※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 6.47 | ||||||||||||||||||||||||||||||
Molecular Weight | 328199.82 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Os01g0106700 protein | ||||||||||||||||||||||||||||||
Gene Name | Os01g0106700 | ||||||||||||||||||||||||||||||
Created Date | 2006-10-03 | ||||||||||||||||||||||||||||||
Organism | Oryza sativa subsp. japonica(Rice) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 39947 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword ATP-binding,Complete proteome,Kinase,Nucleotide-binding,Reference proteome,Transferase Sequence Source UniProt Protein Sequence MATSRDADEI IEKLSSDRAR TRDEGVKLLG TWLQGDRAFS FCRLLARNTA NLKPAHLPAS 60 ATWPFLIMAL TKCVIADISG KKRSPKSAAA RMLRLAVQCA QDFRLSGRSL LLISVAKKLF 120 SHIWEVVKDA PSFLIEYSII LRQLLTVKEY RYQMKPRTYS SFVVLYMKKV ATGFDEKISN 180 QASSKEESFR CTLTLHVLLE NPPGDYPDIM REESLFITYA KVQLELARAI PEILEKLLDV 240 IIKELDQNFN TGAGLVWCEA PRDEKAGSLR CFQEELMDLS ATALYLAYKC TPRTSHNKKK 300 LKTEHVMTAI MDSLLRGSLV WSGSICCLIH KYGYRVDKSL LINWFKATCK GLKSVLSNAN 360 ALRFQDSLLW LIRVLKEFSA LLMSSARDAP PFWLTNDEMS ILEGYWQDTW NSLIHALPLF 420 STTALVVDSV LRLLGEMIMR DQVHASFVSE DTWDLQIFKQ LPSSSTLYFI ACYFSKIGFQ 480 GDVSNSIFIR KNLLRSTFEL VHSKGFSLLN EQSVLMIPET IFSLCAGFSS PVINSADTSQ 540 LFGECKNLSK DKCWSHEEEL GYSVETLSEI NLESPTKAMS EKCSRAHLPR HIQQPLLLEL 600 LEFTKGFMSS NKQFEKVDLP NLVYACSLVC NLIHCSLLSR VFEEKSSFLQ VMLDYVTNAI 660 KHIVSVVMKE HAELSHGLTN LGSVFDTTGS ALSSFKSFMH SPLFSLWRVN NKTSSVLGVT 720 ELLDELLEAI SELFAQFSSL MNNFDGDNPS KMLPVPFVSL SEDLHPDNRS SFVDMDLDMT 780 GSGEVDPVTA GGSGSMGISP RPLECKLELV CIISTFFSVV PLHTWEVLYN LADKEVNIKV 840 GQAILLELCT NISASSSSLS SVNQDVFLDL LNKATEISFT DWFFRIRLIN CISNFIYLFP 900 DVAQDMIGHL LSMLHDTDYR VRLYLARKIV VLFQIWEGHS ELFHDVCSSI GVKMVQFSNE 960 NPVRAREVLA IGPQPVPIIE TALITLAHLS LQSEDIEVEC VFMISAVAAI EPSQRELTYA 1020 LFDSVSKRLN YASRSKYLDQ LIGPILFRWV ACEVSLVSLV EVKEMFGFKS DEPKNFIEHC 1080 CSWLLSFLIL RGETADLNWL SKILSQPLSA VIKGYFVPIF GLCIAARYGS GPEKDLAETV 1140 LCESLLQLGE ISEPERDDLI KKHMVSIVGF LLSVSSSSRQ PEIPHFSKEA VAHSVKTVVD 1200 GFMDAMDGNL AETVVIDKIN IFRSDRVFKF LLAIHQQIAD ASHPRHIRHR LCAIEVLIDV 1260 LGHRVALYST WFYIICIVGS YIQRQPLQDQ CCNILSKLLA AFNSNCSTET DAALGKQLQD 1320 LEPLPSFDCL KDIQVFHASL SGSYDSRDQF LKFVSRAPHL PPELFLLSSS SVANEASSVL 1380 ADFISRAGIS DVHQVIFHVP NLTEKYPIQP HISKEDKLPS DYGISDDILV GLLKLLKACL 1440 SDESAEIIDV TSRTLRGVLS TARGLNALHC LDSLDRSLLM VHSRGINAQV VEQTLLGMEK 1500 VSGVLVYYAP YGMTFIILSF FLPNFGSIVS LEDSDLWRTD GRTYKQWLCT LVGSLICHCD 1560 DIILRLCRSI AFLKVEVAEL LLASALVNIA GNLDSNAGIC RLISSMVEEK IFCDSNHLMK 1620 SVYLFLDALN VVRSYYVAEK ARGCPSNTLK DGRSVRSKSR SPTTTPSSSW KKVYWLSVDY 1680 LVAARAANRC SCDFATLMYV ELWCEEKFNM LALGPPDFSH EESLYRSFAT CPFMFLAFLQ 1740 LPPHIDLLVA SFTRINELDS IYGITLANEI TSQIIRYEHE GDWSSALEYH DLLVRSTRKE 1800 NHGSLAGTAL TGPSDVPSKA EEKMLNWQMH KGLMRSLQKT GCSHVLDVYC QGLSNQKSCL 1860 QQDSEFIDMQ YEAAWRAGNW DFSFFIPYSS QPSTHSQSYC LFNGNLHSCL RALQNGDSEE 1920 FHVKLSNSKM DLVLALSNAS KESTKYIHST VIKLQMLDHL TMAWDLRWKF CLNQTSKSYV 1980 GNKDFSPVPT VPTRMQISDL ELLNKEWTFI LCQTERNLDL LEPFLAFRSA VLKILGSEEH 2040 LREHLFQSAS ALRKGARFSL AAAALYELKE LRYHMDHQAM PNSYFLFKLE EAKLLRAQGQ 2100 HDMAINLGKY ILKNHPDKKN VSDVYRLVGK WLAETRSSNS RTIIDDYLRH SVDFTELHKC 2160 PDKKYKSRQC RTYFHLAHYT DGLFKSYEER LSSNEWQAAL RLRKYKSKEL DTLMKRLKSS 2220 SKSEKTDYSV KIQELQKQLA LDEEEAGKIQ CTHAKFSAKI QKSSKDDRDK FLNLALQGYQ 2280 RSLVVGGKYD LQVVFRLVSL WFSLFSREQV VKAMMKTTKE VQSYKFIPLV YQIASRLGSS 2340 KDAQGSTNFQ NALASLLKKM AIDHPYHTIF QICYNAQLLA LANGDRVKDK QRSRSSFIVD 2400 MDKKLAAENL LKDLSSSHGA LIRQMKQMVE IYIKLAELET KKEVPVVTAS IPVDPNCQYE 2460 EGSFPHFNGL ADSIMVMNGI NAPKVIECIG SDGNKYRQLA KSGNDDLRQD AVMEQFFSLV 2520 NMFLQNHRDT SERRLRIRTY KVVPFTPSAG VVEWVNGTVP LAEYLVGSTR SGGAHGRYGT 2580 GDWTYHQCRE TMTNDNMGTH ENMAFTYISL SCNTRPVMHH FFLERFLQPA DWFQSRLAYT 2640 RSVAASSMVG YIVGLGDRHS QNILIDQETA EVVHIDLGVA FEQGLMLKTP ERVPFRLTRD 2700 MIDGMGVTGV EGVFRRCCEK TLSVMRANKE ALVTIIEVFV HDPLYKWALS PLKALQRQKE 2760 SEDIDSCLDD SQEACEGNKD AARAILRVKQ KLDGYEDGEM RSVQGQVQQL IQDAVDADRL 2820 CQMFPGWGAW LWNLSQGKNV PMKLLVDALR VLSHTYIHTV WDGMGSLIDA LTQTAVELMT 2880 RQWHLVVERF KGHVYIHQTA DAFRS 2905 Gene Ontology GO:0005524; F: ATP binding; IEA: UniProtKB-KW GO:0016301; F: kinase activity; IEA: UniProtKB-KW GO:0016773; F: phosphotransferase activity, alcohol group as acceptor; IEA: InterPro Interpro Pfam SMART SMART; SM00146; PI3Kc PROSITE PRINTS |