCDALEEEVREARAREKALSKFIKTIGKMLQEHGERLRLGHWQSLHDFTALLRALGSIGCESDPSDDLGRTVYLWTLIRLVDVWVDEGNECGPAAHEQMVRVCNHGKAPLPQLLQLPPASASFIGGTGGGDWDRDRGARVGRP---AAATTAMAAVGERGLEVDSGSILAPLMERLMETGHAEEFVEQALGSRNFRAFLEDSVAHVLPVFVAASKAAAVEQLAALCDHFEVGDARGKDPPQRLLNRHLPHVLTDVLMRGRSAWTDGKSSPGLQFLLKYFPESTPKRLIEGVLPQILEQVSWQLCGPRRREATVALQAVAHISYQHA 7532
+ L+ +++ IN+HL DH +R ++ECQAVM V SLEGL+D+HFSVDA+P+RVSEMLLFHVMFSGQ YLECEH QLV G GGARAVS+P+ KL ALLPLPRFA LQPR+V HVGLLASLWLP + ++L+E FQD+VELLQ+ ++R + E G G PS H R S+ + K G A GA A +QLWSLLGRQLD +L P L + SL+AL VLL++ PPVG M QLG+SC+R A RAL PP SEA DA ASD E A L+ L AIQDL TRCL L+F GS R Q R + RA S AAA A++P CF +LSATL CIA+WW+ QGS+ G A NT +A LARA+AAAYASAVE +GQ P+ KVS A D+TP+ +R +TPRG +PRFGAG TPR AAA RP + A VP+RF AAVSAL +PCVQPELVR LR VL R+P+A +A LRRA PA + RG+ ++A XXXXXXXXX R R+RGG+ L S R G AS A A+ + AGR G P FSG++ EAI VLA AR A++FF ++ A + + + +GG A+ G G SAGR LL QHTAA+TCALR+LAP+ AAR++A +G + AG++LEFG RG SS TPRV AS ++R+PG R A DR WP +ID+L E A+ +RY+ + S G G+ESR + A+A PRA+AGLW++L SCAA++P + RR P + E +GG G RG +SRL +RS AEKAL FV+A A +LEG TGT+LGP A APFPL+CFLLAA SK G G G G L S R G+DD E RPKK+RARGD + GG D G DV+EAFLA LRH+ SALV +C+VAALP LSLC GEC S SS G FTEHAATCNWKTRWLPALL LCE G GGSE VRLELA+GLLR G SLDR AR +G E A+AAA + + PSR GG L A + ++ GPNVFVDMLPLWP LLKDES AVRAAAARAVLAA GAAPL RLR AG AG+AVLRLLT ML+CGDP V+WVV+GGAG F+A+GGKMLRAMY Y XXXXXXX R+REKALS+FI+TIGKMLQEHG+ LRLG WQSLH+FTALLRALGSIGCESDPSDDLGRTVYLWTLIRLVDVWVDEGNEC PAAHEQ+VRVCNHGKAPLP LL+LPP SAS++GG+G D RDRGAR R A +G GLE+DSGSILAPL+E+LMETGH EEFVEQALGSRNFRAFLEDS+AHVLPVFVA SKAAAVE LAALCD FEVGDARGKDPPQRLLNRHLPHVLTDVLMRGRSAWTD KSSPGLQFLLKYFPESTPKRLIEGVLPQILEQVSWQLCGPRR EATVALQAVAHISYQHA
Sbjct: 17 ASLEGVMEKINRHLRDHHARTSDECQAVMSTVERSLEGLVDKHFSVDAEPSRVSEMLLFHVMFSGQSYLECEHAQLVFGEGGARAVSFPIRKLCALLPLPRFAGLQPRLVQHVGLLASLWLPRDAASLVEFFQDSVELLQDASGVFRSSGE-------------------GPRTG--------PSGHRAFFQRTFLSLPGVHDKYHGGGRRAHASGAHANSQLWSLLGRQLDKELRPDTQDLLQVSLKALLVLLEKPPPVGAMPQLGISCVRLAGRALCPPLGADGSEA-----MDAGGASDREYSAMALEHLAAIQDLATRCLRLVFSGSYRKPQPKKRKASRTSGARAXXXXXXXXXXXXXXXXXLQSTKKAAAAAKAFAPKAGGAXXXXXXXXTACFTSLSATLPCIARWWASCQGSVDE-------VHGAARMNTTEAAALARAIAAAYASAVEIAGQHPSAGKVS--AIVATASRKATAKDKTPQKKRGA-ETPRGWDAGTPRFGAGPTTPRPAAA----RRPVASSTAPPP-----VPRRFAAAVSALVGVPCVQPELVRTLRVVLMRFPQAPIAVLRRAGPADQEHVRGDPNAAVSAQGEGXXXXXXXXXXXXXXXXXXXXXXXXSGKKKGRVSLEAEGLRAAAAGGHSGAR---RNRGGSLLPASALRGGGRASFARAKVLSKTRGRKTTPLAGRS-GRGVPLPFSGDSSVREAIHAVLARARVAVEFFETDRMAARETSSGDGEGDGGGIGGVDRPAAVAGVQPEEVSGSSAGRLHLLLQHTAAVTCALRILAPYARAARVKARTNGADEAGKKLEFG-----VRGQKRGSS---TPRV----ASTRKRSPGTRKRSSAG------DRGWPSLIDQLAEAFGAALRTVSRYKTSASSGGGQESRESGASA-----PRAVAGLWDMLVSCAADVPAPFIVRRPPGGSNETGTGGRAAAGSRGELPSSRLGTTVRSAAEKALEFVLAPGWGYANEALEGLALTGTLLGPV--EAPAPFPLKCFLLAAALSKGSGPGDDADDFGAAGVGGSRLRRRSSR-GEDDNEEGRPKKKRARGDNRRGSLGAGDRGRENHTGGGGTADNHEGGDNFVFDVEEAFLAVLRHDGSALVTRCSVAALPTLSLCGPNRGECLSNVS--SSGCGR-----------FTEHAATCNWKTRWLPALLELCENGGQGGSEEVRLELASGLLRLGASLDRTARNSGVAT--EATATAAAALRRLQRPRHHPSR---------GGLPLGAMLGKRVPVGPNVFVDMLPLWPALLKDESVAVRAAAARAVLAAAGAAPLSRLRLAGRAGAAVLRLLTSMLSCGDPEVSWVVAGGAGLFLAEGGKMLRAMYHYNSVDAAAQGAPGEEMEVXXXXXXXXXXXXXXXXXXXRSREKALSRFIETIGKMLQEHGDGLRLGRWQSLHEFTALLRALGSIGCESDPSDDLGRTVYLWTLIRLVDVWVDEGNECAPAAHEQIVRVCNHGKAPLPHLLRLPPVSASYLGGSG--DRQRDRGARASRAPRLGGRRGRSAPLGVVGLEMDSGSILAPLIEKLMETGHVEEFVEQALGSRNFRAFLEDSIAHVLPVFVAGSKAAAVEHLAALCDQFEVGDARGKDPPQRLLNRHLPHVLTDVLMRGRSAWTDEKSSPGLQFLLKYFPESTPKRLIEGVLPQILEQVSWQLCGPRREEATVALQAVAHISYQHA 1640
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Match: A0A6H5KWD2_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KWD2_9PHAE) HSP 1 Score: 1325 bits (3429), Expect = 0.000e+0 Identity = 742/980 (75.71%), Postives = 795/980 (81.12%), Query Frame = 2
Query: 11048 QNKHGVGEPGERALLAAASGGGSGSGRME-TPSFGIDEQSGESRYRLALGKV-----------MLRLEEARPAHFAAAIAEARAGVMAGLGAASMESYRRAYPFLLKLHSLREAEQAFEVMQGERDPTARRDALKRLGWEERLTAMGVSLRQLAPVLAVRRAAFELCSLEGPQADNWLQLAKRARTAGQFAVAGAALRRAARLGVCPDRLSFEEAKLAREREGVHRALVILEPVETDVESLKALLSVDGGDGFXXXXXXXXXXXXXXXXXXXXXXXXXLDGDERMQLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFKSRVEELQRLASRRXXXXXXXXXXXXXXXXXXXXXXXRRGDWAGDELAHKLALQTMENYARGLR--FGAKYIFQSMPRLLTLWFQVGFLRDPSVDEEKGQGSSRLRSAGGKSSNVKAVAAAAKGKKRQAAQAKSIVQKLQSDCTDLVKGAVLSIPPYMWYTALPQLTSRVGHPNEDVLKVIVDALAMLLKAHPKQTLWHLSSLCLSISDTRRQVGNQVFEQARRLLDADGRGDDAVAIQDGQALFSELITLAEEQPPKNLKEASFKIGHRMDLQRFIVPVQANLTVSLPQAPRKDATATAAAWGXXXXXXXXXXXXXXXXA------EDVPCSQAEVLAAATVAAHNPFPGGEMHIKYFNNRVRYMTSKAKPKRVSLKTLETGEQVYFLCKQERNGDLRKDARLMEFNGMINRLLQKDPAGRARKLRLRTYAVICLNEECGVLEWVQDTSGFRTLVNKCYQIQSRKATNDNPAAKSPSIGQLKIILDKIQLKAAQPSGMPSALQMYRQHILDVQQPCFHIWFVDHFAEPTAWFEARTTFASRSSAVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGLTLLRPEIVPFRLTPSMVDGMGLCGFEGVYRRVMETCMSVLRTNRETLLSVLEPFLQ 13927
QNK GV G R A GR TPSF IDE SGESRYRLALGKV MLRLEEARPA FAAAI +ARA VMAGLGAASMESYRRAYPFLLKLHSLREAEQAFE + G R+P R++AL+ LGWE+RL+AMG SLR+LAPVLA ADNWLQLAKRAR AGQFAVAGAALRRA RLGVC DRL+FEEAKLAREREGVHRALVILEPVETDV+SLKALL+V G +DGDER+QLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFKSR + RG WAGDELAHKLALQTMENY+R LR FGAKYIFQSMPRLLTLWFQVGFLRDPS E+K + + RLRSAGGKS+N KAVAAAAKGKKR AQAKSIV KLQ+D T LVK AV +IPPYMWYTALPQLTSRVGHPNEDVL+VI+DALAMLL+AHPKQ LWHLSSLCLSIS++RRQVGNQVFEQARRLLDA+G+ +AVAIQDGQALFSELIT+A+EQPPKNLKEA FKIGHRMDL RFIVP A LTVSLPQAPRKDATATAAAW XXXXXXXXXXXXXXXX E+VPCSQAEVLAAA VAAHNPFPGGEMHIK F+ RV+YMTSKAKPK+VSLKTLETGEQV+FLCKQERNGDLRKDARLMEFNGMINRLLQK+PAGR RKLRLRTYAVICLNEECGVLEWV+DT+GFR LV+K YQI++R +T PAAK P I Q++ LD++QLKAAQPSGMP+ALQMYRQ+ILDVQQPCFH+WFVDHFAEPTAW S+AVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGL+L RPEIVPFRLTPSMVDGMGLCGFEGVYRRVMET MSVLRTNRETLLSVLEPFLQ
Sbjct: 2 QNKAGVDAVGGRLRGLQA-------GRAAVTPSFVIDELSGESRYRLALGKVCFASDGKAPEVMLRLEEARPAPFAAAITQARADVMAGLGAASMESYRRAYPFLLKLHSLREAEQAFEAIHGHREPAKRQEALRSLGWEQRLSAMGASLRKLAPVLA---------------ADNWLQLAKRARAAGQFAVAGAALRRAGRLGVCQDRLAFEEAKLAREREGVHRALVILEPVETDVDSLKALLTVKGT--ISKSRGGTTIGGVGTSSSSLPRSGLDIDGDERLQLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFKSRQPKTAA----------------------------PRGGWAGDELAHKLALQTMENYSRSLRARFGAKYIFQSMPRLLTLWFQVGFLRDPSTVEDKEK-APRLRSAGGKSANAKAVAAAAKGKKRPVAQAKSIVPKLQTDSTALVKEAVRTIPPYMWYTALPQLTSRVGHPNEDVLRVIIDALAMLLRAHPKQALWHLSSLCLSISESRRQVGNQVFEQARRLLDAEGKQGEAVAIQDGQALFSELITVAQEQPPKNLKEAHFKIGHRMDLHRFIVP--AALTVSLPQAPRKDATATAAAWXXXXXXXXXXXXXXXXXXXXXXXXEEVPCSQAEVLAAAAVAAHNPFPGGEMHIKCFHTRVKYMTSKAKPKKVSLKTLETGEQVHFLCKQERNGDLRKDARLMEFNGMINRLLQKNPAGRTRKLRLRTYAVICLNEECGVLEWVEDTTGFRILVHKSYQIKARSSTI--PAAKPPQILQVRTTLDRVQLKAAQPSGMPTALQMYRQNILDVQQPCFHLWFVDHFAEPTAW----------SAAVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGLSLARPEIVPFRLTPSMVDGMGLCGFEGVYRRVMETSMSVLRTNRETLLSVLEPFLQ 914
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Match: D7FT21_ECTSI (PCI domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FT21_ECTSI) HSP 1 Score: 803 bits (2075), Expect = 7.140e-261 Identity = 421/451 (93.35%), Postives = 436/451 (96.67%), Query Frame = 2
Query: 374 MWQPDKTVEMDVDGEAVDEHDEGRDLRKRLDQITVALGETGDRAAAIAGYRGVLDYVCTDSAGPSESVGKVKEEAIYGLTKAYADSKRFSDVVDLLKTASPFFATIPKARTAKIVRTIIDIVSKVPDSLELQDALCRQVVAWCKEEKRNFLRQRIQSRQAGLLFEQGKYQDAVTLLNKLLRELKRMDDKQLLVETHLVEARVHNALRNTPKAKAALTAARTAGNSIYIAPIMQAELDDMSGTLHCEEGDYKTSFSYFLESYEAFDSQEDPRALRSLKYMLLCKVLQGSASEVGAILAGKWGVKHTGAELDAMAEVAKSAKNRSLEDFDAAVSTHGETLGKDLLIKHHLGILYDQLLESNLLKIIQPFSCVELDHVAELIKLPVDRVELKLSQMILDKKLLGILDQGKGQLIIYEEAVEDKVFTDGLAVMSNMGAVVNSLFSRVQKNLVQTI 1726
MWQP+ V MDVDGEAV+E+DEGRDLRK+LD+IT ALGETGD+AAAI GYR VLDYVCTD+AGPSESVGKVKEEAIYGL KAYADS+RFSDVVDLLKTASPFF TIPKARTAKIVRTIIDIVSKVPDSLELQDALCRQVVAWCK EKRNFLRQRIQSRQAGLLFEQGKYQ+AV LLNKLLRELKRMDDKQLLVETHLVEARVHNALRNTPKAKAALTAARTAGNSIYI+PIMQAELDDMSGTLHCEEGDYKTSFSYFLESYEAFDSQED RALRSLKYMLLCKVLQGSASEVGAILAGKWGVKHTGAELDAM+EVAKSAKNRSLE+FDAAVS HG+TL KDLLIKHHLGILYDQLLESNLLKIIQPFSCVELDHVAELIKLPVD+VELKLSQMILDKKLLGILDQGKGQL+IYEEAV DKVFTDGL VMSNMGAVVNSLFSRVQKNLVQTI
Sbjct: 1 MWQPE-VVGMDVDGEAVEEYDEGRDLRKKLDEITAALGETGDQAAAILGYREVLDYVCTDAAGPSESVGKVKEEAIYGLAKAYADSRRFSDVVDLLKTASPFFGTIPKARTAKIVRTIIDIVSKVPDSLELQDALCRQVVAWCKTEKRNFLRQRIQSRQAGLLFEQGKYQNAVALLNKLLRELKRMDDKQLLVETHLVEARVHNALRNTPKAKAALTAARTAGNSIYISPIMQAELDDMSGTLHCEEGDYKTSFSYFLESYEAFDSQEDSRALRSLKYMLLCKVLQGSASEVGAILAGKWGVKHTGAELDAMSEVAKSAKNRSLEEFDAAVSVHGKTLEKDLLIKHHLGILYDQLLESNLLKIIQPFSCVELDHVAELIKLPVDKVELKLSQMILDKKLLGILDQGKGQLVIYEEAVGDKVFTDGLEVMSNMGAVVNSLFSRVQKNLVQTI 450
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Match: A0A4D9CU95_9STRA (Uncharacterized protein n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9CU95_9STRA) HSP 1 Score: 721 bits (1862), Expect = 6.660e-205 Identity = 548/1550 (35.35%), Postives = 748/1550 (48.26%), Query Frame = 2
Query: 10019 EHIATQATFRLLDRLGHWA----------AGRKRRN-----------GGAGAAGGAG-WPVDAPRKAALLEFVGRVPRGVLVGASCRVRAYTRALRYLEEQIRSEHAARRRAAGRRS--------ATSLRGSF-----------------RNDGANGTLPVLNPAELHQLQAIYRTLSDEPDGMVGLDVMRGAAGVPAT--LKQRIWQHEHAEDWAGALEVYEQALQERELLKMNARSLHIHRRRGAASGQTPRRTRVDPMQDRSAADAADADARPEEMEATQRIVDLVGDGEDGVGAGGGEGKAREDREGGEAXXXXXXXXXXXXXWDEGEVERGMLHALVELGHLEMLLHQASGMLSVPSKHHLAPLLLPVAVEASWRLQRWPLLKDLLQQNKHGVGEPGERALLAAASGGGSGSGRMETPSFGIDEQSGESRYRLALGKVMLRLEEARPAHFAAAIAEARAGVMAGLGAASMESYRRAYPFLLKLHSLREAEQAFEVMQ----------------------------------------------GERDPTARRDALKRLGWEERLTAMGVSLRQLAPVLAVRRAAFELCSLEGPQADNWLQLAKRARTAGQFAVAGAALRRAARLGVCPDRLSFEEAKLAREREGVHRALVILEPVETDVESLKALLSVDGGDGFXXXXXXXXXXXXXXXXXXXXXXXXXLDGDE-RMQLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFKSRVEELQRLASRRXXXXXXXXXXXXXXXXXXXXXXXRRGDWAGDELAHKLALQTMENYARGLRFGAKYIFQSMPRLLTLWFQVGFLRDPSVDEEKGQGSS----RLRSAGGKSSNVKAVAAAAKGKKRQAAQAKSIVQKLQSDCTDLVKGAVLSIPPYMWYTALPQLTSRVGHPN----------EDVLKVIVDALAMLLKAHPKQTLWHLSSLCLSISDTRRQVGNQVFEQAR-RLLDADGRGDDAVAIQDGQALFSELITLAEE--QPPKNLKEASFKIGHRMDLQRFIVPVQANLTVSLPQAPR-KDATATAAAWGXXXXXXXXXXXXXXXXAEDVPCSQAEVLAAATV------AAHNPFPGGEMHIKYFNNRVRYMTSKAKPKRVSLKTLETGEQVYFLCKQERNGDLRKDARLMEFNGMINRLLQKDPAGRARKLRLRTYAVICLNEECGVLEWVQDTSGFRTLVNKCYQIQSRKATNDNPAAKSPSIGQLKIILDKIQLKAAQPSGMPSAL-QMYRQHILDVQQPCFHIWFVDHFAEPTAWFEARTTFASRSSAVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGLTLLRPEIVPFRLTPSMVDGMGLCGFEGVYRRVMETCMSVLRTNRETLLSVLEPFLQDPTVGWGRSGRAQRSTNGDASDDDFSGDGGRGGRAGADPGRESENEDADWVLRVINERLQGRYNLAVPRPAGLGAVDAGND------------------LPLSVQGQVHRLITEATSQENLCQMYI 14251
+H+ATQA LLD + W +G N G + G G W +K L E + +P VLV AS R+ A++RAL++LE +R A GR S A S+ S DGAN TLPVLN E+ Q I L DEPD + GL R A P T ++QRI ++EHAE+W+ AL+ YEQALQE E G G+ E+ EGG +E E+ RG+L +L+E+ H E ++Q GM++ K L LLP+ EA WRLQ+WP L+++L+ +G S S +E S + QS + R++L+LG+V+ +E R F A+ EARA L AA++ESY RAYP L++LH L E EQ FE++ G D A R L+ W RL+AM S+RQ APV+A RR F++ +G +NW+ A++A+ AG+F +A +ALR AA G+ + L EEAKL + VH AL++LEPV+ D+ +L+ ++ G L G++ + Q A +LLL T+W+V+AG KHGQ V+ RYKLAL+LRP E +F L +Y DFL ++R + L+ SR + DEL H Q +ENYA L+ G IFQS+PR LTL F+VG + D + G G+S R RS ++ V A+ KL C+ + + A + WYTALPQL S+VG ++ +I++A+ +L+ HP+Q +W + L S RR+ G ++ A R+LDA G + A + DG+ LF+EL+ LA + +PP + K IG R+ L F+VPVQA LTVSLP+ R + ++T A+G AA+ A H+ FP +M I+ F + + SKAKPK++++ T +Q+ FLCKQER+GDLRKDAR+MEFNG++NRLLQ+D GR RKLRLRTYAV+CLNEECG++EWV DT+ R + + + R++ K L+ +++ +Q A P+A+ + +R +L P H WF FAEPTAW EART F +RS+AVWS++GHVVGLGDRHGENILI T GECVHVDFDCLFDKGLTL RPE+VPFRLTP+MVD MG+ G+EG +RRVME ++VLR +R TLLSVLEPFL DPTVGW R+G L VI+ERL G YNL VP LPLS+ GQV +LI EAT+ ENL +MYI
Sbjct: 2370 DHVATQAILSLLDTVTEWCNQPVDPSLLPSGAGADNIPSTCSSMDDEGDTASRGKMGIWEAHLQKK--LQELLRAIPEMVLVKASMRIGAHSRALKHLESHVRKGPRA---DGGRESGLEGGPPEAFSIESSMGGGGIEMDGTMLCASPTATDGANNTLPVLNSEEIDLFQKILACL-DEPDSLTGLAAARRKARRPTTTTVRQRIREYEHAEEWSNALQGYEQALQELEQ---------------------------------------------------------------------GGGRDMEEGEGGHGGG------------EEVELSRGVLQSLLEMEHNESAMNQFLGMIA--RKPSLQADLLPLGAEACWRLQKWPALREILR-----------------TAGSSSTSPSIEAVSHSL--QSVDGRFQLSLGRVLQAMEGRRVHVFEHALREARAEARTALSAAAVESYPRAYPSLVRLHVLHELEQGFELLMKTASPKLGQGMNRGKSRLRDHGGMEVGSPASLFSAGSETCQERTEDGPCDERAARKLLEDWQWAGRLSAMMPSVRQCAPVMAARRTLFQMARFQGLMVENWVATAEQAQDAGRFRLAESALRHAACWGLGGETLLVEEAKLLHAQGKVHEALLLLEPVDVDLPTLRRRVTDAVRHG------------------------THLHGEDVKRQAATRLLLATDWMVQAGVKHGQQVLDRYKLALELRPKSEAAFFALAKYTDFLLEARKKALEA-GSREGAGGEEGRESGESGAGRGREREEKLLLGTEDELLHSYYRQALENYAVSLQHGLDNIFQSLPRFLTLAFEVGDMADLAAPRAGGAGTSGTSTRNRSTAPSNARVTAM------------------DKLLQHCSLVFRRATQHVVSCAWYTALPQLLSQVGSHGAAVGAGGVGGSEIQGLILEAIVKVLEMHPEQAMWSTTGLIFSRDSFRRRAGERILRSAHTRILDA-GAEEAARMLLDGKKLFAELLALANDNSEPPPD-KRLKIHIGKRLHLLSFLVPVQAALTVSLPRPSRNRRGSSTGGAFGSLWASGKRHAGRNGPGXXXXXXXXXXAFAASQRTYLMPDAYHDAFPNAQMQIRMFGDTAYVLHSKAKPKKITVYTT-CEKQLTFLCKQERSGDLRKDARMMEFNGIVNRLLQRDAEGRRRKLRLRTYAVVCLNEECGLMEWVPDTACLRGCIVESVRGVERQS-------KYLRFSDLRRLVEGMQ---ASHKDDPTAMAREFRSQVLPFFPPTLHRWFFKRFAEPTAWLEARTIF-TRSAAVWSAIGHVVGLGDRHGENILIDTARGECVHVDFDCLFDKGLTLARPELVPFRLTPNMVDAMGVVGYEGPFRRVMEVTLTVLREHRLTLLSVLEPFLADPTVGWDHM------------------------RSGPH-------------LSVIDERLCGIYNLRVPARRSSXXXXXXXXXXXXXXXXXXXXQQSDVALPLSIPGQVQKLIQEATALENLARMYI 3717
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Match: A0A835Z967_9STRA (Kinase-like domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z967_9STRA) HSP 1 Score: 633 bits (1632), Expect = 1.370e-198 Identity = 359/708 (50.71%), Postives = 439/708 (62.01%), Query Frame = 2
Query: 12245 MPRLLTLWFQVGFLRDPSVDEEKGQGSSRLRSAGGKSSNVKAVAAAA--KGKKRQAAQAKSIVQKLQSDCTDLVKGAVLSIPPYMWYTALPQLTSRVGHPNEDVLKVIVDALAMLLKAHPKQTLWHLSSLCLSISDTRRQVGNQVFEQARRLLDADGRGDDAVAIQDGQALFSELITLAEEQPP-KNLKEASFKIGHRMDLQRFIVPVQANLTVSLPQAPRKDATATAAAWGXXXXXXXXXXXXXXXXAEDVPCSQAEVLAAATVAAHNPFPGGEMHIKYFNNRVRYMTSKAKPKRVSLKTLETGEQVYFLCKQERNGDLRKDARLMEFNGMINRLLQKDPAGRARKLRLRTYAVICLNEECGVLEWVQDTSGFRTLVNKCYQIQSRKATND--NPA-------AKSPSIGQLKIILDKIQLKAAQPSGMPSALQMYRQHILDVQQPCFHIWFVDHFAEPTAWFEARTTFASRSSAVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGLTLLRPEIVPFRLTPSMVDGMGLCGFEGVYRRVMETCMSVLRTNRETLLSVLEPFLQDPTVGWGRSGRAQRSTNGDASDDDFSGDGGRGGRAGADPGRESENEDADWVLRVINERLQGRYNLAVPRPAGLGAVDA----------------------GNDLPLSVQGQVHRLITEATSQENLCQMYIGWMPW 14266
MPRLLTL+F +G + DP E G+S+N V+ + A++ +Q L++ T LV AV +P YMWYT LPQL SRVGHPN +V V+V ALA LL +HP Q LWH+S L LS++ R+ VG +V +A + L + R DA ++D +ALF +LI LA+ QPP + +E +F IG R+ L+RF+VPVQA LT V+AHNPFP ++HI+ FN+++R+M SKAKPK+VS++ LETGE + FLCKQER GDLRKD RLME NGM+NRLLQ+ PAGR R+LRLRTYAV+CLNEECGVLEWV +T+GFR Q+++ +A PA K PS QL+ +LD++Q + P A YR I+ PC H WF++HF EPTAWFEARTTFA RS+AVWS VGHVVGLGDRHGENILI T GECVHVDFDCLFDKGLTL RPEIVPFRLTP+MVDGMGL G+EGVYR +E MSVLR NRETLLSVLEPFLQDPTV WGR+GRAQR D+F+G G G ++ NEDA +LRVI+ERL+G YN+ P P G +LPLSVQGQVHRLI EATS ENL QMY+GWMPW
Sbjct: 1 MPRLLTLFFDIGSMADPPAPPEHT----------GRSANAAHVSRSRGXXXXXXXXXXAETPLQLLRARATQLVADAVRGVPAYMWYTCLPQLLSRVGHPNAEVQAVVVQALAHLLASHPHQALWHVSGLQLSLNKARKAVGERVVAKAYQTLLQEARAADAQCVRDAKALFDDLIDLAQHQPPTERTRETTFNIGRRIRLERFVVPVQAALT-----------------------------------------------GQPLVSAHNPFPTAQVHIRRFNDQIRFMPSKAKPKKVSIQVLETGETLNFLCKQERKGDLRKDGRLMEVNGMVNRLLQRCPAGRQRRLRLRTYAVLCLNEECGVLEWVPNTTGFR-------QVRTSRARGPPMEPAFRYSAGHPKQPSYQQLRTVLDQLQHPSVAPH---EAAATYRAQIVPRFPPCMHRWFMEHFREPTAWFEARTTFA-RSAAVWSGVGHVVGLGDRHGENILIDTTRGECVHVDFDCLFDKGLTLARPEIVPFRLTPNMVDGMGLTGYEGVYRNSLEVTMSVLRDNRETLLSVLEPFLQDPTVAWGRTGRAQR--------DEFAGGAGAX-XXXXXXGGDTVNEDAKRILRVIDERLRGMYNVYAPAPRVKAPASGARGGXXXXXXXXXXXXXXLKLKGPELPLSVQGQVHRLIQEATSLENLAQMYVGWMPW 631
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Match: W7TMH7_9STRA (Serine threonine-protein kinase n=1 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7TMH7_9STRA) HSP 1 Score: 581 bits (1498), Expect = 4.470e-177 Identity = 385/998 (38.58%), Postives = 517/998 (51.80%), Query Frame = 2
Query: 11387 DPTARRDALKRLGWEERLTAMGVSLRQLAPVLAVRRAAFELCSLEGPQADNWLQLAKRARTAGQFAVAGAALRRAARLGVCPDRLSFEEAKLAREREGVHRALVILEPVETDVESLKALLSVDGGDGFXXXXXXXXXXXXXXXXXXXXXXXXXLDGDE-RMQLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFKSRVEELQRLASRRXXXXXXXXXXXXXXXXXXXXXXXRRGDWAGDELAHKLALQTMENYARGLRFGAKYIFQSMPRLLTLWFQVGFLRDPSVDEEKGQGSS----RLRSAGGKSSNVKAVAAAAKGKKRQAAQAKSIVQKLQSDCTDLVKGAVLSIPPYMWYTALPQLTSRVGHPN----------EDVLKVIVDALAMLLKAHPKQTLWHLSSLCLSISDTRRQVGNQVFEQAR-RLLDADGRGDDAVAIQDGQALFSELITLAEE--QPPKNLKEASFKIGHRMDLQRFIVPVQANLTVSLPQAPRKDATATAAAWGXXXXXXXXXXXXXXXXAEDVPCSQAEVLAAATVAAHNPFPGGEMHIKYFNNRVRYMTSKAKPKRVSLKTLETGEQVYFLCKQERNGDLRKDARLMEFNGMINRLLQKDPAGRARKLRLRTYAVICLNEECGVLEWVQDTSGFRTLVNKCYQIQSRKATNDNPAAKSPSIGQLKIILDKIQLKAAQPSGMPSAL-QMYRQHILDVQQPCFHIWFVDHFAEPTAWFEARTTFASRSSAVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGLTLLRPEIVPFRLTPSMVDGMGLCGFEGVYRRVMETCMSVLRTNRETLLSVLEPFLQDPTVGWGRSGRAQRSTNGDASDDDFSGDGGRGGRAGADPGRESENEDADWVLRVINERLQGRYNLAVPRPAGLGAVDAGND------------------LPLSVQGQVHRLITEATSQENLCQMYIGWMPWM 14269
D A R L+ W RL+AM S+RQ APV+A RR F++ +G +NW+ A++A+ AG+F +A +ALR AA G+ + L EEAKL + VH AL++LEP + D+ +L+ ++ G L G++ + Q A +LLL T+W+V+AG KHGQ V+ RYKLAL+LRP E +F + +Y DFL ++R +EL+ SR + DEL H Q +ENYA L+ G IFQS+PR LTL F+VG + D + G G+S R RS + V A+ KL C+ + + A + WYTALPQL S+VG +V +I++A+ +L+ HP+Q +W + L S RR+ G ++ A R+LDA G + A + DG+ LF+EL+ LA + +PP + K IG R+ L F+VPVQA LT M I+ F + + SKAKPK++++ T +Q+ FLCKQER+GDLRKDAR+MEFNG++NRLLQ+D GR RKLRLRTYAV+CLNEECG++EWV DT+ R + + + R++ K L+ I++ +Q A P+A+ + +R +L P H WF FAEPTAW EART F +RS+AVWS++GHVVGLGDRHGENILI T GECVHVDFDCLFDKGLTL RPE+VPFRLTP+MVD MG+ G+EG +RRVME ++VLR +R TLLSVLEPFL DPTVGW R+G L VI+ERL+G YNL VP LPLS+ GQV +LI EAT+ ENL +MYIGW WM
Sbjct: 48 DERAARKLLEDWQWAGRLSAMMPSVRQCAPVMAARRTLFQMARFQGLMVENWVATAEQAQDAGRFRLAESALRHAACWGLGGETLLVEEAKLLHAQGKVHEALLLLEPNDVDLPTLRRRVTDAVRHG------------------------THLQGEDVKRQAATRLLLATDWMVQAGVKHGQQVLDRYKLALELRPKSEAAFFAMAKYTDFLLEARKKELEA-GSREGAGGEEGRESGESGAGRGREREEKLLLGTEDELLHSYYRQALENYAVSLQHGLDNIFQSLPRFLTLAFEVGDMADLAAPRAGGAGASGTSTRNRSTAPSHARVTAM------------------DKLLQHCSLVFRRATQHVVSCAWYTALPQLLSQVGSHGAAVGAGGAVGSEVQGLILEAIVKVLEMHPEQAMWSTTGLIFSRDSFRRRAGERILRSAHTRILDA-GAEEAARMLLDGKKLFAELLALANDNSEPPPD-KRLKIHIGKRLHLLSFLVPVQAALT--------------------------------------------------------------MQIRMFGDTAYVLHSKAKPKKITVYTT-CEKQLTFLCKQERSGDLRKDARMMEFNGIVNRLLQRDAEGRRRKLRLRTYAVVCLNEECGLMEWVTDTACLRGCIVESARGVERQS-------KYLRFSDLRRIVEGMQ---ASHKDDPTAMAREFRSQVLPFFPPTLHRWFFKRFAEPTAWLEARTIF-TRSAAVWSAIGHVVGLGDRHGENILIDTARGECVHVDFDCLFDKGLTLARPELVPFRLTPNMVDAMGVVGYEGPFRRVMEVTLTVLREHRLTLLSVLEPFLADPTVGWDHM------------------------RSGPH-------------LSVIDERLRGIYNLRVPARRSSXXXXXXXXXXXXXXXXXXXXQQSDVALPLSIPGQVQKLIQEATALENLARMYIGWQSWM 889
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Match: K3WHU5_GLOUD (Non-specific serine/threonine protein kinase n=1 Tax=Globisporangium ultimum (strain ATCC 200006 / CBS 805.95 / DAOM BR144) TaxID=431595 RepID=K3WHU5_GLOUD) HSP 1 Score: 617 bits (1592), Expect = 6.820e-174 Identity = 428/1153 (37.12%), Postives = 589/1153 (51.08%), Query Frame = 2
Query: 10865 EVERGMLHALVELGHLEMLLHQASGMLSVPSKHHLAPLLLPVAVEASWRLQRWPLLKDLLQQNKHGVGEPGERALLAAASGGGSGSGR--METPSFGIDEQSGESRYRLALGKVMLRLEEARPAHFAAAIAEARAGVMAGLGAASMESYRRAYPFLLKLHSLREAEQAFEVMQGER---DPTARRDALKRLG-WEERLTAMGVSLRQLAPVLAVRRAAFELCSLEGPQADNWLQLAKRARTAGQFAVAGAALRRAARLGVCPDRLSFEEAKLAREREGVHRALVILEPVETDVESLKALLSVDGGDGFXXXXXXXXXXXXXXXXXXXXXXXXXLDGDERMQLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFKSRVEELQRLASRRXXXXXXXXXXXXXXXXXXXXXXXRRGDWAGDELAHKLALQTMENYARGLRFGAKYIFQSMPRLLTLWFQVGFLRDPSVDEEKGQGSSRLRSAGGKSSNVKAVAAAAKGKKRQAAQAKSIVQKLQSDCTDLVKGAVLSIPPYMWYTALPQLTSRVGHPNEDVLKVIVDALAMLLKAHPKQTLWHLSSLCLSISDTRRQVGNQVFEQARRLLDADGRGDDAVAIQDGQALFSELITLAEEQPPKNLKEASFKIGHRMDLQRFIVPVQANLTVSLPQ---APRKDATATAAAWGXXXXXXXXXXXXXXXXAEDVPCSQAEVLAAATVAAHNPF-PGGEMHIKYFNNRVRYMTSKAKPKRVSLKTLETGEQVY-FLCKQERNGDLRKDARLMEFNGMINRLLQKDPAGRARKLRLRTYAVICLNEECGVLEWVQDTSGFRTLVNKCYQIQSRKATNDNPAAKSPSIGQLKIILDKIQLKAAQPSGMPSALQMYRQHILD--VQQPCFHIWFVDHFAEPTAWFEARTTFASRSSAVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGLTLLRPEIVPFRLTPSMVDGMGLCGFEGVYRRVMETCMSVLRTNRETLLSVLEPFLQDPTVGWGRSGRAQRSTNGDASDDDFSGDGGRGGRAGADPGRESENEDADWVLRVINERLQGRYNLA-VPRP----AGLGAVDAGNDLPLSVQGQVHRLITEATSQENLCQMYIGWMPWM 14269
E+ GM+ L++LG LE L +G+ V + L P A+E +WRL RW LL DLL K + ALL +++GG GR + T GID +L + +V+ L F + +AR VM L AAS ESY+RAYP L KLH L EAEQ F +Q + D + K+L WE R +M SL+ P+LA+RR + +L + WL AK AR G A +A+ A L E+AKL ++ ++ AL +LEPV+ D L D ++ A+ LLL T W+ E+GQ+ G+ V+ RY+ +Q P WEKGYF L +Y ++L V + AS G D + H + M+NY LR G K++FQS+PRLLTLWF+ G L S ++G K+S + Q+ S Q++ +D T ++ A ++P Y W PQ+TSR+ HPN V+ + + +L A+P Q +W L L SI++ RR + +R + G+ + A + +G L ELI+LA P N ++ ++ + +VPVQA LT LP APR D H+ F P ++HIK F+++ M +K KPKR+ + L + ++Y FLCK+E+ GDLRKDAR+MEFN MIN+LLQKD GR RKLRLRTYAV+CLNEE G++EWV++T R L+ QI + P + I + + + K K A +P YR+++L V P FH WF ++F +PTAWFE+R TF SRS+AVWS VGH++GLGDRHGENILI +GECVHVDFDCLFDKGL L +PEIVPFRLTP+M+D G+ G+EGV+RRV E M +LR N+ETL SVLE F+ DP V WGR G+A +S G S R+ AD + E+ +L+ I++RL+G YNL RP + + LPLSVQGQV +LI EATS ENL QMYIGWMP++
Sbjct: 2122 ELYSGMIGCLIQLGRLESALQHINGI--VTQEPEFMGTLFPYALECTWRLSRWELLADLLSSEK-------KNALLMSSNGGSVAGGRGGVGTRLRGIDVS------QLKMIRVLHSLHNGELESFQRNLKDARLEVMGPLAAASAESYQRAYPLLHKLHFLHEAEQGFIYLQTTKEVHDNDEKTSIWKKLSPWEMRYDSMPTSLKYRDPILALRRVLLQEANLRNEVSHYWLLQAKLARKEGYARTASSAVMHAEALD--NQYALLEKAKLMVSQDRMYEALQLLEPVDIDASKLD------------------------------------FDVEDPHFCAKNLLLATNWMQESGQRQGKKVIERYQAVIQFDPKWEKGYFFLAKYYEYLLS--VSHPEATASM-----------------------GEGGSILLDSVFHSHLINLMKNYVLALRHGTKFVFQSLPRLLTLWFEYGELLYTS-------------NSGAKASKANKTLRHIEIGLSQS----STEQQILTDITQIIHDAADTLPAYEWLVCFPQVTSRICHPNPVVVDGVKKIMVKVLGAYPTQAMWPLLGLSRSINNQRRARARDIISNIQRQFVSIGQQEIANSFSEGMRLVEELISLAGHDPA-NQRKIHIRLSRIRS--KILVPVQAALTTVLPASGLAPRDDQ-------------------------------------------HSAFSPQAQIHIKAFSDKADVMMTKEKPKRIEV--LGSDGRLYPFLCKREKTGDLRKDARMMEFNTMINKLLQKDGEGRKRKLRLRTYAVVCLNEESGLMEWVRNTKAMRQLIG---QIHKTERGFIQPVRLTHEIKERFLTMQK---KYA--DNVPKMAAYYRRNVLSLPVFTPRFHQWFCNNFVDPTAWFESRLTF-SRSAAVWSMVGHIIGLGDRHGENILIDCTNGECVHVDFDCLFDKGLKLAKPEIVPFRLTPNMIDAFGITGYEGVFRRVCEVTMHLLRGNKETLRSVLESFIHDPLVEWGRKGKATQSAAGAPSAT----------RSIADISNDRSKEETRIILKTIDDRLRGIYNLGDAIRPHVSSSHRSILPENETLPLSVQGQVDKLIHEATSHENLAQMYIGWMPFL 3112
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Match: W2QWX7_PHYPN (Non-specific serine/threonine protein kinase (Fragment) n=12 Tax=Phytophthora TaxID=4783 RepID=W2QWX7_PHYPN) HSP 1 Score: 607 bits (1566), Expect = 7.220e-171 Identity = 417/1151 (36.23%), Postives = 579/1151 (50.30%), Query Frame = 2
Query: 10865 EVERGMLHALVELGHLEMLLHQASGMLSVPSKHHLAPLLLPVAVEASWRLQRWPLLKDLLQQNKHGVGEPGERALLAAASGGGSGSGRMETPSFGIDEQSGESRYRLALGKVMLRLEEARPAHFAAAIAEARAGVMAGLGAASMESYRRAYPFLLKLHSLREAEQAFEVMQG--ERDPTARRDAL--KRLGWEERLTAMGVSLRQLAPVLAVRRAAFELCSLEGPQADNWLQLAKRARTAGQFAVAGAALRRAARLGVCPDRLSFEEAKLAREREGVHRALVILEPVETDVESLKALLSVDGGDGFXXXXXXXXXXXXXXXXXXXXXXXXXLDGDERMQLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFK-SRVEELQRLASRRXXXXXXXXXXXXXXXXXXXXXXXRRGDWAGDELAHKLALQTMENYARGLRFGAKYIFQSMPRLLTLWFQVGFLRDPSVDEEKGQGSSRLRSAGGKSSNVKAVAAAAKGKKRQAAQAKSIVQKLQSDCTDLVKGAVLSIPPYMWYTALPQLTSRVGHPNEDVLKVIVDALAMLLKAHPKQTLWHLSSLCLSISDTRRQVGNQVFEQARRLLDADGRGDDAVAIQDGQALFSELITLAEEQPPKNLKEASFKIGHRMDLQRFIVPVQANLTVSLPQ---APRKDATATAAAWGXXXXXXXXXXXXXXXXAEDVPCSQAEVLAAATVAAHNPFPGGEMHIKYFNNRVRYMTSKAKPKRVSLKTLETGEQVY-FLCKQERNGDLRKDARLMEFNGMINRLLQKDPAGRARKLRLRTYAVICLNEECGVLEWVQDTSGFRTLVNKCYQIQSRKATNDNPAAKSPSIGQLKIILDKIQLKAAQPSGMPSALQMYRQHILD--VQQPCFHIWFVDHFAEPTAWFEARTTFASRSSAVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGLTLLRPEIVPFRLTPSMVDGMGLCGFEGVYRRVMETCMSVLRTNRETLLSVLEPFLQDPTVGWGRSGRAQRSTNGDASDDDFSGDGGRGGRAGADPGRESENEDADWVLRVINERLQGRYNLA-VPRP----AGLGAVDAGNDLPLSVQGQVHRLITEATSQENLCQMYIGWMPWM 14269
E+ GM+ L++LG LE L +G+ V + + P A+E SWRL RW LL DLL K + LL + SGS +T S + G +L L +V+ L + F + AR +M L AAS ESY+RAYP L LH L EAEQ F +Q E D +RR L K+ W+ R AM L+ P+LA+RR L ++NWL AK R G A +A+ A + + E+AKL ++ V+ AL ILEPV+ D +L D ++ A+ LLL T W+ ++GQ+ G+ V+ RY+ ++ P WEKGYF L +Y ++L S + L S D D + H + M+NY L G K++FQS+PRLLTLWF +G E GSS RS+ + ++ + + K+ +D T +V A+ S+P Y W PQ+TSR+ HPN +V+ + + +L A+P Q +W L L S++ R+ ++ A++ G + A + +G + ELI+LA P + ++ ++ + +VP+QA LT LP APR + ++ +++IK F+++ M +K KPKR+ + L T +Y FLCK+E+NGDLRKDAR+MEFN MINRLLQKD GR RKLRLRTYAV+CLNEE G++EWV+ T R L+ QI + P + I + + + K A P+ M + Y + IL V P FH WF ++FA+PTAWFEAR F SRS+AVWS VGH+VGLGDRHGENILI +GECVHVDFDCLFDKGL L +PEIVPFRLTP+++D G+ G+EGV+RRV E M +LR N+ TL SVLE F+ DP V WGR G+A +S+ G+ A+ E ++ VLR I++RL+G YNL RP + + LPLSVQGQV +LI EATS ENL QMYIGWMP++
Sbjct: 2073 ELYGGMIGCLIQLGRLESALQHINGI--VTQEPQFMATMYPYALECSWRLSRWELLTDLLSAEK-------QNPLLLS-----SGSSANDTTSTRL---KGFDVSQLMLVRVLHSLHGGQQEEFQGHLKAARLELMGPLAAASAESYQRAYPLLHDLHFLHEAEQGFIFLQNAKESDDLSRRSLLWKKQSPWKMRYDAMATQLKYRDPILALRRVILHEAGLLNEVSENWLLYAKLTRKEGFIRTATSAVMHAQAMD--NQYATIEKAKLLVSQDRVYEALQILEPVDIDASTLD------------------------------------FDVEDPHLCAKNLLLATNWMQKSGQRQGKKVIERYQAVIRFDPKWEKGYFFLAKYYEYLLNMSHPDALNGSMSS-----------------------DEAADLLVDSVFHGHLINLMKNYVLALAHGTKFVFQSLPRLLTLWFDLG---------EVLYGSSSGRSSNKANKAMRQIEIGLSQSTNE--------HKVLTDITQVVGEAIASLPAYEWLVCFPQVTSRICHPNPEVVDSVKKIMVQVLVAYPTQAMWSLLGLSRSLNSQRKNRAREIISSAQQQFLLQGLKEIADSFSEGMKMAEELISLAAHDPGNSKRKIHIRLSRIRT--KILVPIQAALTTILPTSGLAPRDEHHVAFSS------------------------------------------NAQVYIKAFSDKADVMMTKEKPKRIEV--LGTDGLLYPFLCKREKNGDLRKDARMMEFNSMINRLLQKDREGRKRKLRLRTYAVVCLNEESGLMEWVRHTRAMRQLIG---QIHKTERGYIQPVRLTHEIKEQYLSMQKKY--ANNPTAMA---RFYCREILSMPVFTPRFHQWFYNNFADPTAWFEARLMF-SRSAAVWSMVGHIVGLGDRHGENILIDCTNGECVHVDFDCLFDKGLKLTKPEIVPFRLTPNIIDAFGITGYEGVFRRVSEVAMQLLRENKATLRSVLESFIHDPLVEWGRRGKATQSSA-------------NSGKTAAELSSERSKQETRLVLRTIDDRLRGIYNLGDAIRPLVSTSHRNILPENETLPLSVQGQVDKLIHEATSNENLAQMYIGWMPFL 3060
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Match: A0A8K1FDT3_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1FDT3_PYTOL) HSP 1 Score: 601 bits (1549), Expect = 1.060e-170 Identity = 412/1147 (35.92%), Postives = 574/1147 (50.04%), Query Frame = 2
Query: 10877 GMLHALVELGHLEMLLHQASGMLSVPSKHHLAPLLLPVAVEASWRLQRWPLLKDLLQQNKHGVGEPGERALLAAASGGGSGSGRMETPSFGIDEQSGESRYRLALGKVMLRLEEARPAHFAAAIAEARAGVMAGLGAASMESYRRAYPFLLKLHSLREAEQAFEVMQGER--DPTAR-RDALKRLGWEERLTAMGVSLRQLAPVLAVRRAAFELCSLEGPQADNWLQLAKRARTAGQFAVAGAALRRAARLGVCPDRLSFEEAKLAREREGVHRALVILEPVETDVESLKALLSVDGGDGFXXXXXXXXXXXXXXXXXXXXXXXXXLDGDERMQLARKLLLTTEWIVEAGQKHGQAVVARYKLALQLRPGWEKGYFCLGQYVDFLFKSRVEELQRLASRRXXXXXXXXXXXXXXXXXXXXXXXRRGDWAGDELAHKLALQTMENYARGLRFGAKYIFQSMPRLLTLWFQVGFLRDPSVDEEKGQGSSRLRSAGGKSSNVKAVAAAAKGKKRQAAQAKSIVQKLQSDCTDLVKGAVLSIPPYMWYTALPQLTSRVGHPNEDVLKVIVDALAMLLKAHPKQTLWHLSSLCLSISDTRRQVGNQVFEQARRLLDADGRGDDAVAIQDGQALFSELITLAEEQPPKNLKEASFKIGHRMDLQRFIVPVQANLTVSLPQAPRKDATATAAAWGXXXXXXXXXXXXXXXXAEDVPCSQAEVLAAATVAAHNPFPGGEMHIKYFNNRVRYMTSKAKPKRVSLKTLETGEQVYFLCKQERNGDLRKDARLMEFNGMINRLLQKDPAGRARKLRLRTYAVICLNEECGVLEWVQDTSGFRTLVNKCYQ-----IQSRKATNDNPAAKSPSIGQLKIILDKIQLKAAQPSGMPSALQMYRQHILD--VQQPCFHIWFVDHFAEPTAWFEARTTFASRSSAVWSSVGHVVGLGDRHGENILIHTESGECVHVDFDCLFDKGLTLLRPEIVPFRLTPSMVDGMGLCGFEGVYRRVMETCMSVLRTNRETLLSVLEPFLQDPTVGWGRSGR-AQRSTNGDASDDDFSGDGGRGGRAGADPGRESENEDADWVLRVINERLQGRYNLAVP-----RPAGLGAVDAGNDLPLSVQGQVHRLITEATSQENLCQMYIGWMPWM 14269
G++ L++LG LE L +G+ V + L P A+E +WRL RW L+ DLL + + +LLA++ G R+ +L L +V+ + + + EAR +M L AA+ ESY RAYP L KLH L E EQ F ++ + +P R + K+ W+ R M S++ P+LA+RR + L G + WLQ AK AR G A +A+ A L S E AKL ++ VH+AL ILEPV+ D L + ++ A+ LLL T W+ E+GQ+ G+ V+ RY+ ++ P WEKGYF L +Y ++L R ELQ +S D++ H + ++NY L G KY+FQSMPRLLTLWF+ G L +G ++S+V + + Q+ + +++ SD T +++ A +P Y W PQ+TSR+ HPN V+ + + +L +P Q +W L L S++ RR + A+R + G+ + A + +G L ELI+LA P N + ++ R+ Q +VP+QA L LP + AA+ S V+ +I+ F +R M +K KPKR+ + + G+Q FLCK+E+ GDLRKDAR+MEFN MIN+LLQKD GR RKLRLRTYAV+CLNEE G++EWV +T R L+ + ++ I + T + K +G K D I P+ YR+ IL V P FH WF ++FA+PTAWFEAR F SRS+AVWS VGH++GLGDRHGENILI T +GECVHVDFDCLFDKGL L +PEIVPFRLTP+M+D G+ G+EGV+RRV E M +LR N+ETL SVLE F+ DP V WGR G+ Q ST G GR+ A+ + E+ +L+ I+ RL G YNL PA + LPLSVQGQV +LI EAT+ ENL QMYIGWMP++
Sbjct: 1407 GIVRCLIQLGRLESALQHINGI--VTQEPQFVGTLYPHALECAWRLSRWDLVSDLLNSER-------DTSLLASSFAQGGVQSRLRNMEVS----------QLTLVRVLKNFHDCDRVALSKNLQEARLEIMGPLAAAATESYERAYPLLHKLHFLHEVEQGFSWLERSKSLEPDDRSHEWTKQCPWDSRYEIMSASVKFRDPILALRRMMLQEADLPGEVSRIWLQYAKMARKEGYIRTANSAVMHAEALD--NPYASLERAKLMVAQDRVHQALQILEPVDIDATKLD------------------------------------FNVEDPHFCAKNLLLATNWMQESGQRQGKKVIERYEAVIKFDPSWEKGYFFLAKYYEYLLNVRHPELQSSSSAGEESSLNL-----------------------DDVFHSHLINLIKNYVLALSHGTKYLFQSMPRLLTLWFEFG----------------ELLQSGSRTSSVNKTMRSIEADVNQS----NTEEQVLSDITRIMQNAAERLPAYEWLVCFPQVTSRICHPNPVVVDGVKRIMLKVLSTYPTQAMWPLLGLSRSLNAQRRARARDIVANAQRQFVSCGQNEVANSFAEGMRLAEELISLAGHDPG-NQRRIQIRLT-RLRAQ-ILVPIQATLNTVLPSSGLAPGDERHAAF-----------------------SSTSVV----------------YIRSFIDRADVMMTKEKPKRIVIHGTD-GKQYPFLCKREKTGDLRKDARMMEFNTMINKLLQKDREGRKRKLRLRTYAVVCLNEESGLMEWVPNTRAMRQLIGQIHKTERGLIPPVRLTQE---IKERYLGMQKKYADHI----------PTMATYYRRKILSLPVFTPRFHQWFTNNFADPTAWFEARLMF-SRSAAVWSMVGHIIGLGDRHGENILIDTTNGECVHVDFDCLFDKGLKLAKPEIVPFRLTPNMIDAFGITGYEGVFRRVCEVTMGLLRENKETLRSVLEAFIHDPLVEWGRRGKNTQGSTTGTT------------GRSIAEITSDRSKEETRVILKAIDGRLSGVYNLGEAIRPQITPAHRKLLPENETLPLSVQGQVDKLIHEATAHENLAQMYIGWMPFL 2384 The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig1.577.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90) Total hits: 25
Pagesback to topAlignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
Relationships
The following polypeptide feature(s) derives from this mRNA:
The following UTR feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-fluviatile_contig1.577.1 >prot_P-fluviatile_contig1.577.1 ID=prot_P-fluviatile_contig1.577.1|Name=mRNA_P-fluviatile_contig1.577.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=452bp MWQPDKTVEMDVDGEAVDEHDEGRDLRKRLDQITVALGETGDRAAAIAGYback to top mRNA from alignment at P-fluviatile_contig1:6196337..6254522+ Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below.>mRNA_P-fluviatile_contig1.577.1 ID=mRNA_P-fluviatile_contig1.577.1|Name=mRNA_P-fluviatile_contig1.577.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=58186bp|location=Sequence derived from alignment at P-fluviatile_contig1:6196337..6254522+ (Porterinema fluviatile SAG_2381)back to top Coding sequence (CDS) from alignment at P-fluviatile_contig1:6196337..6254522+ >mRNA_P-fluviatile_contig1.577.1 ID=mRNA_P-fluviatile_contig1.577.1|Name=mRNA_P-fluviatile_contig1.577.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2712bp|location=Sequence derived from alignment at P-fluviatile_contig1:6196337..6254522+ (Porterinema fluviatile SAG_2381)back to top |