※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
5.43 
Molecular Weight
213348.99 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Putative uncharacterized protein 
Gene Name
VIT_11s0016g05240 
Created Date
2010-08-10 
Organism
Vitis vinifera(Grape) 
NCBI Taxa ID
29760 
Phosphorylation Sites
Position
Peptide
Source
References
497
AFLKMLGTLASSQEG
dbPPT, P3DB
[1, 2]
Functional Description
 
Sequence Annotation
Keyword
Complete proteome,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MVSPKQLLSI IESSLLGPSP PTPAQWVELI HAIRSSLSSL QSLLSFPPPK PSDRAQVQSK 60
EVRLPDSPPI SLDDQDVQIA LKLSDDLHLN EIDCVRLLVS ANQEWGLMGR EPLEILRLAE 120
GLWYTERRDL ITALYTLLRA VVLDQGLEAD LVVDIQKYLE DLINTGLRQR LISLMKELNR 180
EEPAGLGGPH SERYVLDSRG ALVERRAVVF RERLILGHCL VLSVLVVRTS PKDVKDLFST 240
LKDCAAELNG SSDTIKYQIT FSILFSLVIA FISDALGTVP DKASVLCRDA TFRREFQEIV 300
IASGNDPIAE GFVDVIRLAW AAHLMLVQDA TVATETVSSA SSNDLGYICS CLEVIFSNNV 360
FQFLLDKALQ TAAYQNDDED MIYVYNAYLH KMITCFLSHP IARDKVKETK EKAMSVLSPY 420
RMVGSHDFMH DNNSNSQKAV EMGSQPFVSL LEFVSEVYQK EPELLSGNDV LWTFVNFAGE 480
DHTNFQTLVA FLKMLGTLAS SQEGALKVFE LLQGKTFRSV GWSTLFDCLS IYEEKFKQAL 540
QSPGAILPEF QEGDAKALVA YLNVLQKVMQ NGNPVERKNW FPDIEPLFKL LSYENVPPYL 600
KGALRNAITT FIQVSPALKD TIWSYLEQYD LPVVVGPNLG NNAQPMASQI YDMRFELNEI 660
EARREQYPST ISFLKLLNAL IAEERDVSDR GRRFIGIFRF IYDHVFGPFP QRAYADPCEK 720
WQLVVACLQH FRMILSMYDI RDGDIDNAGD QPQLSAVAQS APLQMQLPVV ELLKDFMSGK 780
TIFRNIMGIL LPGVNSIINE RTNQIYGQLL EKAVELSLEI IILVFEKDVL LSDFWRPLYQ 840
PLDVILAQDH NQIVALLEYV RYDFRPQIQK LSIKIMSIFG SRMVGLVQLL LKSNAASFLI 900
EDYAACLESV SVESQIIENS NDDLGVLIMQ LLIDNISRPA PNITHLLLKF DLDTSIERTI 960
LQPKFHYSCL KVILDILDKL FKPDVNALLH EFGFQLLYEL CLDPLTSGPT MDLLSNKKYQ 1020
FFVKHLDTIG IAPLPKRNIN QALRISSLHQ RAWLLKLLAV ELHAGDMVNS THRDACQSIL 1080
GHIFGPDVVD FTTDHSTSHA YSVHNSAADV GTRTISKSKV LELLEVVQFR SPDTTMKYSQ 1140
VVSNMKYDLL AEDILGNPTT SGKNNVYYYS ERGDRLIDLT TFRDKLWQKC NFMNPQLSFF 1200
GSEVELNDVR ETIQQLLRWG WKYNKNLEEQ AAQLHMLIGW SQVVEVSASR RLSHLENRAE 1260
ILFQLLDASL TASASPDCSL KMAVTLCQVA LTCMAKLRDE RFLCPGGLNS DSVTCLDIIT 1320
VKQLSNGACH SILFKLIVAI LRHESSEALR RRQYALLLSY FQYCRHMLDL DVPTAVLRLL 1380
LDEHDGEDLD LLKIDKEQAE LAQANFSILR KEAQAILDLV IKDATQGSES GKTISLYVLD 1440
ALICIDHERF FLNQLQSRGF LRSCLMNISN ISLQDGGRSL DSLQRTCTLE AELALVLRIS 1500
HKYGKSGAQI LFSMGALEHI ASCKVVNFQM KGSFRRFETK LRRDAAVNID KQQTIIAPIL 1560
RLVFSLTSLV DTSDFFEVKN KIVREVIDFV KGHQLLFDQV IQEDVLEADE LTMEQINLVV 1620
GILSKVWPYE ESDEYGFVQG LFGMMRSLFS HDLESRTPTQ PVQSLDKQRK SELNIFRLCF 1680
SLSSYLYFLV TKKSLRLQVL DGPTDYHAPG RLQQPTLTLL VYLLNSVTTA LERAAEEKSL 1740
LLNKIQDINE LSRQEVDEII NMCVRQDCVS SSDNTQRRRY IAMVEMCQVA GNRDQLITLL 1800
LPLAEHVLNV ILIHFQDGSI TPGTSATTKA ITFGDKFDNG QDISVFCGKL IPTLERLELL 1860
SEDKVGHNLK VFRRLVSSLK ELGIQKLGA 1889 
Gene Ontology
GO:0009507; C: chloroplast; IEA: EnsemblPlants/Gramene
GO:0005643; C: nuclear pore; IEA: InterPro 
Interpro
InterPro; IPR021827; Nup186/Nup192/Nup205
Pfam
Pfam; PF11894; DUF3414 
SMART
 
PROSITE
 
PRINTS