※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||||||
Theoretical PI | 6.16 | ||||||||||||||||||||||||||||||||||
Molecular Weight | 187370.81 | ||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||
Protein Name | Expressed protein | ||||||||||||||||||||||||||||||||||
Gene Name | LOC_Os12g37890; OsJ_36538 | ||||||||||||||||||||||||||||||||||
Created Date | 2006-01-24 | ||||||||||||||||||||||||||||||||||
Organism | Oryza sativa subsp. japonica(Rice) | ||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 39947 | ||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Sequence Source UniProt Protein Sequence MSAPRPAASA AAAAAANPSA STSQPPPPPP HPPPPPPPPP PPPPAAAAPS RSSSAAAAAV 60 ARVREEGEVS SGADDDEPLR ARFTAPSNVS KYADASTQVL SANFPGKGSN SLSLSSAFPH 120 KTVAPSYKKT TRVNQGLFKP GTNRNLTWQK PVSSDNLVIS FSDDDSGSDS GMSKQDKRGR 180 KDSSQGTYKT GINVHTGIMR EEAPQQKIHA AKVGSANWSA VPLTYRNSGV GRGLSATFAR 240 RDPPVRQVTP QKAIHKDGNV VGVSSAVHNL ESLRHKIAAR ENELKVKRPM SPSLLKDSSF 300 PTGQTRLPLE KIGFEASSIG ACSHLNGPVG HDIRPIKRLK PNQECSNNQV LVNQIPPVPT 360 GKSLGKSNVQ PCERREHIEN GIRDCNVNEA VHTVTTEPGG HHIGAIKSLS LSKMQHTVIP 420 DADNHVTGKQ HVKHAAPPTA NEQSVVEDAN TLVPITSVRA GANVEMSSIQ VKDNMLSTWN 480 GQHIMPADTS TVPNLRPQLG PGVENAENCG DQIVITGQNT SLLSLLEMEE FQERELEDAQ 540 EHRRKCEVEE REALRAYRRA QRALIEANER CAILRRKREL CSAQVHGFIA ENSSLAQPLS 600 IQNAGHGLVM PSVLNSQANA DGQMPGNQGG RSGSPYPEES PQQPVDKHEA RSHNFNDNST 660 PSDYMEDDLL PPSKRARSDC ISNLEDHMEE TIHVYPVENR QISGESVQDY ELLEASLRSR 720 LVERFGKKSY LNNSGEATEE LSFGKVSEIE REKAYVGPLL QEADENVMTN IEGMVELGND 780 AHEKRADSSN APSIGNYDHE ENISSFGELC MPLSVTHPII PSSAPQNAAR HMKGLFPDLH 840 KKASDYKNDC QTSNAASVAT VRLPDVAKDN AKMHSTTRKD MDIVSGAVDP FWPFCMFELR 900 GKCNDEECPW QHVEHHAWRK SKHTKHSKPS FSGWIPYGLF QHILPVPTYR VGSNLIRADL 960 NLIQSVLASS IWQYWQRGFC ASFPFPLSVQ RVLPSDAPSL QAGDDSSANF DRDRQLLNLR 1020 MLDSRKNKIV QGSVDAELFL EGALILYFGK INKPDRLKAL LYLARAIEAD PSTVILWVFY 1080 LHIYYQKDEG LGKDDMFSHA VQHNVCSYEL WLMYINSRLR FDDRLDAYND ALSMLCQMTA 1140 VTDMELKDRS SFVLDIFLQM VYFLCMSGNV DKAISRIYGI LPTATPDCSG DKLLADVISC 1200 LTISDRCIFW ISCIYVSIYR KLPEEIIDQL EFLKDLPNSL VWSPIELTVD NRSQILVLLN 1260 YAAGKIAVDI NETVKNGDPS YLRLSQFLAV NHINCLATLE GFQSCANLLV KYMEEYPMCP 1320 HILVFSARLH RKYGSCPGLK GFDELLLGWP KEVQGIQYLW NQCAEHALAD NIELAEKLLT 1380 RWFEEYGKDG DIQSGGATRP MEISNEESVR SSVSSIQEVG SGTSTSEDQI FWLLNLSLYR 1440 TIENNLQEAK VAMDKALKLA HGESYEHCIK EHAAIHTLEK TSSSTDVQTQ ATFSLISGYL 1500 VDQRNLPVRD LLSRRFMKNV KKHRLKRLID ETIGPTSANP ALINSVLEVC YGPSLLPETI 1560 GEVKYLVDFV ESVMEVLPAN YRLALAVGKF MVKHCTGDDS ISMGTRFWAS SILINAIFRA 1620 VPVAPESVWL EGASLLEKLQ AAETVKRFYQ QATSVYPFSF KLWHSYLNSC KASGSSTESI 1680 AEAARQRGIE LSVTPP 1696 Gene Ontology Interpro Pfam Pfam; PF10650; zf-C3H1 SMART PROSITE PRINTS |