※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 6.52 | ||||||||||||||||||||||||||||||
Molecular Weight | 419219.31 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Putative uncharacterized protein | ||||||||||||||||||||||||||||||
Gene Name | OsJ_25347 | ||||||||||||||||||||||||||||||
Created Date | 2009-03-24 | ||||||||||||||||||||||||||||||
Organism | Oryza sativa subsp. japonica(Rice) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 39947 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Sequence Source UniProt Protein Sequence MAPINSSNME QHSQKLLEPD LPVQVRLQLA MEVRDSLEMT HTPDYLNFLR CYFRAFSAIL 60 SNFTAPQGTE NAEHKLRNVV IEILNRLPHS EVLRPFVQDL LKLSLRVLTQ DNEDNALLAI 120 RIVFDLLRNF RPTVEAEVQP FLDFVVTIYR NFPNTVTHFF DNPNVSANIA AAVPNQHLDP 180 TADAPGTVAV PGGGQLNPSA RSFKIVTESP LVVMFLFQLY AKLVQTNIPY LLPLMVSAIS 240 IKGPDKVPPH LKTPFVELKG AQVKELLVGL KQVLNTEYRR GLFPLIDTLL DERVLIGTGR 300 VCIETLRPLA YTLLAELVHY VRGDLSLPQV EPIYEKGIDQ PSMDEARILL GRILDAFVGK 360 FRTLKRTIPQ LLEEGEEGKE HQNLRMKLEV PLQTVLNLQP PLEYTKEIND YKSLIRTLVL 420 GMKTIIWSIT HAHWPRPQQQ SQQSSNLSVQ PFRGLREDEV RKTSGVLKSG VHCLALFKEK 480 DEERDILQCF SQMLAIMEAR DIMDMFSFCM PDLFDCMITN NQLLHIFSSL LQAPKVLRPF 540 TDVLINFLVS SKLDALKQPD SPAAKLVLQL FRFLFVAAAK APESCERTLQ PHVPVIMEVC 600 MKSATEVEKP LGYMHLLRSM FRALNIAKFD SLMRDLIPSL QPCLNMLLSM LDGPTSEDMR 660 DLILELCLIL PARLSSLLPH IPRLMKPLVL ALKGSDDLVS LALRTLEFWI DSLNPDFLEP 720 SMANLMSDVI LALWSHLRPP PYTWGTKSLE LLGKLGGRNR RFLKEPLALE CKENPEHGLR 780 LVLTFEPATP FLVPLDRCIH FAVSAVMQGN SMEAFYRKQA LQFIRVCLDS LLNLRENVPG 840 EGVSPGVLGT LLISSLDPSR RRNDASDMKG DLGVKTKTQL LAEKSVFKVL LVAIIAANSD 900 TSLTDEKDDF VVDLCRHFAM LFHIDSSSSS QSGYVQPVGS SLSSSIGSRS RNNSSSNLRE 960 LDPLIFMDSL VEVLSSENRQ HAKAALSALN TFAETLLFLA RMKHTGMLRG GPSTPMLVSS 1020 PSLNPVYSPP PSVRVAVFEE LLPRLLHCCY GSTWQAQMGG VMGLGALVGK VSVDTLCIFQ 1080 VRVVRGLIHV LKRLPMHANK EQEETNHVLT QVLRVVNNAD EANSEHRRQS FQGVVEFLAV 1140 ELFNPNTSIV VRKNVQACLS LLASRTGSEV SELLEPLYLP LLQPLISRSL RSKNIEQQVG 1200 TVTALNFCLA LRPPLLKLSP ELVNFLQEAL QIAEADETVW VTKMMNAKII MTWNKLRTAC 1260 IELLCTAMAW GDLKAPNHSD LRAKIISMFF KSLTCRTTEI VNVAKEGLRQ VVQQQRMPKD 1320 LLQSSLRPIL VNLAHTRSLT MPLLQGLARL LELLSNWFNV TLGAKLLDHL KKWLEPEKLA 1380 QSQKSWKAGD EPKIAAAMIE LFHLLPPAAS KFLDDLVTFM YIICSDTGEL RDQLAKSPQK 1440 ILASAFSQFY SQTEAAGNQS SSVKDEGLTG AITEGFTGQS SSNMATGSDS YFNGLELIST 1500 LVKLMPEWLC NNRVVFDTLL LAWKSPSRID RLQNEQELSL PQVMESKRLI KCFLNYLRHD 1560 RTEVGALFDM LSIFLYRSRI DYSFLKEFYV IEVAEGYAPN LKKIILNHFL NIFQSKHYGQ 1620 DHLVVAMQIL ILPMLAHSFQ NGQSWEVVDP SIIKTIVDKL LDPPEEVSAE YDEPLRIELL 1680 QLATLLLKYL QSDLVHHRKE LIKFGWNHLK REDNSSKQWA FVNVCHFLEA YQAPEKIILQ 1740 VFIALLRTCQ PENKLLVKQA LDILMPALPR RLPPGDSRMP IWIRYTKKIL VEEGHSIPNM 1800 IHIFQLIVRH ADLFYSCRAH FVPQMVNSLS RLGLPYNTTA ENRRLAIELA GLVVAWERQR 1860 QSEMKVVQES ENTSQIGDML SPVIGGDPKR SSDVPTFGDD LSKRVKVEPG LQPLCVMSPG 1920 GASIPNIETP GSSGQPDEEY KPNAAMEEMI ITFLIRVSLV IEPKDKESSS MYKQALDLLT 1980 QALEVWPNAN VKFNYLEKLL GNLTPSQSKD PATALAQGLD VMNKVLEKQP RLFIRNNINH 2040 ISQILEPCFN NKMLDAGKSL CSLLKMVFSA FPLEAATTPQ DIKLLYQRVQ DLIQKHLAAV 2100 TTPQISLEPS NANSIISFAL FVLNALAEGQ RPEQDSSVNS RPTVDPMVIS NMKTVLKLIS 2160 ERVMASSEFR RSMGQTLQAL LSEKGTDPSV LLCILDMIKA WIEDDYRLAS STGSVSSLNP 2220 KEIIAYLQKL SVVDRKSFPP SVQEEWDAKY LQLLYSLCGD TAKYQMALRQ EYFHKVERQY 2280 MLGLRAKDPE MRKRFFKLYH DYVGKTLFAR LQFIIQTQDW EAVSDVFWLK QGLDLILAIL 2340 VENEPITLAA NSARVPALMT SGPVSDRMIM PQQAPDAQES LDGTSLSFDS LTTRHAQFLN 2400 EASKLVVADV MAPLRELAFA DPNVAYHLWV LVFPIVWVTL HKEEQVALAK PIIALLSKDY 2460 HKRQQGCRPN VAQALLEGLH LSHPQPRMPS ELIKYIGKTC NAWHTSIALL ESHMMHMNEA 2520 KCSESLAELY RLLNEDDMRY GLWKRRSITA ETRAGLSLVQ HGYWQQAQNL FYQAMIKATQ 2580 GTYNNTVPKA EMCLWEEQWL SCATQLGQWE VLADFGKGVE NYEILLDCLW KAPDWTYMKE 2640 NVIPKAQVEE TPKLRLIQSF FTLHDKGTNG VGEAENLVSK GVELALEQWW QLPEMSVQSR 2700 MPLLQQFQQL VEVKESSKIL LDIANGNKPA SGNSGANSNH HNSFADLKDI LETWRLRTPN 2760 EWDNMTVWYD LLQWRNEMYN SVIDAFKDFG QTNPQLHHLG YRDKAWNVNK LAHIARKQGL 2820 PDVCVTILDK MYGHATMEVQ EAFVKICEQA KAYLEMKGEL VSGLNLINNT NLEFFPVKNK 2880 AEIFRLRGDF LLKMNDCENA NVAYSNAITL FKHLPKAWIS WGNYCDMVFK ETKDEIWLEY 2940 AVSCFFQGIK YGVSNSRSHL ARILYLLSFD TQNEPAGRAL DKYLEQLPHW VWLSWIPQLL 3000 LSLQRSEAQH CKLVLLKIAQ VYPQALYYWL RTYLMERRDV ATKTEMGRIA QQRMQQAMLA 3060 NNAANNLSEG NARTSNLGGG NMTSDNQVHQ ATQSGGAAVS HDGGNLQGQE SDRSNVEGGT 3120 SAGHDQGQPS STGADGSQMP ARRNNGLGWV TSAASAFDAA KDIMEALRSK HTNLANELEV 3180 LLSEIGSRFV TLPEERLLAV VNALLHRCYK YPTATTGEVP QSLKKELSGV CRACFSQDAV 3240 NKHVDFVKEY KQDFERDLDP ESATTFPATL AELTERLKHW KNVLQSNVED RFPAILKLEE 3300 ESKILRDFHV VDIELPGQYF TDQEVAPDHT VKLDRVGPDI PIVRRHGSSF RRLTLIGSDG 3360 SQRHFIVQTS LTPNARSDER MLQLFRVLNK MFDKHKESRQ RHLAIHTPII IPVWSQVRMV 3420 EDDLMYSTFL EVYEINCARH NREADSPITI FKEQLNQAIS GQVSPEAVVE LRLQAYNEIT 3480 KNIVNDNIFS QYMHKILPTG NHLWTFKKQF AIQVALSCFM SYMLQIGGRA PNKILFAKNT 3540 GKIFQNDFHP AYDPNGMIEF NELVPFRLTR NMQAFFSNFG VEGLIVSAMC SAAQSVVSPK 3600 QSQHIWHHLA MFFRDELLSW SWRRPLGIPS VPVAAGMINP LDFQQKVINN VEHVITRIKL 3660 ISPHYLADEE ENSSEPPQSV QRGVTDLVEA ALSSRNLCMM DPTWHPWF 3708 Gene Ontology GO:0016773; F: phosphotransferase activity, alcohol group as acceptor; IEA: InterPro Interpro Pfam SMART SMART; SM00146; PI3Kc PROSITE PRINTS |