※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 4.22 | ||||||||||||||||||||||||||||||
Molecular Weight | 209387.3 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Putative uncharacterized protein | ||||||||||||||||||||||||||||||
Gene Name | VITISV_043530 | ||||||||||||||||||||||||||||||
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 MGFDGLKIGI QIKRVLVCTI VLLGTLLSFG QPHIPEIEKD VEKEVEKEEK ITHEIAALKS 60 RSGVLEDAVV VERGESFGVD RYTGKGVDVV EKAIEDRGLE EIDVCKVEKG DGLLECAPLI 120 EEKSREIHLE KPVIEEEEGD FHDFQCGPTE EIHEEKPRVE GMLGESEVVE NHYTLIQSLE 180 DEDHEVENDK SPVGLVVARM GDSLEFSPGL SWKHEEDNNE PSDSGSDGGE SSSPDASMAD 240 IIPLLDELHP LLDSESPQPA LISHDDSDAA SERSRKSNDG SAESSEDTEN QQEEDDVDDE 300 GDDDEDDEEE EAQGSKVDET KSGITWTEDD QKNLMDLGTS ELERNQRLEN LILRRRARKN 360 MKVVAEKNLI DLESADPPFY VPPISTTRRN PFDSPCDSYD DMGLPPIPGS APSILVPRRN 420 PFDLPYDSSE EKPDLKGDSF EQEFMAFHQK DMLFRRHESF SLGASSFGGP RHERQHIKWR 480 PYFVPERMAG EGTSYPVFER QSSGFSDSKA SSVPETESVS SAVDEEDSKV IDQDVSQETE 540 VMPNIDHVSD HVEDGRQSSE DSDSEEGDQV EKTEIDLNVV AQPADEVNLH EIESSFATPI 600 ELDMSEVCLE AEAGEEKYSS RSSSSRSSEV SDHSFDLKPD EESSILESRK AEVIEESGNQ 660 IQPSQEGSGF SFVTGIVVEH PHKEPVYDSS PPAVEKNLSS SSISSDLPVE MSEIGVPTTA 720 SSETTAPLAC KESEVSKEIM EGASGNEETW ATSSQLHVVD ENESRSWXVK EMREHDDIKF 780 GFSAVDQNSD NPISVVPKSV PEHVSTDSSS SASDTESVEE VVMHKDESFQ HEQDQVDXLN 840 FGVEFQTREV HQEVSENRDF MTSRDLDMPS ESTTLSAMEE QHPSLVVEQV SVVHPNLSSS 900 ETNSVEEDSA DEEETLQFEH HQVHSAGYDA KIGNNQDVDE KLVSVDVSNL SSSETKLVEE 960 DSTIMEDTLQ FERNQVTSPG SDAIIGDQQD VDRKLIPVDG SNLYSSETKS VEEDSTXXEE 1020 TLQFEHGQVP SPGSDAKIGD QQDVDGKLVS VDSSNLPSSE TKSAEENSTG KEETLHDQVH 1080 SPVSDVKIGD HQIVDEKLVS VDGSNLSSSE TKSAEDSTGN KETLQFEHDQ VHLSSSDAKI 1140 GGYQDEDEKL DDGSQNVSPR EMSLSELEKX LPSALSDKST VXPSLDAHEE ITAHEEPHGG 1200 NQNDSDVKQE PYIIPLECIE EVGITNNLNV LRSHELEDNI SSYPSLTSIL SEVSENRSSS 1260 SAVDPKYDAV DGIEIDSQKL SGLVLLDFPV AASHVLEENV DDEEGDEIKE FDEGLLAELD 1320 XVGDFSVNGV GSNLNEIEER GTLLMPHDTE TXTIRFVEDD CNEVDESKVV IEEENDKFLE 1380 VKESDSGFQL SRASSIEHVG SFSREFXDGE VKDSKPNQEP ITNLEMLVIE ARSLEDIDLA 1440 FKDAESVSKE TEVKFAESML PDFDINSGMP TIEARSFENI DLALKDAEPM SREAKVEDAE 1500 PTIPDVEISS RMPIIEARSL EDIDLAFKGT ELMSKEAIVP DLVINSGMPX IEARSLEDID 1560 LVLKDAEPXM SIETEVEASE STIPDIXINS MMLVTEARSL EDIDLAFKYT ESXSKETEVE 1620 GNSXVPENDI NSMVXKNDVN SEMLVIEARS HEDIDLAFKD TKLMSKETEV EIEESKVPVH 1680 EISMEMPIIE ARSLEDIDLA LNDAEPRSKE SFPDLXINSV MPVLEDRSLE DIDTACKKNI 1740 EEEGEKPIFV ESALFPKDLE LPVLEARAID DIDLNFKQLH GGVDLEKSIV SGPIDGKPFV 1800 ESKYLGEETN LDLQMVEARS LEDILKALKQ ASEGNAVDKG SSSKENESRT EESGTQSTSA 1860 AQTLDHSNWK LRMWGLTRNG LTPGLIEDDK ETRK 1894 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |