※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 9.65 | ||||||||||||||||||||||||||||||
Molecular Weight | 170440.65 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Putative uncharacterized protein | ||||||||||||||||||||||||||||||
Gene Name | OsJ_24809 | ||||||||||||||||||||||||||||||
Created Date | 2007-03-20 | ||||||||||||||||||||||||||||||
Organism | Oryza sativa subsp. japonica(Rice) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 39947 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Sequence Source UniProt Protein Sequence MDRIREGSRR AGVSGGGGGG LPPTPRRRLR SSGGGGGGSG SGGPRDSPRS ERRRGERLML 60 NGGGGGGGRD DDDDTSDESL GDDDEDADEE LAASAPRYPP VQRRSPSTAP PPSPPQPSGG 120 GGHHHSSSSS GGGGGGYHNH HHHGGQPQMQ RKGGSNPKSP IVWKAADEMI GVPVPRKARS 180 ASTKRSSHEW SVPGGGSSGG GGSGSVAGDT SQIQRPSSRP ISPASGSTTG PARKKLKHLG 240 GSGSSGASGQ APKQRPSPAS APSTAPPQPP PPKISKSPSF IQEEIEVAEV LFGLTRQFPC 300 PSKPVESNHK LEVRDAPEAK SGNSSPAPSS SVARPSDSTS VATIAPKRKR PRLVKYDDDV 360 RPASPAKPDL AEPSSRPETL PASRSDAKAS VSAATDSGTT TATAGAQHEA MREQEKREDH 420 RSRDSELRPG ESDRRDHRPE SRAEPTPPAQ PSGKPDGESA AVVSEARNGE ATAATKIELA 480 SDGARQEKFC IDLMAPPPGK SPDRDGASDP DVDKKGLDSE MDMAARGNSE KKDAERPRRG 540 LEINLEDDKM VQRMPADEVA PKKLTLQLDL EKPSLGDEKS PSERRPQPAL QQQKPKNEIK 600 HEKSAMPAVT PPMPIPVGSW LGSFPPFGYL GPVPALSAAG LHHPMDVKPG SSAGLQHAAL 660 LPPVRPKRCA THCFIAQQIR YNQQVTAKMQ NFWTPATAAA AAAAASRSAA PFFGPRPFNM 720 GVVPPAEAAS LLVNPMQGSY PVRAHAPLQE AKAPSMATSP FQGSLSKDKA AMNNAAVAES 780 SQRKQPPAHE AQQPGPVPNM LQGPAFIFPF NQQQAAVVAA AANAASRVGD AKPSVGSNTM 840 PPSAAAHNSS ANPGAAAMNL SFANLPPADA QLFAILQNGG YPFQVAAHAG GPPAAYRGMA 900 PPGPAVPFFN GHVYPSHMLH PSQQQGASPQ NLQKNPMSNM SASSQKHQPQ QSQGLLGYAP 960 NANAAAAASN SQSYSSGNQR PVLLPGLAHR QDSEKTVQDG PSGDDKSSHP QKGGYDHNYA 1020 VPVHLPNFAL MPPTSAAGGG GQSDKKLSDH HPHQLPPASR GQGVRIDLAS SPSFVVPFGS 1080 VGAPGSAPGG LDFSSLGPNH QLFQSHQEAG RHGYPQLNFA TAQSVQAGQH KPQRQVSGET 1140 KSVAGDSSTH NTVDSERKKS AAAKYPGDSQ QHSLSFSRQD NKSYVPPFLS GSTNDSSSRT 1200 LSLIGSEPSN AFSLGGKSAN TSAPAATSAA APSPSSIPQQ QQQQQQQQHF LQLHKQQQQL 1260 IQHHHMNSRP RSAAPSNTGG YSDRLNMPSF QGMMYPSSAA QVGVPSQSPQ LKPSSARATG 1320 APAGVASPGA SPSNLIVMKS GLHQQQAKAP MQSLSTSNHQ PQSSSKMGPV TNMSTGGGDL 1380 SRSSNAPVAS GSPSNSVSKS TGGSPPASGS AKGVPPAVQL PSPQQQSAKN PASTSGAKSA 1440 PTNHYSSMPM PSILGQQPNV PPGSNSGSKQ QSHMMKQQPF PQGGHFFISN AYTPQAPGAA 1500 GGVALGLYQK RSADKTQQQQ QPHQQSAMSG SSTMLSLCST SMSISTTAML TDPVNVLAAA 1560 ASNNMKTHHP PAGSFMHLAA ASQSPSGVPH SHMSAAQLTF GAPMSMSVKP SSDQKPAAGN 1620 GLALFSTSSI SSLYKLKCFS HETSLL 1646 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |