※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 5.75 | ||||||||||||||||||||||||||||||
Molecular Weight | 561930.12 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Putative uncharacterized protein | ||||||||||||||||||||||||||||||
Gene Name | VIT_14s0083g00960 | ||||||||||||||||||||||||||||||
Created Date | 2011-07-27 | ||||||||||||||||||||||||||||||
Organism | Vitis vinifera(Grape) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 29760 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Complete proteome,Reference proteome Sequence Source UniProt Protein Sequence MASDFTKLVE ALFEDKSSPS DLCQRLRSDD SIKAGLQAFY SILKNAVVST DPKLSLLSWD 60 NSQIQSEKVD FKRTKAWKPT NNVVQLLEIA LVAGVDKEPD PSQPCSVYTL VDLLPLLTVK 120 SGDIELENHI KCNPQGVSCS RGEKPVDRLL MTLASECMQP DSQMQRFTGP NFHQDLNKLV 180 SLSQHWAVLH VGCIQRLIRL CKELLILPDM FDDEKTAGIN FRKRLSFGLR ILKLLGSLTR 240 DIPYVEYDPA LLQAVASCAD VLPSLFKPGF EFANSHAPVE SSFENLVLLL LEEFLHLVRV 300 IFWTSSVFQN IQACIIASVL DNLDSDVWRY NKSAANPKPP LAYFPRSVIY ILKLIVEVKK 360 QTYQAFDVQD DFQIDSPSCR LHSEKISLLK KYTVEELLKK IFPSSNQWVD NLMDLVFFLH 420 SEGVKLRPKL ERSFSSCAKA SCNSETENAV CHEDEALFGD LFSEGGRSVG STDGCDQAPA 480 SVNPTSNYCN MPIQAASEVL GFLKDCAFSP EWHTSVYEDG CKKLSGKHID ILLSILNCQG 540 CYSEDRISDN LTGLQEQRKT GHVHELCFEL LHNLLTRHAL SDSLEEYLFG QILNVDSGCF 600 IYNDLTLTLL AHSLICRVGL AGSQLRSKIY RGYIDFIVEK TKALYSKCPS LKELFGTLPS 660 VFHIEILLMA FHLSSEGEKA TLANLIFSSL RTIDAPADGF NSTQLSCWAI LVSRLILVLR 720 HMIFYPRACP SSLLLDLRSK LREAPLAGSN PSVNPSDNLS SWASIAVENI MGAWIKEDPF 780 LSSLVNQLSD VASLPASLCR DDLAIQSLCL HWDDICASFY WILGFWKGKK ATTVEDLILE 840 RYIFILCWDI PTMGSALDHP LPLWNDLQTL DLSDVKYFFH FSHSFLGHSG VIGEGISFLD 900 VVIGVLQHLH AVHITDDIED LGWDFLRNGM WLSLVLSLLQ TGIGEYCLKN SVPGMGPISP 960 EYASSDNEYL TLAEGLISSL LEAGQVAKVS RILSSFLNRY LQAYQKAFLS TIDNGQYHGD 1020 RFSPLLLLKH TGVDKCMQDG LLEKSGINPC HLESVYGLLS KLDQMVKKRA SGFLSKVFWE 1080 CILHGFPSHL QASSGILLSC ILSIRGIICI LEGLLKIKDA RGNILMETEV LQEILDSVMT 1140 IKCDRIFESL HGNCEAIYHS LSAGMEGSDF SYLFQMKQME GFLRDINAGE VSDGSIHECI 1200 VTKAIDMMDI LRKDPSLAVI FKFYVSMVDV SEKVEELYGL QRGDLLVLVD SLDNCYSESV 1260 NVKVLNFFVD LLSGDLCPDL KQKIQTKFLS MDLLCLSKWL EKRLVGCAVD ASEGVSCAKA 1320 SSTTLRESTM NFILCLVSPH DMQSKELHSH LFEAMLISLD TAFILFDIHT AKSYFHFIVQ 1380 LSRGESLMKP LLKRTVALME KLAGDEGLLQ GLKFLFGFLG TVLSDCRSNK STLEKSPGKP 1440 FSSGSIGVGP VASRPVGSRK NSETLVLSAN QETGSASLEC DATSVDEDED DGTSDGEVAS 1500 MDKDEEDDSN SERALASKVC TFTSSGSNFM EQHWYFCYTC DLTVSKGCCS VCAKVCHRDH 1560 RVVYSRSSRF FCDCGAGGVR GSNCQCLKPR KFTGSNSAPV RGSVNFQSFL PFTEDGDQLP 1620 DSDSDLDEDG CTDVDNSVSL SISRELQDGM PVLLEELDVE GQVLELCSSL LPSIVSKRDS 1680 NLSQDKKIIL GKDKVLSYGV DILQLKKAYK SGSLDLKIKA DYSNAKELKS HLSSGSLVKS 1740 LLSVSIRGRL AVGEGDKVAI FDVGHLIGQA TIAPVTADKT NVKPLSKNVV RFEIVHLVFN 1800 PVVENYLAVA GFEDCQVLTL SPRGEVTDRL AIELALQGAY IRRIDWVPGS QVQLMVVTNR 1860 FVKIYDLSQD NISPMHYFTL SDDMIVDATL LVASQGRVFL IVLSELGSLY RLELSLEGNV 1920 GAKPLKEIIH IQDRNIQAKG SSVYFSSTYK LLFISYQDGT TFIGRLNPNA TSLTEISAVY 1980 EDEQDGKLRP AGLHRWKELL VGSGLFVCFS SVKPNVALAI SMGSNELFAQ NMRHAVGSTS 2040 PLVGITAYKP LSKDKIHCLV LHDDGSLQIY SHVPMGVDAG ASVTLDKVKR LGSDILNNKA 2100 YAGTNPEFPL DFFEKTVCIT ADVKLGGDAV RNGDSEGAKH SLVSEDGFLE SPSPAGFKIT 2160 VANSNPDIVM VGFRVHVGNT SASHIPSDIT IFQRVIKLDD GMRSWYDIPF TVAESLLADE 2220 EFTVSVGSTF NGSALPRIDS LEVYGRAKDE FGWKEKMDAI LDREARVLGC NSWVAGSGKK 2280 CRSMQSAPIQ EQVVADGLKL LSRLYSVCRP QGCSKVEEVK SELNKLKCKL LLETIFESDR 2340 EPLLQAAACC VLQAVFPRRE IYYQVKDTMR LLGVVKSTSV LSSRLGVGGT TAGWIIEEFT 2400 AQMRAVSKIA LHRRSNLATF LEINGSEVVD GLMQVLWGIL DIEQPDTQTM NNIVVSSVEL 2460 IYCYAECLAL HGRDTGGRSV APAVVLFKKL LFSPNEAVQT SSSLAISSRL LQVPFPKQTM 2520 LPTDDVVEST VSTSVTADAA GGNTQVMIEE DSITSSVQYC CDGCSTVPIL RRRWHCNVCP 2580 DFDLCEACYE LDADRLPPPH SRDHLMSAIP IEVETLGGDG SEIHFSTDDL SESSLLPVTT 2640 DVTVQNSTPA IHVLEPNESG EFSASVIDPV SISASKRAVN SLLLSELLEQ LKGWMKTTSG 2700 LQAIPVMQLF YRLSSAVGGP FIDSSRPESL DLEKLIKWFL DEINLSKPFV AKTRSPFGEV 2760 AILVFMFFTL MLRNWHQPGS DGSIPKSSGG SDMQDKSNIQ IPPSTSIVAP SSLDDQEKHD 2820 SASQLLQACS SLRQQAFVNY LMDILQQLVH VFKSPNVNFE AAHGANPGLG CGALLTVRRE 2880 LPAGNFSPFF SDSYAKAHRM DIFMDYHRLL LENAFRLVYG LVRPEKQDKT GEKEKVYKMS 2940 SGKDLKLDGY QDVLCSYINN SHTTFVRRYA RRLFLHLCGS KTHYYSVRDS WQFSSEAKKL 3000 YKHVNKSGGF QNPVPYERSV KIVKCLSTMA EVAAARPRNW QKYCLRNGDV LPYLMNGIFY 3060 FGEESVVQTL KLLSLAFYTG KDISHSLPKA EAGDAGTSSN KSGTVSLDSK KKKKGEDGSE 3120 SASEKSYLDM EPAVDIFTEK GGDVLRQFIN SFLLEWNSSS VRIEAKCVLY GVWHHGKQSF 3180 KETMLVALLQ KVECLPMYGQ NIVEYTELVT WLLGKVPDTS SKPQSTELVD RCLTTDVVRC 3240 IFETLHSQNE LLANHPNSRI YNTLSGLVEF DGYYLESEPC VACSSPEVPY SRMKLESLKS 3300 ETKFTDNRII VKCTGSYTIQ TVTMNVHDAR KSKSVKVLNL YYNNRPVADL SELKNNWALW 3360 KRAKSCHLAF NQTELKVDFP IPITACNFMI ELDSFYENLQ ALSLEPLQCP RCSRPVTDKH 3420 GICSNCHENA YQCRQCRNIN YENLDSFLCN ECGYSKYGRF EFNFMAKPSF TFDSMENDDD 3480 MKRGLTAIEA ESENAHRRYQ QLLGFKKPLL KIVSSIGENE MDSQQKDSVQ QMMVSLPGPS 3540 CKINRKIALL GVLYGEKCKA AFDSVSKSVQ TLQGLRRVLM NYLHQKHSDN AVASSRFVVS 3600 RSPNSCYGCA TTFVAQCLEI LQVLSKHPNS KKQLVAASIL SELFENNIHQ GPKTARIQAR 3660 AVLCAFSEGD ANAVSELNSL IQKKVMYCLE HHRSMDIALA SREELLLLSE VCSLADEFWE 3720 SRLRVVFQLL FSSIKLGAKH PAIAEHVILP CLRIISQACT PPKPDTVDKE QGLGKSTPLL 3780 QSKDENNSNS SGSVSGHGGG SKSVAELSEK NWDGSQKTQD IQLLSYSEWE KGASYLDFVR 3840 RQYKVSQAVK SSGQRPRPQR YDYLALKYAL RWKRNACKTS KGELSAFELG SWVTELVLSA 3900 CSQSIRSEMC MLISLLCAQS PARRFRLLNL LMALLPATLS AGESAAEYFE LLFKMIDSED 3960 ARLFLTVRGC LTKICKLISQ EVGNIESLER SLHIDISQGF ILHKLIELLG KFLEVPNIRS 4020 RFMRDNLLSE ILEALIVIRG LIVQKTKLIS DCNRLLKDLL DGLLLESSEN KRQFIRACIC 4080 GLQIHGEERK GRTSLFILEQ LCNLICPSKP ESVYLLVLNK AHTQEEFIRG SMTKNPYSSA 4140 EIGPLMRDVK NKICHQLDLL GLLEDDYGME LLVAGNIISL DLSIAQVYEQ VWKKSNSQSS 4200 NTISGATLLS SNATTSARDC PPMTVTYRLQ GLDGEATEPM IKELEEDREE SQDPEVEFAI 4260 AGAVQEYGGL EIILGMIQRL RDDLKSNQEQ LVAVLNLLMH CCKIRENRRA LLRLGALGVL 4320 LETARCAFSV DAMEPAEGIL LIVESLTLEA NESDNISITQ NALTVSSEVA GAGDQAKKIV 4380 LMFLERLCHS SGLKKSNKQQ RNTEMVARIL PYLTYGEPAA MEALIHHFEP YLQDWGEFDR 4440 LQKQQQDNPK DEDIARQAAK QKFALENFVR VSESLKTSSC GERLKDIILE KGITGVAVRH 4500 LTDSFAVAGQ AGFKSSAEWA SGLKLPSVPL ILSMLRGLSM GHLATQRCID EGGILSLLHA 4560 LEGVTGENEI GARAENLLDT LSDKEGKGDG FLEEKVCKLR HATRDEMRRR ALRRREELLQ 4620 GLGMRQELAS DGGERIVVTR PLLEGLEDVE EEEDGLACMV CREGYSLRPT DMLGVYSYSK 4680 RVNLGVTSGS ARAEYVYTTV SFFNIIHFQC HQEAKRADAA LKNPKKEWEG AALRNNESYC 4740 NSLFPVRGPS VPITQYIRYV DQYWDNLNAL GRADGPRLRL LTYDIVLMLA RFATGASFSL 4800 ESRGGGRESN SRFLLFMIQM ARHLFDQGNI TQRAMAKTIT TYLTSSSSDS KPSTPGMQPS 4860 IGTEETFQFM MVNSLLSESY DSWLQHRRAF LQRGIYHAYM QHTHGRSTSR ASSNPTAVIR 4920 SESGSSSGSG STTTEAGSGD DLLAIVRPML VYTGLIEQLQ RFFKVKKSAA NVSSVKAEGR 4980 STEIEGEENK NLEGWEMVMK ERLLNVREMV GFSKELLSWL DEVTAATDLQ EAFDIIGVLS 5040 DVLAGGLTQC EDFVHAAINA GKS 5063 Gene Ontology GO:0005829; C: cytosol; IEA: EnsemblPlants/Gramene GO:0009506; C: plasmodesma; IEA: EnsemblPlants/Gramene GO:0004842; F: ubiquitin-protein ligase activity; IEA: InterPro GO:0008270; F: zinc ion binding; IEA: InterPro GO:0009926; P: auxin polar transport; IEA: EnsemblPlants/Gramene GO:0048281; P: inflorescence morphogenesis; IEA: EnsemblPlants/Gramene GO:0010311; P: lateral root formation; IEA: EnsemblPlants/Gramene GO:0009640; P: photomorphogenesis; IEA: EnsemblPlants/Gramene GO:0009733; P: response to auxin; IEA: EnsemblPlants/Gramene GO:0009620; P: response to fungus; IEA: EnsemblPlants/Gramene GO:0009826; P: unidimensional cell growth; IEA: EnsemblPlants/Gramene Interpro Pfam SMART SMART; SM00291; ZnF_ZZ PROSITE PRINTS |