※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 5.56 | ||||||||||||||||||||||||||||||
Molecular Weight | 624131.79 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Putative uncharacterized protein | ||||||||||||||||||||||||||||||
Gene Name | VITISV_016976 | ||||||||||||||||||||||||||||||
Created Date | 2007-06-12 | ||||||||||||||||||||||||||||||
Organism | Vitis vinifera(Grape) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 29760 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Sequence Source UniProt Protein Sequence MLTVEKGKPL VTDGEXEGEF QPREGKRVRE AEGGSRLEEQ TQSADGTRSL TSGSGRPMEC 60 YRGLGGSQLR PQGAGIMQSG PLEMGFLVKP RGSEGINPSS SSVDSFGPKE KVDFRRTKAW 120 KPTVDAGLVA DGQSPVKEPS DQFVEAQSCG PSHSGSPPSE ISLFWEKDGL RRLSEAEFLH 180 IERTKTDLAL IVEATRYDIV PFQSDCLIPE PLXSPSPFFG RTPVGEYCDL SGLEEKRDEG 240 ENPLQMLMGM EPPLSETVEC WDLVEVNKSR TDDNGKELGS DQIVPRVNKA GGELSWEKSN 300 LAKFSNFLGF STEGLEKDIM EFLETKIQTL SEGLVRSLGS GRWSNWAALD ALGSAGRILV 360 CWDKRSLEVM ETEVGKFSVS CRIRNVEDGM TWIFTGVYGP FSKEDRDCLW EELGAIRGLW 420 EDPWCLGGDF NVILSQRERS RQGRLFGAMR SFAQTVDDLE LIDLPMQGGI ATCENRLKKV 480 LDRVVSVDQN AFVRGRQILD ASLVANEVID YWYKRKEKGL ICKLDIEKAY DSINWKFLMK 540 VLRKMGFGSR WMDWMWWCIS TAKFSILING VPAGFFSNSK GLRQGDPLSP YLFVLGMEXL 600 STLIRQVGEG GFISGCRLRG RGGEELTVSH LLFXDDTLIF CKARREQLTN LSWILAWFEX 660 ASXLXINLAK XVLIPVGEVD ELEELAAELG CXLGALPXXY LGLPLGAHHK TSSSWDGVEE 720 RMRXRLAXWK RQYISKGGRI TLIXSTLAXI PIYLLSLIRI PKXVAKRIEK IQRDFLXGGG 780 SLEGKVHLIN WKVVCSPKEE GGLGIRKIDL LNKXLLGKWV WRYAYEKDNL WKTAIGVKYG 840 QEGCGWXTKE VCGPFGVGLW KEIMKEXDWC XESIDFKVGK GNRVLFWTDK WCGNEALSQT 900 FXQLFTLAGH KNAKVCEVWD SSLGQGGWNL SLARDFNDWE MDQIGDMLNL LKDFRISPXE 960 DSNNVVQLLE IALVAGVDKE PDPSQPCSVY TLVDLLPLLT VKSGDIELEN HIKCNPQDSQ 1020 MQRFTGPNFH QDLNKLVSLS QHWAVLHVGC IQRLIRLCKE LLILPDMFDD EKTAGINFRK 1080 RLSFGLRILK LLGSLTRDIP YVEYDPALLQ AVASCADVLP SLFKPGFEFA NSHAPVESSF 1140 ENLVLLLLEE FLHLVRVIFW TSSVFQNIQA CIIASVLDNL DSDVWRYNKS AANPKPPLAY 1200 FPRSVIYILK LIVEVKKQTY QAFDVQDDFQ IDSPSCRLHS EKISLLKKYT VEELLKKIFP 1260 SSNQWVDNLM DLVFFLHSEG VKLRPKLERS FSSCAKASCN SETENAVCHE DEALFGDLFS 1320 EGGRSVGSTD GCDQAPASVN PTSNYCNMPI QAASEVLGFL KDCAFSPEWH TSVYEDGCKK 1380 LSGKHIDILL SILNCQGCYS EDRISDNLTG LQEQRKTGHV HELCFELLHN LLTRHALSDS 1440 LEEYLFGQIL NVDSGCFIYN DLTLTLLAHS LICRVGLAGS QLRSKIYRGY IDFIVEKTKA 1500 LYSKCPSLKE LFGTLPSVFH IEILLMAFHL SSEGEKATLA NLIFSSLRTI DAPADGFNST 1560 QLSCWAILVS RLILVLRHMI FYPRACPSSL LLDLRSKLRE APLAGSNPSV NPSDNLSSWA 1620 SIAVENIMGA WIKEDPFLSS LVNQLSDVAS LPASLCRDDL AIQSLCLHWD DICASFYWIL 1680 GFWKGKKATT VEDLILERYI FILCWDIPTM GSALDHPLPL WNDLQTLDLS DVKYFFHFSH 1740 SFLGHSGVIG EGISFLDVVI GVLQHLHAVH ITDDIEDLGW DFLRNGMWLS LVLSLLQTGI 1800 GEYCLKNSVP GMGPISPEYA SSDNEYLTLA EGLISSLLEA GQVAKVSRIL SSFLNRYLQA 1860 YQKAFLSTID NGQYHGDRFS PLLLLKHTGV DKCMQDGLLE KSGINPCHLE SVYGLLSKLD 1920 QMVKKRASGF LSKVFWECIL XGFPSHLQAS SGTLLSCILS IRGIICILEG LLKIKDARGN 1980 ILMETEVLQE ILDSVMTIKC DRIFESLHGN CEAIYHSLSA GMEGSDFSYL FQMKQMEGFL 2040 RDINAGEVSD GSIHECIVTK AIDMMDILRK DPSLAVIFKF YVSMVDVSEK VEELYGLQRG 2100 DLLVLVDSLD NCYSESVNVK VLNFFVDLLS GDLCPDLKQK IQTKFLSMDL LCLSKWLEKR 2160 LVGCAVDASE GVSCAKASST XLRESTMNFI LCLVSPHDMQ SKELHSHLFE AMLISLDTAF 2220 ILFDIHTAKS YFHFIVQLSR GESLMKPLLK RTVALMEKLA GDEGLLQGLK FLFGFLGTVL 2280 SDCRSNKXTL EKSPGKPFSS GSIGVGPVAS RPVGSRKNSE TXVLSANQET GSASLECDAT 2340 SVDEDEDDGT SDGEVASMDK DEEDDSNSER ALASKVCTFT SSGSNFMEQH WYFCYTCDLT 2400 VSKGCCSVCA KVCHRDHRVV YSRSSRFFCD CGAGGVRGSN CQCLKPRKFT GSNSAPVRGS 2460 VNFQSFLPFT EDGDQLPDSD SDLDEDGCTD VDNSVSLSIS RELQDGMPVL LEELDVEGQV 2520 LELCSSLLPS IVSXRDSNLS QDKKIILGKD KVLSYGVDIL QLKKAYKSGS LDLKIKADYS 2580 NAKELKSHLS SGSLVKSLLS VSIRGRLAVG EGDKVAIFDV GHLIGQATIA PVTADKTNVK 2640 PLSKNVVRFE IVHLVFNPVV ENYLAVAGFE DCQVLTLSPR GEVTDRLAIE LALQGAYIRR 2700 IDWVPGSQVQ LMVVTNRFVK IYDLSQDNIS PMHYFTLSDD MIVDATLLVA SQGRVFLIVL 2760 SELGSLYRLE LSLEGNVGAK PLKEIIHIQD RNIQAKGSSV YFSSTYKLLF ISYQDGTTFI 2820 GRLNPNATSL TEISAVYEDE QDGKLRPAGL HRWKELLVGS GLFVCFSSVK PNVALAISMG 2880 SNELFAQNMR HAVGSTSPLV GITAYKPLSK DKIHCLVLHD DGSLQIYSHV PMGVDAGASV 2940 TLDKVKRLGS DILNNKAYAG TNPEFPLDFF EKTVCITADV KLGGDAVRNG DSEGAKHSLV 3000 SEDGFLESPS PAGFKITVAN SNPDIVMVGF RVHVGNTSAS HIPSDITIFQ RVIKLDDGMR 3060 SWYDIPFTVA ESLLADEEFT VSVGSTFNGS ALPRIDSLEV YGRAKDEFGW KEKMDAILDR 3120 EARVLGCNSW VAGSGKKCRS MQSAPIQEQV VADGLKLLSR LYSVCRPQGC SKVEEVKSEL 3180 NKLKCKLLLE TIFESDREPL LQAAACCVLQ AVFPRREIYY QVKDTMRLLG VVKSTSVLSS 3240 RLGVGGTTAG WIIEEFTAQM RAVSKIALHR RSNLATFLEI NGSEVVDGLM QVLWGILDIE 3300 QPDTQTMNNI VVSSVELIYC YAECLALHGR DTGGRSVAPA VVLFKKLLFS PNEAVQTSSS 3360 LAISSRLLQV PFPKQTMLPT DDVVESTVST SVTADAAGGN TQVMIEEDSI TSSVQYCCDG 3420 CSTVPILRRR WHCNVCPDFD LCEACYELDA DRLPPPHSRD HLMSAIPIEV ETLGGDGSEI 3480 HFSTDDLSES SLLPVTTDVT VQNSTPAIHV LEPNESGEFS ASVIDPVSIS ASKRAVNSLL 3540 LSELLEQLKG WMKTTSGLXA IPVMQLFYRL SSAVGGPFID SSRPESLDLE KLIKWFLDEI 3600 NLSKPFVAKT RSPFGEVAIL VFMFFTLMLR NWHQPGSDGS IPKSSGGSDM QDKSNIQIPP 3660 STSIVAPSSL DDQEKHDSAS QLLQACSSLR QQAFVNYLMD ILQQLVHVFK SPNVNFEAAH 3720 GANPGLGCGA LLTVRRELPA GNFSPFFSDS YAKAHRMDIF MDYHRLLLEN AFRLVYGLVR 3780 PEKQDKTGEK EKVYKMSSGK DLKLDGYQDV LCSYINNSHT TFVRRYARRL FLHLCGSKTH 3840 YYSVRDSWQF SSEAKKLYKH VNKSGGFQNP VPYERSVKIV KCLSTMAEVA AARPRNWQKY 3900 CLRNGDVLPY LMNGIFYFGE ESVVQTLKLL SLAFYTGKDI SHSLPKAEAG DAGTSSNKSG 3960 TVSLDSKKKK KGEDGSESAS EKSYLDMEPA VDIFTEKGGD VLRQFINSFL LEWNSSSVRI 4020 EAKCVLYGVW HHGKQSFKET MLVALLQKVK CLPMYGQNIV EYTELVTWLL GKVPDTSSKP 4080 QSTELVDRCL TTDVVRCIFE TLHSQNELLA NHPNSRIYNT LSGLVEFDGY YLESEPCVAC 4140 SSPEVPYSRM KLESLKSETK FTDNRIIVKC TGSYTIQTVT MNVHDARKSK SVKVLNLYYN 4200 NRPVADLSEL KNNWALWKRA KSCHLAFNQT ELKVDFPIPI TACNFMIELD SFYENLQALS 4260 LEPLQCPRCS RPVTDKHGIC SNCHENAYQC RQCRNINYEN LDSFLCNECG YSKYGRFEFN 4320 FMAKPSFTFD SMENDDDMKR GLTAIEAESE NAHRRYQQLL GFKKPLLKIV SSIGENEMDS 4380 QQKDSVQQMM VSLPGPSCKI NRKIALLGVL YGEKCKAAFD SVSKSVQTLQ GLRRVLMNYL 4440 HQKHSDNAVA SSRFVVSRSP NSCYGCATTF VAQCLEILQV LSKHPNSKKQ LVAASILSEL 4500 FENNIHQGPK TARIQARAVL CAFSEGDANA VSELNSLIQK KVMYCLEHHR SMDIALATRE 4560 ELLLLSESKD ENNSNSSGSV SGHGGGSKSV AELSEKNWDG SQKTQDIQLL SYSEWEKGAS 4620 YLDFVRRQYK VSQAVKSSGQ RPRPQRYDYL ALKYALRWKR NASTLSAGES AAEYFELLFK 4680 MIDSEDARLF LTFILEQLCN LICPSKPESV YLLVLNKAHT QEEFIRGSMT KNPYSSAEIG 4740 PLMRDVKNKI CHQLDLLGLL EDDYGMELLV AGNIISLDLS IAQVYEQVWK KSNSQSSNTI 4800 SGATLLSSNA TTSARDCPPM TVTYRLQGLD GEATEPMIKE LEEDREESQD PEVEFAIAGA 4860 VQEYGGLEII LGMIQRLRDD LKSNQEQLVA VLNLLMHCCK IRENRRALLR LGALGVLLET 4920 ARCAFSVDAM EPAEGILLIV ESLTLEANES DNISITQNAL TVSSEVAGAG DQAKKIVLMF 4980 LERLCHSSGL KKSNKQQRNT EMVARILPYL TYGEPAAMEA LIHHFEPYLQ DWGEFDRLQK 5040 QQQDNPKDED IARQAAKQKF ALENFVRVSE SLKTSSCGER LKDIILEKGI TGVAVRHLTD 5100 SFAVAGQAGF KSSAEWASGL KLPSVPLILS MLRGLSMGHL ATQRCIDEGG ILSLLHALEG 5160 VTGENEIGAR AENLLDTLSD KEGKGDGFLE EKGLGMRQEL ASDGGERIVV TRPLLEGLED 5220 VEEEEDGLAC MVCREGYSLR PTDMLGVYSY SKRVNLGVTS GSARAEYVYT TEAKRADAAL 5280 KNPKKEWEGA ALRNNESYCN SLFPVRGPSV PITQYIRYVD QYWDNLNALG RADGPRLRLL 5340 TYDIVLMLAR FATGASFSLE SRGGGRESNS RFLLFMIQMA RHLFDQGNIT QRAMAKTITT 5400 YLTSSSSDSK PSTPGMQPSI GTEETFQFMM VNSLLSESYD SWLQHRRAFL QRGIYHAYMQ 5460 HTHGRSTSRA SSNPTAVIRS ESGSSSGSGS TTTEAGSGDD LLAIVRPMLV YTGLIEQLQR 5520 FFKVKKSAAN VSSVKAEGRS TEIEGEENKN LEGWEMVMKE RLLNVREMVG FSKELLSWLD 5580 EVTAATDLQE AFDIIGVLSD VLAGGLTQCE DFVHAAINAG KS 5622 Gene Ontology GO:0003723; F: RNA binding; IEA: InterPro GO:0003964; F: RNA-directed DNA polymerase activity; IEA: InterPro GO:0004842; F: ubiquitin-protein ligase activity; IEA: InterPro GO:0008270; F: zinc ion binding; IEA: InterPro Interpro Pfam SMART SMART; SM00291; ZnF_ZZ PROSITE PRINTS |