※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||||||
Theoretical PI | 7.38 | ||||||||||||||||||||||||||||||||||
Molecular Weight | 186594.04 | ||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||
Protein Name | Putative uncharacterized protein | ||||||||||||||||||||||||||||||||||
Gene Name | VIT_15s0021g00980 | ||||||||||||||||||||||||||||||||||
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 MSINQSRSDK NDGHYRKSGA RSGSSAQQRT FLVGAGKGGG NAPPSSAFVP SSSLSSNRSF 60 KRPNNAQGGQ SRVSVGAANS ESANPSSQQR GIQNGVHTQP SSHGVSDAPA GKPTDSAPQR 120 ISRAPKAPSS KVPSSYTAAV SSDTASQTAP DNAPDDSRLQ FSLQFGSINP GFVNGMQIPA 180 RTSSAPPNLD EQKRDQARHD TFIAVPTLPL PSNPKQHLPR KGVIASEQSN AGEAHPLSKG 240 KRDVQVSSAS PANQTQKPSV LPMTGISMQI PYHQPQVSVQ FSGPNPQLQS QGMTATSLQM 300 PMPMPLQMGN ASQVQQQVFV PGLQPHPLQP QGMIHQGQGL SFTTPMGPQL SPQLGNLQMG 360 MTPQYTQQQP GKFGPRSHPN LPPPSQSIPS FTPPHPINFY TNSYNASSLF FPSPSSLPLT 420 STPLTSSTQT PRFNYPVSQG PPTGPFINAP THNSLSVSKT GTAMQGVAEP LNLEHARDVH 480 NVMSSVPSST SQVTIKPAVV SVVEKAAWGK QAIFFVTSNE GRRRETLGRS NSIKEHQKKT 540 GKKGHPQPQQ QVGGQTASLS NLPSRPMERG ISSKIGVTET LEPKAVHGTL GNSEDSDFSL 600 QNELSKYSTV AIEGQGESEL PEGFKQDAHC LEKSSESISS ISLEAVKQPV PDSELKVTTS 660 SIEVGLVETA QEVDVSVSCC TEIDRTTENS VAPTPTTLES INVETVPSNA VLPTSSYEST 720 VKPEGAGVEN GSGGLVSHPV SSSKDKPTVE LNRPKTTVKK KKRKEILQKA DAAGTTSDLY 780 MAYKGPEEKK ETIISSESTS AGNVKQVSAD AGQEDVVGSD IGEQPKAEPD DWEDAADIST 840 PKLETQDNGV ANGGSMLDDK DGNGVLGKKY SRDFLLTFAD QCNDLPEGFE ITSDIAEALM 900 ISNINMSHLI DRDSYPSPGR IVDRQAGGSR PDRRGSGVVD DDKWSKLPGP FSSGRDLRPD 960 IGYGGNVVGF RSVQGGNYGV LRNPRGQSTM QYVGGILSGP MQSMGSQGGQ RNSPDADRWQ 1020 RATGFQKGLI PSPQTSVQMH RAEKKYEVGK ATDEEEVKQR KLKAILNKLT PQNFEKLFEQ 1080 VKAVNIDNAD TLTRVISQIF DKALMEPTFC EMYANFCFHL ARELPDFSED NEKITFKRLL 1140 LNKCQEEFER GEREQEEANR ADEEGEIKQS EEEREEKRIK ARRRMLGNIR LIGELYKKRM 1200 LTERIMHECI KKLLGQYQNP DEEDIESLCK LMSTIGEMID HPKAKEHMDV YFDRMAKLSN 1260 NMKLSSRVRF MLKDAIDLRK NKWQQRRKVE GPKKIEEVHR DAAQERQAQA SRLSRGPSMN 1320 SSTRRGAPPM DFGPRGSTML SSPNSQMGGF RGLPSPQVRG FGAQDVRLED RQSYESRTPS 1380 VPLPHRSIGD DSITLGPQGG LARGMSIRGP PAMSSGPLGD ISPGSGDSRR LTAGLNGYSS 1440 VPDRTTYSSR EEIMPRYIPE RFGGPSAYDQ SSTQDRNLQY VNRDVRTPDR GFDRSLATSP 1500 PARAHGPAVS QNVPPEKVWP EERLRDMSIA AIKEFYSAKD ENEVALCIKD LNSPGFYPSM 1560 VSIWVTDSFE RKDKEMDMLA KLLVNLTKSR DAMLSQVQLI KGFEAVLTAL EDAVNDAPKA 1620 AEFLGRIFAM VIIENVIPLR ELGQIILEGG EEPGRLREIG LAAEVLGSTL EIIKSEKGEN 1680 VLNEIRKVSN LRLDDFRPPD PSYRSAKLDK FI 1712 Gene Ontology GO:0003723; F: RNA binding; IEA: InterPro GO:0009737; P: response to abscisic acid; IEA: EnsemblPlants/Gramene GO:0009615; P: response to virus; IEA: EnsemblPlants/Gramene Interpro Pfam SMART PROSITE PS51366; MI PRINTS |