※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||||||
Theoretical PI | 4.23 | ||||||||||||||||||||||||||||||||||
Molecular Weight | 211269.57 | ||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||
Protein Name | Putative uncharacterized protein | ||||||||||||||||||||||||||||||||||
Gene Name | VIT_08s0056g00740 | ||||||||||||||||||||||||||||||||||
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 MGFDGLKIGI QIKRGLIFST RICYRSVCNH PFLVGFVFFL IFLYRSFPFV FSILVSSSPV 60 LVCTIVLLGT LLSFGQPHIP EIEKDVEKEV EKEEKITHEI AALKSRSGVL EDAVVVERGE 120 SFGVDRYTGK GVDVVEKAIE DRGLEEIDVC KVEKGDGLLE CAPLIEEKSR EIHLEKPVIE 180 EEEGDFHDFQ CGPTEEIHEE KPRVEGMLGE SEVVENHYTL IQSLEDEDHE VENDKSPVGL 240 VVARMGDSLE FSPGLSWKHE EDNNEPSDSG SDGGESSSPD ASMADIIPLL DELHPLLDSE 300 SPQPALISHD DSDAASERSR KSNDGSAESS EDTENQQEED DVDDEGDDDE DDEEEEAQGS 360 KVDETKSGIT WTEDDQKNLM DLGTSELERN QRLENLILRR RARKNMKVVA EKNLIDLESA 420 DPPFYVPPIS TTRRNPFDSP CDSYDDMGLP PIPGSAPSIL VPRRNPFDLP YDSSEEKPDL 480 KGDSFEQEFM AFHQKDMLFR RHESFSLGAS SFGGPRHERQ HIKWRPYFVP ERMAGEGTSY 540 PVFERQSSGF SDSKASSVPE TESVSSAVDE EDSKVIDQDV SQETEVMPNI DHVSDHVEDG 600 RQSSEDSDSE EGDQVEKTEI DLNVVAQPAD EVNLHEIESS FATPIELDMS EVCLEAEAGE 660 EKYSSRSSSS RSSEVSDHSF DLKPDEESSI LESRKAEVIE ESGNQIQPSQ EGSGFSFVTG 720 IVVEHPHKEP VYDSSPPAVE KNLSSSSISS DLPVEMSEIG VPTTASSETT APLACKESEV 780 SKEIMEGASG NEETWATSSQ LHVVDENESR SWEVKEMREH DDIKFGFSAV DQNSDNPISV 840 VPKSVPEHVS TDSSSSASDT ESVEEVVMHK DESFQHEQDQ VDRLNFGVEF QTREVHQEVS 900 ENRDFMTSRD LDMPSESTTL SAMEEQHPSL VVEQVSVVHP NLSSSETNSV EEDSADEEET 960 LQFEHHQVHS AGYDAKIGNN QDVDEKLVSV DVSNLSSSET KLVEEDSTIM EDTLQFERNQ 1020 VTSPGSDAII GDQQDVDRKL IPVDGSNLYS SETKSVEEDS TVVEETLQFE HGQVPSPGSD 1080 AKIGDQQDVD GKLVSVDSSN LPSSETKSAE ENSTGKEETL HDQVHSPVSD VKIGDHQIVD 1140 EKLVSVDGSN LSSSETKSAE DSTGNKETLQ FEHDQVHLSS SDAKIGGYQD EDEKLDDGSQ 1200 NVSPREMSLS ELEKLLPSAL SDKSTVKPSL DAHEEPHGGN QNDSDVKQEP YIIPLECIEE 1260 VGITNNLNVL RSHELEDNIS SYPSLTSILS EVSENRSSSS AVDPKYDAVD GIEIDSQKLS 1320 GLVLLDFPVA ACHVLEENVD DEEGDEIKEF DEGLLAELDR VGDFSVNGVG SNLNEIEERG 1380 TLLMPHDTET RTIRFVEDDC NEVDESKVVI EEENDKFLEV KESDSGFQLS RASSIEHVGS 1440 FSREFDDGEV KDSKPNQEPI TNLEMLVIEA RSLEDIDLAF KDAESVSKET EVKFAESMLP 1500 DFDINSGMPT IEARSFENID LALKDAEPMS REAKVEDAEP TIPDVEISSR MPIIEARSLE 1560 DIDLAFKGTE LMSKEAIVPD LVINSGMPMI EARSLEDIDL VLKDAEPPMS IETEVEASES 1620 TIPDIEINSM MLVTEARSLE DIDLAFKYTE SMSKETEVEG NSNVPENDIN SMVYKNDVNS 1680 EMLVIEARSH EDIDLAFKDT KLMSKETEVE IEESKVPVHE ISMEMPIIEA RSLEDIDLAL 1740 NDAEPRSKES FPDLEINSVM PVLEDRSLED IDTACKKNIE EEGEKPIFVE SALFPKDLEL 1800 PVLEARAIDD IDLNFKQLHG GVDLEKSIVS GPIDGKPFVE SKYLGEETNL DLQMVEARSL 1860 EDILKALKQA SEGNAVDKGS SSKENESRTE ESGTQSTSAA QTLDHSIGN 1909 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |