※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Rice Genome Annotation Project ID | |||||||||||||||||||||||||||||||
UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 9.01 | ||||||||||||||||||||||||||||||
Molecular Weight | 197005.61 | ||||||||||||||||||||||||||||||
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 ILSGSPERTS LAVTAGGDSF PAACQNAALL AIGTLHQRYP 120 DELQHSPYRY HPRRGGARDH 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 LAEFLRIRPP TFSSSNNPVD ALDWLHAVGK KLDTATQPEG QPITWARFTA AFRRTHVPAG 420 VVALKKREFR ELKQGNRSVM EYLHEFNNLA RYAPEDVRED EEKQEKFLAG MDPELSVRLV 480 SGDYPDFQRL VDKSIRLEAK HKELESHKRR LANFRNQQGA NQRVRYTNPY PGGSSSQQQQ 540 QQQQPRPAPR PQFVVRVPQQ QQQQNQQGTR APRPPTPAGQ PVQGRRDASG PQRLCFNCFE 600 PGHFADKCPK PRRQQGQAPP RPNNGGKDVI RGRVNHVTAE DVLTTPDVIV ASHSFISVPF 660 VGKNQLGVER LRNPLLITTP GGVMTAKYYS PAVPIEIQGI PFPSDLILLD TKNLDVILGM 720 NWLAQFQGVV DCARRTVTLY RGPEQPVVFF APPTSVRSSE LHQIELSEIP IVREFGDVFP 780 EELPGMPPKR EIEFRIDLAP GTTPLHKRPY RMAANELAEV KKQLEELKEK GYIRPSTSPW 840 GAPVIFVEKK DKTKRMCVDY RALNEVTIKN KYPLPRIDDL FDQLKGATVF SKIDLRSGYH 900 QLRIREEDIP KTAFTTRYGL YEFTVMSFGL TNAPAFFMNL MNKVFMEYLD KFVVVFIDDI 960 LIYSQSEEDH QHHLRLVLGK LREHQLYAKL SKCEFWLSEV KFLGHVISAK GVAVDPETVT 1020 AVTDWKQPKT VTQIRSFLGL AGYYRRFIEN FSKIARPMTQ LLKKEEKFVW SPQCEKAFQT 1080 LKEKLVSSPV LILPDTRKDF MVYCDASRQG LGCVLMQDGH VVAYASRQLR PHEGNYPTHD 1140 LELAAVVHAL KIWRHYLIGN RCEIYTDHKS LKYIFTQSDL NLRQRRWLEL IKDYDVGIHY 1200 HPVERATGNT LNVRGIPPEL NQQMEALNLS MVGRGFLAAL EAKPTLLDQI REAQKNDPDM 1260 HGLLKNMKQG KAAGFTEDEH GTLWNGKRVC VPDSRELKQL ILQEAHESPY SIHPGSTKMY 1320 LDLKEKYWWV SMKREIAEFV ALCDVCQRVK AEHQRPAGLL QPLQVPEWKW DEIGMDFITG 1380 LPKTQGGYDS IWVIVDRLTK VARFIPVKTT YGGNKLAELY FARIVSLHGI PKKIVSDRGS 1440 QFTSHFWKKL QEELGTRLNF STAYHPQTDG QTERLNQILE DMLRACVLDF GKTWDKSLPY 1500 AEFSYNNSYQ ASIQMAPYEA LYGRKCRTPL LWDQVGESQV FGTDILREAE AKVRIIRDNL 1560 KVAQSRQKSY ADNRRRDLEF AVDDFVYLRV TPLRGVHRFR TKGKLAPRYV GPFRIVARRG 1620 EVAYQLELPA SLGNVHDVFH VSQLKKCLRV PSEQANSEQI EVREDLTYVE KPVKILDTME 1680 RRTRNRVIRF CKVQWSNHAE EEATWEREDE LKAAHPDLFA SSSESRGRDS V 1731 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |