Ggra9877.t1 (polypeptide) Gracilaria gracilis GNS1m male
Overview
Homology
BLAST of Ggra9877.t1 vs. uniprot
Match: A0A2V3J6N2 (Paired amphipathic helix protein Sin3a n=1 Tax=Gracilariopsis chorda TaxID=448386 RepID=A0A2V3J6N2_9FLOR) HSP 1 Score: 1565 bits (4052), Expect = 0.000e+0 Identity = 896/1525 (58.75%), Postives = 1051/1525 (68.92%), Query Frame = 0 Query: 126 PAHSPPQQLQTT-------KPPAQPNPXXXXXXXXXPRSMPHDGYAQPAAMPLHLPHNKSHWHLQPHIMPPPPH-RXXXXXMLPSNPVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNNWPNVRFLPPPGTPPHGAPRLPHQVHRVDQQQPPRSQPSHAISEAQSYAFQQRLQHTSMMPPSDSQQHTLEANPPTGPASTMHQRTQSPV-HQIAQSASTLKQNASPSLSNVGGAP-RTSGAATAEPPASRDESPPQNAPSTPPPAGHEGKQRASVPLTSASDERKRPSHRDDDRDRPSQ--PQPPXXSSXXXXXXXXXXXXQQGNEETVNMQRRELKVEDALAYLEKVKSQFSGHISVYNQFLDIMKEFKAQSIDTKQVIHRVAELFRGHKELILGFNTFLPPGYNICVTEGSSGVLMTGFEGPGGFSELPPARKVPSKNSTSRSNSKKXXNAANSNATASSVALSPKRKDSKKPHHTSSSTQGTALNAQHFQSAGASHPHSLHQQHPSAPSLDHEDKQQLQAQSLPSEDKFPGPPGKGFGSRRPLAK---VEEDMRPPQSSAMPRTSRPKQEETQARAMEFERAIGFVTSIKERFADTPKTFEEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLGQFKEFLPSIAITGLSDSKPVRSRPGSHVGRGGPTEKSTAHSAPPRRHTSNGVAKNRHRPRDMKFFDDLKTRLGPSKLHLYTEFIKCLSLFSQQIVTREELLYLTSEILRDDLEAYNDFLDYLEQMATTGASVFDNENISSSISFEGEPSPPDQERLTFFKSHSMTEIAVEHGVELRGSYRRIPPDCPALEYTGRSIHERRTLNDTWINVTRGSEDYSFKFMRKNQSEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKKRHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPSFKAVDKKDLSVKSLLSDILDPVGSVAARDAEVTRNRGYHVENGGGGSNHRSQALEAVAIAAKRSPDAPRTLGLSFEAVDIHDVVFDIINYIVEENCKGHVAQFHGMVRTLFGILPFGKSKAYSERIQKS-KIPTLYGDEAVYLMFRLYHFIFERIEIARALAKEQVANREWRRALNEEGRKRLSIRTHSLDIGSKPWHITKGLNGAEIDSKFKLGPETESPEEIFDTFLGHAKAFAKGKLEWAKFEDKLRVLLGSDSYCLFTIDKAFQKLVKAIETVYQKESRSRPFCNMFMKTQSLLQRCTKSHGKLDEEGCDAIQSVAVCRHIVETRDPGSTLMRFQMQDVEKEVKHMKISVVGYTTDEAGMASIEKEIELRDEFLEFCSSFGDCRRHQRVYQEEDNDEAMDESKENEGNRKRPRSENESSGTSAKRRRKDGLGFLRFIGKPEDIAKKMQSSQLVVHNNLCCTLKEDGKMKYVAGTSDFFMNSSKRFRFASTQKDRTNLNERSRWAQNVRAKMNVE 1634 P+ SPP+Q + KPP QPNP PRS+ H+GYAQP +P+H K HWH Q H+MPPPP XXXX ++ + V NWP VRF P GAP L H R Q +S+A SY +Q R QH ++P +SQQH ++A PT AS +HQR+QSPV H +A S S ++Q+ PSLS V P R SG +P +SRD++ PQ PP H+ Q P ++ +D+ K+PS RD DR+R Q PQ P QQG + QRRELKVEDALAYLEKVKSQF+ HI VYNQFLDIMKEFKAQSIDT +VI RV++LFRGHKELILGFNTFLPPGYNICVTE +SGVL GFEGP GF ELP A KV KNS SR XX ALSPKRKDSKKP H SSSTQ + LNAQ F SA A+H + QQ P+A + DKQQ Q LP DK GP + SR P +K +E++MRP Q++ M R + KQEETQARA+EFERA+GFVTSIKERFA +P TF EFLDTLTRFRSEQTSIREVFETVASLFGPHKDLL QFKEFLPSIAITG S+++ R+RP P ++ HS PPRR TSNG++K RHRPRDMKFFD LKTRLGPSK+HLY EFIKCLSLFSQQIVTREELL+LTSEILRDD +AY DFL YL + TTG S FDN+N+ SSISFEGE SP DQER+ FFKSHSMTEIA+EHGVE SEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKKRHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSP FKAVDKKDLS KSLLSDILDPVGSVAAR+AEVTRNRGY VENGGGGSNHRSQA+EAVAIAAK+ PD+PR+L L FE+ IH+VVF+I+N++V+EN K H+A+ HG++ F + K SE +K+ +IP LYGDE+VYLM RLYHF+FERI+IA+ L +EQVA+R+WR+ LN+EGRK L ++T I SKPWHITKGLNGAEID KFKLGPETES EEIF+ FLGHAKAFA+GKLEWAKFEDKLRVLLG+DSYCLFTIDK QKLVKAIE VY KES SRPFC MF++T SLL++C ++ G+LDE G D IQSVAVC+HIVE+R+ G+ LMRF+ +++ ++I+V+G+T DE G+ KE ELRDEFL FCSSFGDC HQ + Q++ + + +E RKR RS + KRRR + FLRF+G+PE + K++QSS + + N+L T + GK++Y GTSDFFMN S+RF + K RT +NE + W Q +R N++ Sbjct: 352 PSRSPPRQSTQSASFDAAAKPPTQPNPPHQAMHVPPPRSLAHEGYAQPPGLPMHYAPPKPHWHHQQHLMPPPPXGXXXXXHVMGTTSVPNHSSYQPDAHWHVHHPHSVAAYDRSAATRPHPSAPTDPTKPHARPNWPPVRFPPXXXXXXRGAPHLQHXXXXXXXXXXHRKQGDRQMSDAPSYPYQPRQQH--LLP--ESQQHAIDATQPTAAASNLHQRSQSPVPHHMALSGSAMEQHTPPSLSTVPNGPSRQSGVVPTQPSSSRDQASPQMESPAQPPTPHDDAQGILSP-SATNDQGKQPSQRDRDRERAVQGLPQAP----------------QQGADGNSANQRRELKVEDALAYLEKVKSQFADHIGVYNQFLDIMKEFKAQSIDTTEVICRVSDLFRGHKELILGFNTFLPPGYNICVTEVTSGVLKAGFEGPSGFRELPSASKVLPKNSNSRXXXXXXXXXXXXXXXXXXXALSPKRKDSKKPLHISSSTQLSNLNAQPFHSAPAAHRNL--QQTPAALPAEASDKQQTAPQPLPGPDKQSGPTNRALTSRCPRSKHSAIEDNMRPQQAANMSRQAGVKQEETQARALEFERAMGFVTSIKERFAGSPTTFNEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLAQFKEFLPSIAITGFSETRSARTRPS-------PNDRPAVHSTPPRRPTSNGLSKARHRPRDMKFFDGLKTRLGPSKIHLYNEFIKCLSLFSQQIVTREELLHLTSEILRDDRDAYQDFLHYLHHVGTTGGSGFDNDNMPSSISFEGEQSPVDQERINFFKSHSMTEIAIEHGVE---------------------------------------------------SEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKKRHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPCFKAVDKKDLSTKSLLSDILDPVGSVAAREAEVTRNRGYAVENGGGGSNHRSQAVEAVAIAAKQPPDSPRSLTLRFESEQIHNVVFEILNHVVDENGKQHIAELHGLINAFFEVNCGLKEAKNSEETRKAGEIPVLYGDESVYLMVRLYHFMFERIKIAQNLCREQVADRDWRQKLNKEGRKNLVMKTCVPSIESKPWHITKGLNGAEIDHKFKLGPETESAEEIFEGFLGHAKAFARGKLEWAKFEDKLRVLLGADSYCLFTIDKVVQKLVKAIEAVYNKESHSRPFCEMFLRTHSLLEKCKRNEGRLDEHGVDVIQSVAVCKHIVESRNAGTNLMRFRSSHDQEDCSIVEINVLGHTVDEDGLNGRRKEAELRDEFLGFCSSFGDCAHHQNLNQDDKSSDDFRNENPDENERKRARSGDTGDDRRGKRRRTNDPDFLRFVGEPEKVVKRLQSSSIAIRNDLQWTFTQAGKIEYTKGTSDFFMNMSRRFGNDFSSK-RTQMNEENAWVQKMRRMFNIK 1794
BLAST of Ggra9877.t1 vs. uniprot
Match: R7Q5C5 (HDAC_interact domain-containing protein n=1 Tax=Chondrus crispus TaxID=2769 RepID=R7Q5C5_CHOCR) HSP 1 Score: 754 bits (1946), Expect = 2.150e-244 Identity = 500/1224 (40.85%), Postives = 692/1224 (56.54%), Query Frame = 0 Query: 459 MQRRELKVEDALAYLEKVKSQFSGHISVYNQFLDIMKEFKAQSIDTKQVIHRVAELFRGHKELILGFNTFLPPGYNICVTEG-SSGVLMTGFEGPGGFSELP---------PARKVPSKNSTSRSNSKKXXNAANSNA---TASSVALSPKRKDSKKPHHTSSSTQGTALNAQHFQSAGASHPHSLHQQHPSAPSLDHEDKQQLQAQSLPSEDKF-PGPPGKGFGSRRPLAKVEEDMRPPQSSAMPRTSRPKQEETQARAMEFERAIGFVTSIKERFADTPKTFEEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLGQFKEFLPSIAITGLSDSKPVRSRPGSHVGRGGPTEKSTAHSAP----PRRHTSNGVAKNRHRPRDMKFFDDLKTRLGPSKLHLYTEFIKCLSLFSQQIVTREELLYLTSEILRDDLEAYNDFLDYLEQMATTGASVFDNEN-ISSSISFEGEPSPPDQERLTFFKSHSMTEIAVEHGVELRGSYRRIPPDCPALEYTGRSIHERRTLNDTWINVTRGSEDYSFKFMRKNQSEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKKRHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPSFKAVDKKDLSVKSLLSDILDPVGSVAARDAEVTRNRGYHVENGGGGSNHRSQALEAVAIAAKR-SPDAPRTLGLSFEAVDIHDVVFDIINYIVEEN------CKGHVAQFHGMVRTLF--------------------GILPFGKSKAYSE-RIQKSKIPTLYGDEAVYLMFRLYHFIFERIEIARALAKEQVANREWRRALNEEGRKRLSIRTHSLDIGSKPWHITKGLNGA-EIDSKFKLGPETESPEEIFDTFLGHAKAF-AKGKLEWA-KFEDKLRVLLGSDSYCLFTIDKAFQKLVKAIETVYQKESRSR-PFCNMFMKTQSLLQRCTKSHGKLDEEGCDAIQSVAVCRHIVETRDPGSTLMRFQMQDVEKEVKHMKISVVGYTTDE-AGMASIEKEIELRDEFLEFCSSFGDCRRHQRVYQEEDNDEAMDESKENEGNRKRPRSENESSGTSAKRRRKDGLGFLRFIGKPEDIAKKMQSSQLVVHNNLCCTLKEDGKMKYVAGTSDFFMNSSKRFRFASTQKDRTNLNERSRWAQNVRAK 1630 ++RR LKVEDALAYLEKVK+QF + VYNQFLDIMKEFKAQSIDT +VI RV+ LFRGH +LILGFNTFLPPGY I VT+ ++GV+ TGF+GP GFS+LP P+ +N + S+ K+ + + S+A T+ S P + S A + ++A S + + H A +L E QA L +E F PGP +A EF+RAI FVT+IKERF+D P TF +FL+ L+RFR +QTSIREVF+ VA LFGPHKDLL +F+EFLP+I+ L KP+RSRP + T A+S P R G+++NR RPRDM+FF+DLK LG K +Y +FIKCLSLF+Q+IVT++EL LT+ IL+D A FL YLE + +G D N SSS+S E P+P D R + +++E E GVE SY ++PPD PA GRS+ ERRTLND W++ T GSEDYSFKFMRKNQ+EDNLFRCEDDRYELD+VI TNA+TI KL+TI ++S L + +KKRH LA ALSPI+F+AIQRIYGE G EVV +VKLNP A P V++RL+ K+ W RAR EMNR WREVGERN+HRSLDHRS FK VDKK+LS K+LL+D+L+P S+ ARDAE+T+ RGY V +GGGG+N RS A +AV AA+R S P L L FE IH + FD++ +E K V +F ++ F G G + A E + + + +YGD+++YLMFR+YH +FER+ LA++Q+A+R R ++N+ G R+ R+H + + P + A E + F +GP+ + +EIF+ +L + F + K + ++E+K RVLLG+ SYCL T+DK K K + + ++ + MF ++ T++ KL + + I +TR G+ +MRF ++++ I VG+T DE AG + + E + C+ + E M ++KE+ R R ++ S KR R F+RF G + + K+ + +L ++ ++K V GT D+ N +++ + S D +NE+ W + VR K Sbjct: 31 LERRPLKVEDALAYLEKVKTQFKEQVDVYNQFLDIMKEFKAQSIDTTEVIRRVSNLFRGHMDLILGFNTFLPPGYKIKVTKDKATGVVNTGFDGPEGFSQLPTFLSGSIAAPSPIAGGRNGNAVSSPKRKDSKSKSSAKLQTSRSGQAVPGQAIDPMDKDASGGAPVAARGSAPAKTASVSRQNGANGLHADASALQQEAT--TQAHLLQAERSFSPGP--------------------------------------EKAQEFDRAIEFVTTIKERFSDDPDTFNKFLNALSRFRDKQTSIREVFDVVACLFGPHKDLLLKFQEFLPAISRGSLD--KPMRSRPPT-------TPLDRAYSGKTATGPSRRGPGGLSRNR-RPRDMQFFEDLKASLGLGKSDVYIDFIKCLSLFTQKIVTKDELQSLTAGILQDYPHANALFLQYLEAICGSGDETTDEGNQASSSVSSEEAPTPLDAARHARYLKKTVSETGGEFGVEKLVSYSKLPPDFPAFPCAGRSVMERRTLNDAWVSGTSGSEDYSFKFMRKNQNEDNLFRCEDDRYELDMVIATNASTIQKLQTIVGSMSRLPQAEKKRHQLAEGALSPINFSAIQRIYGEKGAEVVEEVKLNPAQAAPFVVERLRSKNTEWIRARHEMNRAWREVGERNYHRSLDHRSVHFKHVDKKELSTKNLLADLLEPTTSLQARDAEMTKARGYPVPHGGGGANDRSLAFKAVKEAAQRVSRLEPPHLDLCFEECRIHRLAFDVVRDRIESETSSSSEAKRIVGEFQRLLSRFFRLDFTDDGCKRAERDFCRRRGEKHDGCNSAERESNMVEEEAMVMYGDDSLYLMFRMYHLLFERLMEGLKLARKQIADRTKRESMNKAGAARVGGRSHIPTLLTSPASLIMNFPSAQEKEHSFCVGPQHATADEIFEEWLEPLRQFLSTNKADVVNRYEEKCRVLLGAGSYCLLTLDKTVAKTSKQVGSALSGDAVAEYGTVWMFHALADRIKESTQNCAKLSWSCMEKQYAACAVAQIGKTRGSGANMMRFTSHYRDEQMNEFVIYAVGHTNDEVAGKSKTQTASVDLKELYKTCTDMLE--------------ENMAQAKESGDGEWRQRGDSTSL---RKRSRVSDDSFVRFAGSEKQVRKRAKGMKLRRGGDVIWKATAKKRIKAVEGTCDYMENVNRKRKLWSNTADAKEVNEQCVWGRVVRRK 1187
BLAST of Ggra9877.t1 vs. uniprot
Match: A0A7S1TC93 (Hypothetical protein n=1 Tax=Compsopogon caeruleus TaxID=31354 RepID=A0A7S1TC93_9RHOD) HSP 1 Score: 494 bits (1271), Expect = 8.030e-143 Identity = 375/1076 (34.85%), Postives = 535/1076 (49.72%), Query Frame = 0 Query: 456 TVNMQRRELKVEDALAYLEKVKSQFSGHISVYNQFLDIMKEFKAQSIDTKQVIHRVAELFRGHKELILGFNTFLPPGYNICVTEGS-SGVLMTGFEGPGGFSELPPARKVPSKNSTSRSNSKKXXNAANSNATASSVALSPKRKDSKKPHHTSSSTQGTALNAQHFQSAGASHPHSLHQQHPSAPSLDHEDKQQLQAQSLPSEDKFPGPPGKGFGSRRPLAKVEEDMRPPQSSAMPRTSRPKQEETQARAMEFERAIGFVTSIKERFADTPKTFEEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLGQFKEFLPSIAITGLSDSKPVRSRPGSHVGRGGPTEKSTAHSAPPRRHTSNGVAK-------------------------------NRHRPRDMKFFDDLKTRLGPSKLHLYTEFIKCLSLFSQQIVTREELLYLTSEILRD-DLEAYNDFLDYLE--QMATTGASVFDNENISSSISFEGEPSPPDQERLTFFKSHS---------MTEIAVEHGVELRGSYRRIPPDCPALEYTGRSIHERRTLNDTWINVTRGSEDYSFKFMRKNQSEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKKRHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPSFKAVDKKDLSVKSLLSDILDPVGSVAARDAEVTRNRGYHVENGGGGSNHRSQALEAVAIAAKRSPDAPRTLGLSFEAVDIHDVVFDIINYIVE------ENCKGHVAQFHGMVRTLFGIL--------------------PFGKSKAYSERIQKSKIP---TLYGDEAVYLMFRLYHFIFERIEIARALAKEQVANREWRRALNEEGRKRLSIRTHSLDIGSKPWHITKGLNGAEIDSKFKLGPETESPEEIFDTFLGHAKAFAKGKLEWAKFEDKLRVLLGSDSYCLFTIDKAFQKLVKAIETVYQKESRSRPFCNMFMKTQSLLQRCTKSHGKLDEEGCDAIQSVAVCRHIVETRDPGSTLMRFQMQD 1458 T M R+LKVEDALAYLE VK +F VYNQFLDIMKEFKAQ+IDT +VI RV+ LFRGH +LILGFNTFLPPGY I V + +GV GF GPGG+S L +N+ XX T S V + T+ T G + + + S G P P + S + G P GS S +P +P A +EF +AI +V IK RFA+ +++FL+ L ++ E+ +I++V+E VA LF H+DLL +F FLP ++ D P R+ P R P K+ P + +T+ +A DM+ + LK L +Y EF+KCL+++S+++ T+ +LL L E+L + D + F ++L Q+ + D+ SS+ S S + K+ S ++EIA E V SY+++PPD +GRS ER+TLND W++V GSEDY+ K +RKNQ EDNLFRCEDDRYELD+VIETNA+TI KLE I ATI+ L DK+++ALA AL +HF AI+RIYG+ G EVV QVKLNP +AVPVVL RLK+KD WR+AR+EMN++WREV E+NF+++LDHRS FK VDK++LS KSL DI DPV S AA++ ++ RGY +G G + + + AI P TL L+ H+ F I++Y + + K + +F ++ FG+ GK K + + KS P T+YGDEA+Y++FRL H + ER+ + R + K QV + + R LS L + + P IT+ + D + + +++ ++ + + LE K+EDK R LLG+ SY LFT+DK ++VK ++ ++ S + Q K HG +D A+ A + + MR++ QD Sbjct: 541 TSTMGYRQLKVEDALAYLEDVKREFHNQPQVYNQFLDIMKEFKAQTIDTTEVIRRVSHLFRGHPKLILGFNTFLPPGYKIEVRDDPVTGVTTAGFSGPGGYSPL--------------TNNGXXXXXXXXXXTESVVGPG----NDVTGFATAQGTVGVPVGS--YDSTGT----------PGVPKAFDYGSTTFAPAANSSHPRGTGGPMALMGS---------------SYGLPHGQKP----PHAGRVEFHQAINYVNKIKVRFAEQDSVYKQFLEILNTYQVEKKTIKDVYEEVAVLFKDHRDLLDEFANFLPDPSLQ-PKDHTP-RAPPKPTKPRTTPAPKAV----PKKINTAGPIAAPAPSVXXXXXXXXXXXXXXXXXXXXXXXXXXXTSPSEDMRVLEFLKQALTDHPT-VYQEFLKCLAVYSREVWTKVDLLALVQELLENVDSQLVRKFEEFLNDPQLGVPNETRIDDIVTSSAASSSSGLSAVGFDLADPLKAASKNIQWLNKPISEIAAESPVSCTESYKKLPPDFLMPTCSGRSELERKTLNDVWVSVPMGSEDYTTK-LRKNQYEDNLFRCEDDRYELDMVIETNASTIQKLEPIGATIAKLTYEDKRKYALAEGALGAVHFRAIERIYGDHGAEVVDQVKLNPSVAVPVVLTRLKQKDEQWRKARLEMNKIWREVCEKNFYKALDHRSYVFKQVDKRELSHKSLRDDIHDPVASAAAKEQALSSARGY--VSGAGVTADQQTVVSGAAIGL------PNTLELTLGGKRGHEDAFAILSYALRLELHDAKEAKLILRRFKSLLDPFFGLNLELDMDKDSMAIDDDEDSSPEIGKLKPLNAQETKSGSPSSTTMYGDEALYMLFRLEHVLSERLRLVRRMGKAQVD-----KEAELKNRAELSTANGPL-LCNHPSSITQSQTLLDADETVLSNVTFQDVDSVYNEYVHYLERLLSASLESGKYEDKCRSLLGTGSYVLFTMDKVVSRMVKQVQLIFASSMASNASAKFLELYHNERQ---KPHGIID-----ALYHFAALETCRDLQISSLYRMRYRAQD 1537
BLAST of Ggra9877.t1 vs. uniprot
Match: M2XFN9 (Paired amphipathic helix protein Sin3a n=1 Tax=Galdieria sulphuraria TaxID=130081 RepID=M2XFN9_GALSU) HSP 1 Score: 447 bits (1151), Expect = 1.100e-129 Identity = 342/1059 (32.29%), Postives = 499/1059 (47.12%), Query Frame = 0 Query: 462 RELKVEDALAYLEKVKSQFSGHISVYNQFLDIMKEFKAQSIDTKQVIHRVAELFRGHKELILGFNTFLPPGYNICVTEGSSGVLMTGFEGPGGFSELPPARKVPSKNSTSRSNSKKXXNAANSNATASSVALSPKRKDSKKPHHTSSSTQGTALNAQHFQSAGASHPHSLHQQHPSAPSLDHEDKQQLQAQSLPSEDKFPGPPGKGFGSRRPLAKVEEDMRPPQSSAMPRTSRPKQEETQARAMEFERAIGFVTSIKERFADTPKTFEEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLGQFKEFLPSIAITGLSDSKPVRSRPGS-HVGRGGPTEKST---------------------AHSAPPRR------------------HTSNGVAKNRHRPRDMKFFDDLKTRLGPSKLHLYTEFIKCLSLFSQQIVTREELLYLTSEILRDDLEAYNDFLDYLEQMATTGASVFDNENISSSISFEGEPSPPDQERLTFFKSHSMT---------EIAVEHGVELRGSYRRIPPDCPALEYTGRSIHERRTLNDTWINVTRGSEDYSFKFMRKNQSEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKKRHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPSFKAVDKKDLSVKSLLSD----------ILDPVGSVAARDAEVTRNRGYHV--ENGGGGSN---------HRSQALEAVAIAAKRSPDAPRTLGLSFEAVDIHDVVFDIINYIVEENCKGHVAQ--------FHGMVRTLFGIL--------PFGKSKAYSERIQKSKI---PTLYGDEAVYLMFRLYHFIFERIEIARALAKEQVANREWRRALNEEGRKRLSIRTHSLDIGSKPW--------HITKG------LNGAEIDSKFKLGPETESPEEIFDTFLGHAKAFAKGKLEWAKFEDKLRVLLGSDSYCLFTIDKAFQKLVKAIETVYQKESRSRPFCNMFMKTQSLLQRC 1417 R+LKVEDALAYLE+VK+QF+ VYN+FLDIMK+FK+Q+IDT V+ RV+ELFRGH LILGFN FLPPG I E+P A+ + +S SN S LS + G + ++ + S + + P A S E+K SL ++P A +E+ + ++ ++ + +E ++AI +V IK+RFA P+ + +FLD L ++ EQ SI++V+E VA+LF H DLL +F FLP A + S+ S H G ++S A S P+R H S + M F+ ++ LGP + ++Y+EFIKCLSLFSQ I++R ELL L E+ + Y F +L+ + +V + +I S + E R + T EIA+E SYR++P + P +GR E LND+W+++ GSED+SFK MRKNQ EDNLFRCEDDRYELD+VIETNAATI KLE I A + + + R+ALA LSPIH AI+RIYGE GP VV QVK +P + V +VL RLK+KD+ WRR R+EMN++WRE E+N+++SLDHRS FK D+K L+ KSL++ I+D A + + +RG EN S Q L+ V + + L + + F ++ ++ +C V FH + I PF S E+ S YGDE++Y++FRL+H ++ R+ A+ +A+ Q ++ R+R SI H+ G P H T + DS + + E++F+ +L K+ G LE +K+ED+ R LLG++SY LFT+DK +L+K I+TV+ + N+++ T L C Sbjct: 312 RKLKVEDALAYLEQVKTQFNDQPHVYNKFLDIMKDFKSQAIDTNGVMARVSELFRGHPNLILGFNAFLPPGCKI---------------------EVPEAQVTENYYVSS------------SNKAYSEPLLS--------------TPYGYGQSESYYSTYRPSPSSMTYSRMPIAYS---ENKALEPTPSL----------------QKPNAMTDEEAKQWSQASAGMSNATLSSAVANKPVELDQAIHYVKKIKQRFAMQPQVYRQFLDILHSYQKEQKSIKQVYEQVATLFQHHVDLLEEFTNFLPESASQAKASKSFATSQDKSIHPSSGNANQRSQPYFVVSDEEMHPRKVSSQEWKASSKQPKREEXXXXXXXRQSTTTDKAHESQVSRASLLTKNSMILFEQIRKELGPEQKYIYSEFIKCLSLFSQGIISRAELLMLCQELFAEKPALYEAFQTFLQSSSAGPGAVEEAMSILQSSQWRKEYQQKKSGRNASVEGFDATKSWSYKPLSEIALESEETCTVSYRKLPDNFPRPSCSGRGPLENAVLNDSWVSLPTGSEDFSFKHMRKNQYEDNLFRCEDDRYELDMVIETNAATIAKLEPIAAAVQQMTLEQRSRYALAEGILSPIHLKAIERIYGEHGPSVVEQVKQSPSVTVGIVLSRLKQKDVEWRRTRLEMNKMWRETVEKNYYKSLDHRSFYFKQTDRKALNSKSLVAQVNHDSLPAYQIVDSFRHEWAPNGGLWTSRGLECPFENSREQSTPCMGELCKEDMEQVLDIVMFSLNVECGEGKEANLLYYLFSHFMLCFFRLSDSMDLSCPNDVLSEDVTPILGFHWQLVGRRWIPCCSCEEEGPFSSSHLLMEQDDASLFFQGNVFYGDESLYILFRLFHLLYNRLAAAQQMAQSQA----------QQARERASIHNHNATAGGVPMGTHSVILNHDTTSSQTFNRIQSNAFDSGAPVATAGTTAEQLFEEYLSSLKSLLDGSLETSKYEDRCRSLLGTNSYILFTMDKLIARLIKQIQTVFHPNGGN---ANVWLYTYYHLLEC 1291
BLAST of Ggra9877.t1 vs. uniprot
Match: A0A7J7IR08 (Paired AMPhipathic helix protein n=1 Tax=Cyanidiococcus yangmingshanensis TaxID=2690220 RepID=A0A7J7IR08_9RHOD) HSP 1 Score: 373 bits (957), Expect = 2.130e-102 Identity = 273/736 (37.09%), Postives = 385/736 (52.31%), Query Frame = 0 Query: 460 QRRELKVEDALAYLEKVKSQFSGHISVYNQFLDIMKEFKAQSIDTKQVIHRVAELFRGHKELILGFNTFLPPGYNICVTEGSSGVLMTGFEGPGGFSELPPARKVPSKNSTSRSNSKKXXNAANSNATASSVALSPKRKDSKKPHHTSSSTQGTALNAQH---FQSAGASH-PHSLHQ--QHPSAPSLDHEDKQQLQAQSLPSEDKFPGPPGKGFGSRRPLAKVEEDMRPPQSSAMPRTSRPKQEETQARAMEFERAIGFVTSIKERFADTPKTFEEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLGQFKEFLPSIAITGLSD-----SKPVRSRPGSHVGRGGPTEKST-----------------------------AHSAPPRRHTSNGVAKNRHRP------RDMKFFDDLKTRLGPSKLHLYTEFIKCLSLFSQQIVTREELLYLTSEIL--RDDL-EAYNDFLDYLEQMATTGASVFDNENISSSIS-----FEGEP----SPPDQERLTFFKSHSMTEIAVEHGVELRGSYRRIPPDCPALEYTGRSIHERRTLNDTWINVTRGSEDYSFKFMRKNQSEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKKRHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPSFKAVDKKDLSVKSLLSDILD 1137 Q R LKVEDALAYLE+VK+QF +Y +FLDIMKEFKAQ+IDT VI V LFRG+ L+LGFNTFLP GY I +T+ V + E PG ++ A+ S+ S +AA S ATA +D +P Q + N Q F+ A A + P Q HP +Q +S P F V + PP SA EF+ AI +V +K+RF + P +++FL+ L ++ E V + VA +F + DLL +FK FLP A+ + + +R G HV G P++++ A + PR ++ A + P ++ FF+ L+ R+ + H + EFIKCLSL++Q+I+ R EL+ L E+ R L EA+ FLD + + D EN+ S I EG + P + L +KS ++E A E SY+RIP + ++ +GR E++ LND W++V GSE+ SFK MR+NQ EDNLFRCEDDRYELD+VIETNAATI KLE + I+ + + +K +H LA +AL +H+ AI+R+YG GPE+V VK++P +AVP+VL RLK+KD WRRAR+EMN++WRE+ ERN+ +SLDHRS F+ DK+ +SV+ LL D+ D Sbjct: 199 QSRTLKVEDALAYLEQVKAQFEDRPRIYAKFLDIMKEFKAQTIDTPGVIEHVTRLFRGYPNLVLGFNTFLPAGYKIELTDCLEPVPVHS-ETPGPTDDVQDAKFGASEERGHILGSHLNTSAAVSVATA---------QDGIRPV----GPQNISTNGQEQVDFEGARAFYGPLETRQAFMHP------------MQMESAPHPGSF--------------RNVHQGPAPPNLSAFSHE-------------EFDHAIHYVNRVKQRFQNQPAVYQKFLNILQTYQREGEDTSNVLDEVAKIFQGYPDLLEEFKSFLPEPAVHDAENRTQVATPTIRGTNGEHVPMGMPSKRAKRTQQREVLKGAIDGAMVAQTPAAMPLPEQAITTAPRAASTAATALSGLSPISYAAKGELLFFEKLRERM---EAHQFHEFIKCLSLYNQEIIGRTELMSLADELFGHRHLLSEAFRTFLDSCAPLRKSKHPA-DLENVVSGIETALSILEGRAPFSATAPAVDGLWRYKS--LSEAAAESKERCDTSYKRIPSEFQSMPCSGRGELEKQILNDIWVSVPTGSEEGSFKHMRRNQFEDNLFRCEDDRYELDMVIETNAATIHKLEPLAMVIANMSDEEKAKHMLAEHALGAVHYRAIERVYGAHGPEMVMHVKMHPSVAVPIVLNRLKQKDEEWRRARVEMNKIWREICERNYFKSLDHRSFYFRQNDKRTISVRGLLQDVHD 875
BLAST of Ggra9877.t1 vs. uniprot
Match: A0A7S3ENL6 (Hypothetical protein n=2 Tax=Rhodosorus marinus TaxID=101924 RepID=A0A7S3ENL6_9RHOD) HSP 1 Score: 366 bits (939), Expect = 3.190e-99 Identity = 316/1034 (30.56%), Postives = 460/1034 (44.49%), Query Frame = 0 Query: 464 LKVEDALAYLEKVKSQFSGHISVYNQFLDIMKEFKAQSIDTKQVIHRVAELFRGHKELILGFNTFLPPGYNICVTEGSSGVLMTGFEGP-GGFSELPPA-RKVPSKNSTSRSNSKKXXNAANSNATASSVALSPKRKDSK-KPHHTSSSTQGTALNAQHFQSAGASHPHSLHQQHPSAPSLDHEDKQQLQAQSLPSEDKFPGPPGKGFGSRRPLAKVEEDMRPPQSSAMPRTSRPKQEETQARAMEFERAIGFVTSIKERFADTPKTFEEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLGQFKEFLPSIAITGLSDSKPVRSRPGSHVGRGGPTEKSTAHSAPPRRHTSNGVAKNRHRPRDMKFFDDLKTRLGPSKLHLYTEFIKCLSLFSQQIVTREELLYLTSEIL--RDDL-EAYNDFLDY-------------LEQMATTGA----SVFDNENI---------------SSSISFEGEPSPPDQERLTF----------------FKSHSMTEIAVEHGVELRGSYRRIPPDCPALEYTGRSIHERRTLNDTWINVTRGSEDYSFKFMRKNQSEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKKRHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPSFKAVDKKDLSVKSLLSDILDPVGSVAARDAEVTRNRGYHVENGGGGSNHRSQALEAVAI---------AAKRSPDAPRTLGLSFEAVDIHDVVFDIINYIVEENCKGHV------AQFHGMVRTLFGILPFGKSKA------------YSERIQKSKIPT----------------LYGDEAVYLMFRLYHFIFERIEIARALAKEQVANREWRRALNEEGRKRLSIRTHSLDIGSKPWHITKGLNGAEIDSKFKLGPETESPEEIFDTFLGHAKAFAKGKLEWAKFEDKLRVLLGSDSYCLFTIDKAFQKLVKAIETVYQKESRS 1400 L+ E+A++Y+ K+K +F H VY QFL+I++ ++ K+V +V ELF+ +L+ F FLP G G + P G PP +VP TS S + ++ P+ K SK P ++ G +A S G+ + Q P A H ++ +L AQS S P PP SR P A ++ S+A +IG + P TL + +TS R L G H L S +KPV G + R ++K FDD++ R+G S HLY EFIKCLSLFS++I+TR+EL+ L E+ R L EA+ FLD L+ M +GA S + + + +SS S GE ++ F +KS M+EIA E + SY+R+PPD GRS E+RTLND W++V GSEDYSFK RKNQ EDNLFRCEDDRYELD+VIETNAA I KLE I ATI L + KRHALA ALSP+H AI+RIYG+ G +++ QVKLNP +A+PVVL RLK+KD WR+AR+EMN++WREV E+N+++SLDHRS FK DKK+LS KS++ +I A N G+ + + AA+ S P + L + ++H + DI+ ++ C A + +V ++FG+ G S + E + +++ + +Y DE +Y++FRL H + ER+ A +A E+ + RR NE S G K + G + F+L + P+ +F ++ ++ +++D+ R +LG+ SY LFT+DK +KL K + ++ S S Sbjct: 1132 LEFENAISYVNKIKGRFREHEEVYKQFLEILQNYQKDQKSIKEVYAQVQELFKDDADLLEEFKRFLPDSSPHTADAGDR---RAGPKSPVHGTGGAPPVFGRVPRGAITSSS---------------APLSTPPRSKSSKGPPSKRKRASAGDGKDAM-TGSRGSGGRMGMAGQGPLASGHQHANQGKLPAQSA-SGQLGPAPP-----SRSPGAVIQSG-----SNA---------------------SIGITGQSRIPMKMQPPGPPP---TLRPSQQGETSPRRQTSGTGLLSG-HGAL--------------DASGNKPVDFTQGPMLQR---------------------------ESDEVKLFDDIRERVGQSGSHLYQEFIKCLSLFSREIITRQELMMLAEELFQGRPSLREAFRAFLDVSAGTPGPDQLPSSLDLMTNSGAVPSSSAYGADAVRGMNESRVQDALSYSTSSTSRFGEEESDPRDDTAFESSPVVSKTMSAKHQQYKSRPMSEIAAESTITCTESYKRLPPDFVVPVCRGRSEIEKRTLNDYWVSVPMGSEDYSFKHFRKNQFEDNLFRCEDDRYELDMVIETNAAIIAKLEPIAATIGKLSSDEMKRHALADEALSPVHVRAIERIYGDHGSDIIEQVKLNPSVAIPVVLARLKQKDEQWRKARIEMNKIWREVCEKNYYKSLDHRSFYFKQADKKELSAKSMIQEI--SANPAKANGGSRGSNDGHXXXXXXXXXXXXXXXXQGTGLDGFSLYGSAAARVSKIMPNCIELPYTQPEMHSEIADIVELLLTAECSNSTEAARMTAAYRHLVGSVFGLKGHGFSDVNLDDVMATLKPRFGENVPVAQLASGDADSSTHKRLREDLVMYCDEMLYILFRLGHIVHERLSAAWRMAVEKSEEEKRRRKRNE------LAENGSGGQGMKKLPSSLGQTAEYGNGAFRL--TSTDPKYLFREYVLSLTGLLNNSIDAVRYDDRCRGILGTSSYLLFTMDKHVRKLAKQVIHIFGHNSNS 2059
BLAST of Ggra9877.t1 vs. uniprot
Match: M1V6B2 (Probable transcriptional regulator, SIN3 n=1 Tax=Cyanidioschyzon merolae (strain 10D) TaxID=280699 RepID=M1V6B2_CYAM1) HSP 1 Score: 358 bits (918), Expect = 1.680e-97 Identity = 256/730 (35.07%), Postives = 372/730 (50.96%), Query Frame = 0 Query: 460 QRRELKVEDALAYLEKVKSQFSGHISVYNQFLDIMKEFKAQSIDTKQVIHRVAELFRGHKELILGFNTFLPPGYNICVTEGSSGVLMTGFEGPGGFSELPPARKVPSKNSTSRSNSKKXXNAANSNATASSVALSPKRKDSKKPHHTSSSTQGTALNAQHFQSAGASHPHSLHQQHPSAPSLDHEDKQQLQAQSLPSEDKFPGPPGKGFGSRRPLAKVEEDMRPPQSSAMPRTSRPKQEETQARAMEFERAIGFVTSIKERFADTPKTFEEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLGQFKEFLPSIAITGLSDSKPVR--SRPGSHVGR-GGPTEKS--------------------------------TAHSAPPRRHTS----NGVAKNRHRPR-DMKFFDDLKTRLGPSKLHLYTEFIKCLSLFSQQIVTREELLYLTSEIL--RDDL-EAYNDFLDYLEQMATTGASVFDNENISSSIS-----FEGEPSP----PDQERLTFFKSHSMTEIAVEHGVELRGSYRRIPPDCPALEYTGRSIHERRTLNDTWINVTRGSEDYSFKFMRKNQSEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKKRHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPSFKAVDKKDLSVKSLLSDILD 1137 Q R L+VEDALAYLE+VK+QF +Y +FLDIMKEFKAQ+IDT VI +V LFRG+ L+LGFNTFLP GY I +++ + P + R ++K A ++ A A + P + +A+ H ++ P + PS P + P + + PP S EF+ AI +V +K+RF + P ++ FL+ L ++ + V + V+ +F H DLL +FK FLP + ++ + R S++G GGPT+++ T +AP T+ +G++ + R ++ FF+ L+ R+ + H + EFIKCLSL++Q+I+ R EL+ L E+ R L EA+ FLD A D E+ S + EG P P + L +KS ++E A E SY+RIP + ++ +GR E++ LND W++V GSE+ SFK MR+NQ EDNLFRCEDDRYELD+VIETNAATI KLE + I+ + + +K +H LA +ALS +H+ AI+R+YG GPE+V VK+ P +AVP+VL RLK+KD WRRAR+EMN++WRE+ ERN+ +SLDHRS F+ DK+ +SV+ LL DI D Sbjct: 190 QARALRVEDALAYLEQVKAQFEDRPRIYAKFLDIMKEFKAQTIDTPGVIEQVTRLFRGYPNLVLGFNTFLPAGYKIELSD---------------CLDAAPVHAETPGPANERDDAKITVAAEDTRARAPYPGAITRPSQHAVPDAYRVAEMSSAMGNAHIRAG----PEAFRAFQPS---------------QEPKQLHVPQRVADTVADSAAVVNAQAVGVPPSLSTFNNE-------------EFDHAIQYVNKVKQRFQNQPAIYQRFLNILQAYQRDGEDKFSVLDEVSQIFRGHPDLLEEFKSFLPDSVEDEIESARQITWAKRAASNLGATGGPTKRTKRSRRSETAQGVSLDGRDAPLQAALVPQHLEQTIATAPHASSTAATALSGLSPISYGARAELLFFEKLRERM---EAHQFHEFIKCLSLYNQEIIGRTELMSLADELFGHRHILSEAFRTFLDACAP-ARRSKHPTDAESAMSGVEAALAILEGRAPPSATAPPVDGLWRYKS--LSEAAAESRERCDTSYKRIPSEFQSMPCSGRGELEKQVLNDIWVSVPTGSEEGSFKHMRRNQFEDNLFRCEDDRYELDMVIETNAATIHKLEPLAMVIAHMSDEEKAKHMLAEHALSAVHYRAIERVYGAHGPEMVMHVKMQPSVAVPIVLNRLKQKDEEWRRARVEMNKLWREICERNYFKSLDHRSFYFRQSDKRTISVRGLLQDIHD 866
BLAST of Ggra9877.t1 vs. uniprot
Match: T0RRZ2 (HDAC_interact domain-containing protein n=1 Tax=Saprolegnia diclina (strain VS20) TaxID=1156394 RepID=T0RRZ2_SAPDV) HSP 1 Score: 342 bits (876), Expect = 4.830e-93 Identity = 312/1035 (30.14%), Postives = 452/1035 (43.67%), Query Frame = 0 Query: 462 RELKVEDALAYLEKVKSQFSGHISVYNQFLDIMKEFKAQSIDTKQVIHRVAELFRGHKELILGFNTFLPPGYNICVTE---GSSGVLMTGFEGPGGFSELPPA------RKVPSKNSTSRSNSKKXXN--AANSNATASSVALSPKRKDSKKPHHTSSSTQGTALNAQHFQSAGASHPHSLHQQHPSAPSLDHEDKQQLQAQSLPSEDKFPGPPGKGFGSRRPLAKVEEDMRPPQSSAMPRTSRPKQEETQARAMEFERAIGFVTSIKERFADTPKTFEEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLGQFKEFLPSIAITGLSD--------------SKPVRSRPGSHVGRGGPTEKSTAHSAPP-------------------------RRHTSNGVAKNRHR----------PRDMKFFDDLKTRLGPSKLHLYTEFIKCLSLFSQQIVTREELLYLTSEILRDDLEAYNDFLDYLEQMATTGASVFDNENISSSISFEGEPSPPDQERLTFFKSHSMTEIAVEHGVELRGSYRRIPPDCPALEYTGRSIHERRTLNDTWINVTRGSEDYSFKFMRKNQSEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKK--RHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPSFKAVDKKDLSVKSLLSDI-----LDPVGSVAARDAEVTRNR----GYHVENGGGGSN----------------HRSQA-LEAVAIAAKRSPDAPRTLGLSFEAV-DIHDVV---FDIINYIVEENCKGHVAQFHGMVRTLFGILPFGKSKAYSERIQK--SKIPTLYGDEAVYLMFRLYHFIFERIEIARALAKEQVANREWRRALNEEGRKRLSIRTHSLDIGSKPWHITKGLNGAEIDSKFKLGPETESPEEIFD--TFLGHAKAFAKGKLEWAKFEDKLRVLLGSDSYCLFTIDKAFQKLVKAIETVYQKESRS 1400 REL+VEDAL YL++VK QF VYNQFLD+MKEFK+Q+IDT VI RV+ELF+GH LI GFNTFLPPGY I S+ GF P G P R PS ++S N +SNA S++ + P + P S+S L A PS A + PS + K ++R A PPQ +EF+ AI +VT+IK+RFAD P+T++ FL+ L ++ EQ SI++V + V+ LF H DLL +F FLP D + S VG+ ++S A P R+ + G AK R + F+ +K L PS+ + + EF+KCL L+SQ+IV R++++ L +L + +F Q+ T V D I I + E + SYR +P P + RS ER ND W++V GSED+SFK MRKNQ E+ LF+CED+R+E+D+VI+ NA+TI L + I TL ++ L AL H NAI RIYGE+G +++ ++ +P A+PV+LKRL +KD WRRAR ++N+ W++V E+N+H+SLDH S FK DKK S K+LL+ V ++ A++ ++ Y E S H +A L+ + A + D+ + + E V D + V FD I A H ++ + F + ++ + + YG++ Y+ RLY + R+E AR L ++ NR RR +N R H L + E+PE D FL A ++ +FED R L+GS SY LFT+DK Q L+K ++ + E+ S Sbjct: 200 RELRVEDALLYLDQVKQQFGDQPDVYNQFLDVMKEFKSQTIDTPGVIQRVSELFKGHPNLIFGFNTFLPPGYRIRPEHLGLYSADPRDRGFSAPPGNDGNPAPMGGLVLRPAPSATGNGPASSLPSINPPTQSSNAPLSNLGIRPPPVNI--PGGNSASNTDQMLVAP-------------------VPSA---------ANTTPSH-RLTDAAKKAVPAKRGGAPATPAPAPPQP------------------VEFDHAISYVTTIKKRFADEPETYKAFLEILHTYQKEQGSIKQVLDQVSYLFRDHPDLLREFTFFLPDAVQDQARDRLHKAAERAQARQLKLQMTSGKEKKVGKKKDKKESPPQVASPKXXXXXXXXXXXXXXXRNKAAYALKRKQANKGDAKERRELLAVSNTLIDKEEWSIFEKIKKCL-PSRDN-WREFLKCLELYSQEIVGRDDMIVLVKNLLGRHTDVVAEFT----QLLHTHGEVKDQHEIWPFI--------------------PLAETDLSQCRRATPSYRALPSSYPIPPSSSRSKMERAVCNDAWVSVPTGSEDFSFKNMRKNQYEEALFKCEDERFEIDMVIDANASTIAILTPLAKEIETLAATSPTGWQYVLDKGALRVTHLNAITRIYGEAGHQILELLRKHPAGAIPVILKRLLQKDEEWRRARQDLNKQWKDVNEKNYHKSLDHSSFYFKQKDKKATSAKALLAHAKKTLETKTVEALTMPAAKIHKDAFGLLTYAAEKNLSVSEKEKVSKLWHSFFCPFFHLDEAWLQRKPVLANVTVDSTNGVRVGTEVVTDFGEGVVQAFDAARSIATVTLPIGTAYVHSDALSVTEVGDFPPNIGVADEAENLDAASSVFYGNDTAYVFLRLYQLLHSRLEQARELCEKAKRNRN-RRTINPAAR--ALAHAHHL--------------------------QNEAPEMTGDYSAFLSKLYALLDNSIDNTRFEDCCRSLMGSSSYFLFTLDKLVQHLLKQMQHMANDETCS 1130
BLAST of Ggra9877.t1 vs. uniprot
Match: A0A7S3RX59 (Hypothetical protein (Fragment) n=1 Tax=Emiliania huxleyi TaxID=2903 RepID=A0A7S3RX59_EMIHU) HSP 1 Score: 338 bits (866), Expect = 2.070e-92 Identity = 306/1048 (29.20%), Postives = 460/1048 (43.89%), Query Frame = 0 Query: 462 RELKVEDALAYLEKVKSQFSGHISVYNQFLDIMKEFKAQSIDTKQVIHRVAELFRGHKELILGFNTFLPPGYNICVTEGSSGVLMT-----GFEGPGG-FSEL--PPARKVPSKNSTSRSNSKKXXNAANSNATASSVALSPKRKDSKKPHHTSSSTQGTALNAQHFQSAGASHPHSLHQQHPSAPSLDHEDKQQLQAQSLPSEDKFPGPPGK-------GFGSRRPLAKVEEDMRPPQSSAMPRTSRPKQEETQARAMEFERAIGFVTSIKERFADTPKTFEEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLGQFKEFLPS---IAITGLSDSKPVRSRP-------GSHVGRGGPTEKSTAHSAP------------------PRRHTSNGVAKNRHR---PR-------DMKFFDDLKTRLGPSKLHLYTEFIKCLSLFSQQIVTREELLYLTSEIL-RDDLEAYNDFLDYLEQMATTGASVFDNENISSSISFEGEPSPPDQERLTFFKSHSMTEIAVEHGVELRGSYRRIPPDCPALEYTGRSIHERRTLNDTWINVTRGSEDYSFKFMRKNQSEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKKRHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPSFKAVDKKDLSVKSLLSDILDPVGSVAARDAEVTRNRGYHVENGGGGSNHRS--------------------QALEAVAIAAKRS----PDAP---RTLGLSFEAVDIHDVVFDIINYIVEENCKGHVAQFHGMVRTLFGILP-----------FGKSKAYSER------------IQKSKIPTLYGDEAVYLMFRLYHFIFERIEIARALAKEQVANREWRRALNEEGRKRLSIRTHSLDIGSKPWHITKGLNGAEID----SKFKLGPETESPEEIFDTFLGHAKAFAKGKLEWAKFEDKLRVLLGSDSYCLFTIDKAFQKLVKAIETVYQKESRSR 1401 R+LKVEDALAYL++VK +F +YNQFLDIMKEFKAQSIDT VI RV +LF GH+ELILGFNTFLPPGY I ++ + G GP ++ L PPA VPS + P++ PH +S G + P +PG P PPQ P +EF++AI +VT IK RFA P+T++ FL+ L ++ EQ +I+EV+E V++LF H DLL +F +FLP A G P+ +P GRGG +++ A P+ A+ + R PR + +FF ++R+ + LY E +KCL+L+SQQI+ R EL L ++ R ++ + F L G D PSPP Q + + S ++ + SYR +P +GR E+ LND+W++V G+ED +FK MRKNQ E+++FR ED+R+ELD IETNAAT++ L+ ++A I+ + E +K+R+ L PN LS +H +++R+YG G +V+ + P A+ V+KRL++KD WR R +N+ W+EV E+N+ +SLDHRS FK DKK+ S K ++ + V ++A D EV + + G+ S LE + AAK S PDA + G V D+ E G + T G P G+ A E K+ L G+ +Y+ RLYH + ER+ AR +A + + + + + G G + L+ A + +K + E+ +++ FL + + KLE + +ED LR LLGS++Y LFT+ K + +K ++ + +E+ +R Sbjct: 201 RQLKVEDALAYLDQVKMKFEKQPHIYNQFLDIMKEFKAQSIDTPGVIDRVLQLFHGHRELILGFNTFLPPGYKIEFSDDEKAPRVQLKYPHGVTGPQPQYNPLAQPPAAPVPS--------------------------IMPQQ-----PHPAASLQPGYQVGP-------------------------------------PGAADYPGQPAPQAXXXXXXXXXXXXXXXXXXXXAPPQPKKAP--------------IEFDQAINYVTKIKTRFAKQPETYKAFLEILHTYQKEQRTIKEVYEQVSTLFKNHTDLLAEFSQFLPDGNPDAPGGTGGMLPLNMQPKKGKGMAADPQGRGGAKQQAAARPGGKFPQQRPGGAEEDDERFWPKGKGGKARAEGKARAEEPRQPANRSPEAEFFSKCRSRMPKA---LYLELLKCLNLYSQQILERSELFTLVLDLFKRSEIGLFTAFRRLLGYQ---GGDPVD------------APSPP-QSKAPIAEGGSFRDLDFSTMKKHGTSYRILPDSYEMPSCSGRGPLEQLVLNDSWVSVPTGTEDLNFKTMRKNQYEESIFRAEDERFELDTTIETNAATLVYLQPLQAEIAAMTEPEKRRYKL-PNGLSAMHQKSLRRLYGTQGAQVIELLLKCPAAAITQVIKRLQQKDEEWRAQRATLNKGWKEVYEKNYTKSLDHRSFYFKQGDKKNFSGKQMVLE----VKALAEGDKEVEGEKEAAAASNSDGAAASSADGRLLLPFKVKAPLSLLHDDTLELMTFAAKLSFSLLPDAELDAKIKGFWDALVRPFFCCSDL------EPGGGGACGGAAPMETDGGAAPKCKPLVIVAAETGEDAASREARPPETRHSMPLSYPKTSSQLLLGNSHLYVFVRLYHIVIERLAAAREMAAK-ASEAKGDEPMGDVG-----------GAGGENGAAEAVLSAASAEQAARAKMIAALKEEAGGDLYRVFLLALRQLVEAKLEASTYEDILRTLLGSNAYILFTLHKILSQALKQLQMLLVEETSTR 1124
BLAST of Ggra9877.t1 vs. uniprot
Match: A0A1V9YBI0 (Paired amphipathic helix protein Sin3 n=1 Tax=Achlya hypogyna TaxID=1202772 RepID=A0A1V9YBI0_9STRA) HSP 1 Score: 338 bits (866), Expect = 7.480e-92 Identity = 312/1050 (29.71%), Postives = 461/1050 (43.90%), Query Frame = 0 Query: 460 QRRELKVEDALAYLEKVKSQFSGHISVYNQFLDIMKEFKAQSIDTKQVIHRVAELFRGHKELILGFNTFLPPGYNIC----------------VTEGSS----GVLM-----TGFEGPGGFSELPPARKVPSKNSTSRSNSKKXXNAANSNATASSVALSPKRKDSKKPHHTSSSTQGTALNAQHFQSAGASHPHSLHQQHPSAPSLDHEDKQQLQAQSLPSEDKFPGPPGKGFGSRRPLAKVEEDMRPPQSSAMPRTSRPKQEETQARAMEFERAIGFVTSIKERFADTPKTFEEFLDTLTRFRSEQTSIREVFETVASLFGPHKDLLGQFKEFLPS-----------------------IAITGLSDSKPVRSRPGSHVGRGGPTEKSTAHSAPP---------------------RRHTSNGVAKNRHR----------PRDMKFFDDLKTRLGPSKLHLYTEFIKCLSLFSQQIVTREELLYLTSEILRDDLEAYNDFLDYLEQMATTGASVFDNENISSSISFEGEPSPPDQERLTFFKSHSMTEIAVEHGVELRGSYRRIPPDCPALEYTGRSIHERRTLNDTWINVTRGSEDYSFKFMRKNQSEDNLFRCEDDRYELDLVIETNAATIMKLETIEATISTLQEGDKK--RHALAPNALSPIHFNAIQRIYGESGPEVVSQVKLNPFLAVPVVLKRLKEKDISWRRARMEMNRVWREVGERNFHRSLDHRSPSFKAVDKKDLSVKSLLSD---ILDPVG--SVAARDAEVTRNR----GYHVENGGGGSNHRSQA-----------------LEAVAIAAKRSPDAPRTLGLSFEAV-DIHDVV---FDIINYIVEENCKGHVAQFHGMVRTLFGILPFGKSKAYSERIQKSKIPTLYGDEAVYLMFRLYHFIFERIEIARALAKEQVANREWRRALNEEGRKRLSIRTHSLDIGSKPWHITKGLNGAEIDSKFKLGPETESPEEIFDTFLGHAKAFAKGKLEWAKFEDKLRVLLGSDSYCLFTIDKAFQKLVKAIETVYQKES 1398 Q REL+VEDAL YL++VK QF VYNQFLD+MKEFK+Q+IDT VI RV+ELF+GH LI GFNTFLPPGY I ++GS G LM G GP S LP PS+ +NA S++ P +N GAS P S+ + P Q PS P + + + +KV P S+ +P +EF+ AI +VT+IK+RFAD P+T++ FL+ L ++ EQ SI++V + V+ LF H DLL +F FLP +A+ G D K + PT S SA P R+ + G AK+R + F+ +K L PS+ + + EF+KCL L+SQ+IV R++++ L +L + +F L GE DQ + F + T+++ SYR +P P + RS ER ND W++V GSED+SFK MRKNQ E+ LF+CED+R+E+D+VI+ NA+TI L + I TL ++ L AL H NAI RIYGE+GP+++ ++ +P A+PV+LKRL++KD WRRAR ++N+ W++V E+N+H+SLDH S FK DKK S K+LL+ +L+ S+A A++ ++ Y E S + L+ + A + D + E V D + V FD I A H ++ F + ++ + YG++ Y+ RLYH + R+E AR L ++ +R RR +N R H+ I + D+ + G + F+ A ++ ++ED R L+GS SY LFT+DK +L+K ++ + E+ Sbjct: 189 QLRELRVEDALLYLDQVKQQFGDQPDVYNQFLDVMKEFKSQTIDTPGVIQRVSELFKGHPNLIFGFNTFLPPGYRIRPEHLGLYTDPRDRAFNASQGSEPAPVGGLMLRPAPVGASGPS--SSLPSINPPPSQ----------------ANAPMSNLRPPP-------------------IN---IAGGGASDPASMLLGQSATPP-----------QPAPSTGAAATPNHRQGDAAK--SKVPAKRSNPPSAPVPAPQ----------PVEFDHAISYVTTIKKRFADEPETYKAFLEILHTYQKEQGSIKQVLDQVSYLFRDHPDLLREFTFFLPDAVQETARDRLYKVAERAQARQHKLAMAG-KDKKAGKKGKDKTGKEAPPTPSSPKKSAEPSKMKTEKESLRDRNKAAYALKRKQGAKGDAKDRRELLAVSSTIIDKEEWSIFEKIKKCL-PSRDN-WREFLKCLELYSQEIVGRDDMVVLVKNLLGRHTDVVAEFTQLLHT--------------------HGEAK--DQHEIWPFIPLAETDLSQCR--RATPSYRALPASYPIPPSSSRSKMERLVCNDAWVSVPTGSEDFSFKNMRKNQYEEALFKCEDERFEIDMVIDANASTIAILMPLAKEIETLAATSPNGWQYVLDKGALRVTHLNAITRIYGEAGPQILELLRKHPAGAIPVILKRLQQKDEEWRRARQDLNKQWKDVNEKNYHKSLDHSSFYFKQKDKKATSAKALLAHAKKLLETKATESIAMAAAKIHKDAFGLLAYAAEKNLSVSEKEKVSKLWHAFFCPFFALDEAWLQRKPVLANVTVDQATGVRAGTEVVTDFGEGVVQAFDTARGIATVQLAIGTAYVHSDALSMQEAADFPPNLVVADEAAGAAA-VFYGNDTAYVFLRLYHLLHSRLEQARELCEKAKRSRT-RRTINPAAR----ALAHAHHISN--------------DATEQTGD--------YPAFISKLYALIDNSIDNTRYEDCCRSLMGSSSYFLFTLDKLVAQLLKQMQHMANDET 1120 The following BLAST results are available for this feature:
BLAST of Ggra9877.t1 vs. uniprot
Analysis Date: 2022-06-02 (Diamond blastp: OGS1.0 vs UniRef90) Total hits: 25
Pagesback to topInterPro
Analysis Name: InterProScan on OGS1.0
Date Performed: 2022-06-01
Alignments
The following features are aligned
Analyses
This polypeptide is derived from or has results from the following analyses
Relationships
This polypeptide derives from the following mRNA feature(s):
Sequences
The following sequences are available for this feature:
polypeptide sequence >Ggra9877.t1 ID=Ggra9877.t1|Name=Ggra9877.t1|organism=Gracilaria gracilis GNS1m male|type=polypeptide|length=1637bpback to top |