※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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Rice Genome Annotation Project ID | |||||||||||||||||||||||||||||||
UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 8.98 | ||||||||||||||||||||||||||||||
Molecular Weight | 203064.54 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | |||||||||||||||||||||||||||||||
Gene Name | |||||||||||||||||||||||||||||||
Created Date | |||||||||||||||||||||||||||||||
Organism | Oryza sativa subsp. japonica (Rice) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 39947 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Sequence Source Rice Genome Annotation Project Protein Sequence MDEVGGRWTF SRANEGYTSC GPMAGSVTRR GLDMSGFVLE LRGMCVVLGY PHGVDYQARP 60 LPEQEGEDAE PHAGWEVTAV ILSGSPKRTS LAVTAGGDSF PAACQNAALL AIGTLHQRYP 120 DELQHSPYRY HPRRGGARDF ATFRDASSED DATVVHLARM VEAYDAARID FHQMVRRGMV 180 ENNMKILELR QENLQLKKDL DALEAQLHQL KIAQGEDSRP KRRRVCRSQK ITARKSTSRP 240 ELVRQSLAWT CFVETPRAEP APVVPQEGEA SGVGSSEGAL LLTFRPGPSQ RRNVNTGEGN 300 QPEGSNPNPQ GNPPPPPPPD TNAILTQILA QQANMMNAFL HHLQNPPQQN APPPPPQHSK 360 LTEFLRIRPP TFSSSNNPVD ALDWLHAVGK KLDTVQCSDE EKVVFAAHQL QGPASLWWDH 420 FQATQPEGQP ITWARFTAAF RRTHVPAGVV ALKKREFREL KQGNRSVMEY LHEFNNLARY 480 APEDVREDEE KQEKFLAGMD PELSVRLVSG DYPDFQRLVD KSIRLEAKHK ELESHKRRLA 540 NFRNQQGANQ RVRYTNPYPG GSSSQQQQQQ QQPRPAPRPQ FVVRVPQQQQ QQNQQGTRAP 600 RPPTPAGQPV QGRRDASGPQ RLCFNCFEPG HFADKCPKPR RQQGQAPPRP NNGGKDVIRG 660 RVNHVTAEDV LTTPDVIVGT FLVHSIPATI LFDSGASHSF ISVPFVGKNQ LGVERLRNPL 720 LITTPGGVMT AKYYSPAVPI EIQGIPFPSD LILLDTKNLD VILGMNWLAQ FQGVVDCARR 780 TVTLYRGPEQ PVVFFAPPTS VRSSELHQIE LSEIPIVREF GDVFPEELPG MPPKREIEFR 840 IDLAPGTTPL HKRPYRMAAN ELAEVKKQLE ELKEKGYIRP STSPWGAPVI FVEKKDKTKR 900 MCVDYRALNE VTIKNKYPLP RIDDLFDQLK GATVFSKIDL RSGYHQLRIR EEDIPKTAFT 960 TRYGLYEFTV MSFGLTNAPA FFMNLMNKVF MEYLDKFVVV FIDDILIYSQ SEEDHQHHLR 1020 LVLGKLREHQ LYAKLSKCEF WLSEVKFLGH VISAKGVAVD PETVTAVTDW KQPKTVTQIR 1080 SFLGLAGYYR RFIENFSKIA RPMTQLLKKE EKFVWSPQCE KAFQTLKEKL VSSPVLILPD 1140 TRKDFMVYCD ASRQGLGCVL MQDGHVVAYA SRQLRPHEGN YPTHDLELAA VVHALKIWRH 1200 YLIGNRCEIY TDHKSLKYIF TQSDLNLRQR RWLELIKDYD VGIHYHPGKA NVVADALSRK 1260 SHCNTLNVRG IPPELNQQME ALNLSMVGRG FLAALEAKPT LLDQIREAQK NDPDMHGLLK 1320 NMKQGKAAGF TEDEHGTLWN GKRVCVPDSR ELKQLILQEA HESPYSIHPG STKMYLDLKE 1380 KYWWVSMKRE IAEFVALCDV CQRVKAEHQR PAGLLQPLQV PEWKWDEIGM DFITGLPKTQ 1440 GGYDSIWVIV DRLTKVARFI PVKTTYGGNK LAELYFARIV SLHGIPKKIV SDRGSQFTSH 1500 FWKKLQEELG TRLNFSTAYH PQTDGQTERL NQILEDMLRA CVLDFGKTWD KSLPYAEFSY 1560 NNSYQASIQM APYEALYGRK CRTPLLWDQV GESQVFGTDI LREAEAKVRI IRDNLKVAQS 1620 RQKSYADNRR RDLEFAVDDF VYLRVTPLRG VHRFRTKGKL APRYVGPFRI VARRGEVAYQ 1680 LELPASLGNV HDVFHVSQLK KCLRVPSEQA NSEQIEVRED LTYVEKPVKI LDTMERRTRN 1740 RVIRFCKVQW SNHAEEEATW EREDELKAAH PDLFASSSES RGRDSV 1786 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |