※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 4.22 | ||||||||||||||||||||||||||||||
Molecular Weight | 508031.85 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Putative uncharacterized protein | ||||||||||||||||||||||||||||||
Gene Name | VIT_14s0066g00610 | ||||||||||||||||||||||||||||||
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 MATEAYIPEF ISITKGEAEE KNLTRVQLDA TADENYPGEL KNVEGALNDP PEIFEYSEKT 60 KNMQVANDIA IETESTVNKG NVGTSEGESF LESPSVSKVA REETDRVSED YQAREIPNQA 120 EKEIFREETK LQKYKNLEGA DETGKVENEG MEEIKEGEEK VAEELGETTF QTNPTPIQKE 180 LGETRFGEGK DKESEKSSIL MGKENDPEAE EIEHESDEGK KIPYDGTGDV TMTTAAASTD 240 ETTLKEAGIT FKEKSQDTIV LSEKLKDATP VEGEIQDQSK LDTPFVTQTE DLGLQKADKP 300 EILKEVSETG TEDINMKEIP DDKNLPQVDL NEKIESEEAE ILNKNSNELL VSYPSVEETV 360 QVEGDKLDEI SKFEPHEQVH ETNGVSIEEK RHFEEATEVH KSTESLILEP ISIEGEKASK 420 TYAEAIDYGL DTEEESKEKQ DGQNKEEEIQ KKEEACDPEI HKNATKSNDT EKGIIDEDVS 480 AKVSDSSCIG NETIQKSFQV DYLNEEPSAL TSEGKSKKAE DDVKDNIIPE EVHDEIKITG 540 ATEGTRELIV EEDDVTEGLP ESIEEETVKS FQDDEKVLLA DEKSRGEEDS KEQTIADSVE 600 GTPGSTKEEN FTDNEKQDEK CKEEIFESSE MARAVECVES EKILDTSMVK PKESLQGEGE 660 NQVPIEISRE ERRDEHRYSV VDEDNDDNTG LVEVKYSGKE ETSKGEENTE WISQKDETGE 720 KLEQSINVMS KVTEAINSSE YTEKITYIEE EQAIQDVEET FEKEETNDTK DSEERGTASE 780 EDLKPAAVAS EMSKTTESTV LELKSEKGEM EVGKLEKGNE LGSEERFKGN DATEDTEEEI 840 KKEETYDADL HKVETTCDDT EKSKIEEDAL IKDGSTVWIG EETVELSCQE DEDGQNGKEK 900 AALKLNGGDH SVRTDNETEN STDQIIRKEI AVISEGTEKH TIKEEHTAID ISPQSSGEET 960 HKSSQEDETK EEGEKPIVKM CEELETTTVG EGIEGQILEG NTIQDHSTVP TEVEETEDIS 1020 KDNEMMAKIP KPEVCKTIGA FQDHSTEVIE KEKDTESPQE DKVCQASEIA VTSMETEKQE 1080 IDIHAIPDIH EIAVKESSAQ DSEDSIKECV EVEKVAVELD TEAQHHGSEA SDTKTNSDPT 1140 EENKNSVDPG EKLEGAPESV AEDQSNETLL ELNQTQIKEN NNNVQDQKSE SVEEQNIEQG 1200 LQEDEKDTYE ETESRSDARD HINEIQNANE TTSEKTVDIS HTRSEESEEI NKEIIQEAET 1260 CYNKLNPASE KVETEETGSW EAQLDEKPLK GSETSSEEKT LQTTAETSPQ GEEGESMKLE 1320 ETTELMSQFP AVAGENADKE SGIVEKSHVD EVEETKGDSE TVSESREQCV EDTDETQKSL 1380 TVEESEGIIK EEIKGPSESV SGCNHQGVEA VIEDEINVMQ TAAAGKSEEQ HQETSKTLLS 1440 EEQDHGITAI IGYSEDEKAK EGEISGLVLE LNENIQQINP IEPPKEECIT LDEVSQLEHQ 1500 ENASAIKCSD SPTESDKVME LSEEVPEEAE KAAEERENIK ERIIEREREI NEFPAVYIED 1560 ESVDKEQHSE TVSNENPSAT DSEVQTEKMN LEVEEDFSKD PEGSPVTKAM EEEMLQKQGS 1620 EEKVDVSSSV SEISEEIKEE IIEDADTCSN NIDTASEKVE TEQTSLQEAQ LDDKHIKIIE 1680 TSSEDKTLQT NTATETIPQG VEVDRVKLEE TSEGVSQLPA IACENRNKES EIVEKPHVDE 1740 VEEIEGASET VSESREQCVE ENDGTQKSLT VEESEERIIK EEIKGPSETV SGCNYEGVEA 1800 VIEDEIDVVQ TATEGKSEEQ HQETSKALLS EEQDHGIIAT IGYSEDGKTK EEETPKNENL 1860 EDSFATKTAD YMHLQKEEPR ELELSGLGLE VNENMQKINP NEQPKEECIT VDEVSQLEPQ 1920 ENVSAIKCSD SPTESDKAME LSEEVPEGAE KAAEERENIK ELIIEKERDI KEFPAVSIED 1980 ESVNKEQHSE TVSDENPRAT DSEVQTENVN LEVVEDFSKD PEGSPITKAM EEEMLQKQGG 2040 EKKVDVSSSV SEISEEINKE VIEDADTCSN SIDTASEKVE TEQTSLQEAQ LDDKHIKIIE 2100 TSSEDKTLQT NTATETSPQG VEVDRVKLEE TSEGVSQLPA IACENRNKES EIVEKPHVDE 2160 VEEIEGASET VSESREQCVE ENDGTQKSLT VEESEERIIK QEIKGPSETV SGCNYEGVEA 2220 VIEDEIDVVQ TATEGKSEEQ NQETSKALLS EERDHGIIAT IGYSEDGKTK EEETPQNENL 2280 EDSFATKTAD YMHLQKEEPR ELELSGLGLE LNENIQKNNP NEPPKEECST IDEVSPLEPQ 2340 ENVSVIKCTD SPVESDKVME LTEEVPEGAE KAAERENIKE LIIEKERDIK ELPAVSTDEL 2400 VIEVQVLEPV SSENLGVTDP NMPAENLNLE VEDSSKEPIG SPITEALEEE MSEKQDGEKA 2460 MDVLSSVSEM QEENIKEEIM EKADISYSKL DAASEKGETE ESSSQEAQLD DEPVKIIETS 2520 SEDKTLQTNT ITETSPQAEE VDRMKLEETL ELVSQLPAKA CENTNKESET VERPIADEIE 2580 ETTGASDTVS ESKEQCAEEI DETQKSLSQE KSEEDIIKEQ IKGASEMDSE SKYQGVEAVI 2640 EEEITAGQAI QAEKPEEQLE EVSTAILSEK LEDENIKEGE IPQYKNPQDS FGTKTSENTC 2700 LQKEEPRELD VSGLGLDINK DVSKEDGNGV DGVSQYELQE NASELKYTDS LLESEKVMEQ 2760 TRSINSAQQE ATKDDENLDS GIFNNNPDVL THSPGEEILQ EVDENCEEAS NLECENFEKA 2820 SEPVLDLQST EIDEAVVGLE VGAHIQGSDA PNTKNSDNLI EEVPQGAEKA VESENIKEPI 2880 IEKERDIKEL PAVYIEDETV NKVQHAEAVS NENLRAIDSN MQTERLNSEV AEYLSKDPEG 2940 SPISQALQEE MSQKQASEKT VEITISVSEM SEESFKDEII KEADTCSKID TAPEKVVTEE 3000 TSLQEVQLDD KPLKGIETST AEKILPTNTT TESSLQGEEV DSLKVETSEL KSRLPTIACE 3060 SADKESKTVE KPHADEVEEP KGPTDTVSES REQCVENIVE TRESLTLQKS EENIIKEEIK 3120 GPSDTVSECT YQSFEAVIED EITADQTIEA ENPEEQLQEM STALVSEEQE HGISTITTKL 3180 DYENTVEDET PQYENQEDSL GTKMTEERCL DKEESRELEV SELELNDDVQ KKPSNEEPKE 3240 GGNFLHGITP SEPQEEAFEI KCRDSLAESD MELTRSMDST SQEASKDDED LDSGISIKNV 3300 DDVLPPHSSG EEILQKVDEN CEEASNLVHS AEVDKAEIEL EAGSHSHGSE ASSTENNNNL 3360 TEKNIELADL GEKVGGGPDL VAEDQCNETL PETNQTQVNE NSSSAWEQNT KSIEEQIIGQ 3420 GFQEREKETI EETESKLESR DHINVIQNEN ETTKDVISVE EVPGGAEKAE EKENIQELMI 3480 EEKRDIKELP AVSIEDETVS KVQHSEPVSC ESFRARESNQ ETKEVNLEDE EDTCEKTEDV 3540 SSSVFGLSEQ GVKGEIIDEA DNYNKLDTAS EKVEAEKTIW QEPQLDDEPL KGIETILEEK 3600 TPPIINTTES SPGDEEVEAV KLEKTSDLVS QLPTTAYEHA DKESVIVEKA QADEVEETKR 3660 ASDPVSESKD HCVEEIDETQ RSLTMEKLEE DIIEEEITGR SSTVSACNQG VEAIIQDEIS 3720 RESLKTGNSE EQLQEMSTAR LSEEKEHDIT TTIGKSEAEN KSENETPQKE CLEDSIGTKS 3780 VEEICLQMEG LRELEVSALA PKLSNVIQKE SPNEVLKEEG EPQENVSEIK YMDSITASEE 3840 VMKLTRSIDS SSQEASKEEE ILDSGNSNNK ADDFSITHSS VEILQQLQEQ CEKTPNLESE 3900 KIEKASESVS EVHYPEVFIK LEEPEVKEEH LKTSVTETRA EEIPHEKTVE ANEIIKNEIS 3960 NEEIADEKQV AEDYQPWSLD EETIRKSQQE DELKNEVEHE ELYGESQEGE TNEDIEKQII 4020 DEARTVEHPH LVSFGDESLK DNLPEEAKGE RNDEVTDIKL DLANQSDETA LSEQVDCSDI 4080 QLVRKDLDIA DTNEDKEIVI TKDEDLKPNL DVLPATSAAA EEASLQKEGD RIGEVSESVP 4140 QEPVHETTTR NEEIATAITD NSENVMEDKM HTHTPLQLAC NKHDVSEGLN LKDPEVDTNE 4200 NGTSPLSEMS WEEIPDKEGV ISDEERQHDL TSGKQTIAES MPTEEKGAKD EEKHAKDEEE 4260 HTKDEEPRQF SARGSEGKLE EAEMHSTKCN KDGEIQDQIE KLNASSQVQY SCMEISEKEV 4320 SMDLAEANES TQDIKQLEKG SDETSEKHIP REAEPNESTE VMISSSKEDV QLVPQDLLRK 4380 TFQQPEVESL EAVNVSGIES GLREKDSRGE KTMGDISKEP AADSTPMGPA VSLSDLLQRS 4440 VKETLQAPGC LTEEKEPMAN QEDVLAKEEQ AIKVQEAGTH EDRDEEEEGD EHKKDDSGSD 4500 APIIVEASRD MNVKDGHKKS HNILSGVGSK VKHSIAKVKK AITGKSSHQK HSSPKGTATK 4560 VKEQK 4565 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |