※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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Rice Genome Annotation Project ID | |||||||||||||||||||||||||||||||
UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 9.05 | ||||||||||||||||||||||||||||||
Molecular Weight | 182473.51 | ||||||||||||||||||||||||||||||
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 MASSSSVPAP SLHGQSVSEK LSKSNHVLWK AQVLATLRGA QMAGFLDGTA VAPATTLVVA 60 SKDKDGKEVT EKVANPAYAT WVAQEQQVLS YLLSSLSRDI LVQVATLTKA SEVWEAIDAI 120 FSSQSRARVL NTRMALSTTK KGNKSVAEYV SKMKSLADEI ATTGKPLDEE DLVSYILAGL 180 DYDYNPLVSS VATRVEPLMS SANSMLRGGR GGGGGRDGRG RGRGGGNGGR GGFGRGNDNK 240 NNGNRPTCQL CGKIGHTVIK CWKRFDTSFT GEEKVAGAAT SYGVDTNWYL DTGATDHITG 300 ELEKLSVKEK YNGNDQVHTA NGTGMDINCV GHTTIRSSNR NLLLRNILHI PTAQKNLVYV 360 HHFLRDNHAF METYPHVFFI KDLATRKLLL QGRCRGGLYP LPSSHSTSMN KQAHSVVKPS 420 TARWHHRLGH PSFAVVNRVI SQNNLPGKCH QLPFQKSTSV SAGPLDLVYS DVWGPAPNSV 480 GNKSYYNLVE RLLERKIKVV QTDWGGEYQR LNTFFQRIGI EHHVSCPHTH QQNGAAERKH 540 RHIVEVYPFA SLHTNAGAKL RAEILLLPSH LQPSSSFGSG GELLVEPLVN NPNPDTNQND 600 EISAAVINSG DGDANAAQNF SFKGAETRSN GQYFMQDAQP ASSAQGSMDP SHQQSPSCQQ 660 AADARQPTAG AAGADLHEAA SPVGEGQMQE LEPELSSSHG SGTPTGEPAP GSSAATNSGD 720 STQDPETSTE AFAVPEETAV TAPVGPVTRA QRGIRKRKEY TDGTVRYGFL IETGEPVNLQ 780 EAVSNRNWKV AMDKEFTALM HNKTWHLVPP VQEKNVIDCK WVYKIKRKSD GSIDRYKARL 840 VAKGFKQRYG IDYKDTFSPA TKALLKDLEK DFALKDLGDL HYFLGIEVKK NSQGLVLSQE 900 RYATEVLKRV GMAKCKPTNT PLSTSEKLSS TQGAVLGQND ATQYRSIVGA LQYLTLTRPD 960 ISFSVNKVCQ YLQQPTVDHW SAVKRILRYI QGTVSLGLKI NRSASTLISA FFDADWAGCV 1020 DDRRSTGGFA VFLGSNLVSW SARKQATVSR SSTEAEYKAL ANATAEVIWI RKLLDEIGIK 1080 QPNAARLWCD NLGATYLSAN PVFHARTKHI EIDFHFVREQ VAQKLLDIRF ISTDDQVADG 1140 FTKALPVRRL EMFKNNLNLG RPEAKGIALI HFYRIYLIRL LYLCLAFSTL SLSHRLPLYT 1200 WNPDDSKFWQ VRDTMMSSRD TLPPPDLRHG GGGASDQTNS AVPVSETPME DGGGAPAAAG 1260 SSNTAAPPQP PRLDGPTLER ELRRCNIKLG KQKVSGEAST ATTEPPRKKL MHDGIRAAAA 1320 AAPPPRSPPT RRIISYMVTA AAPPERKKTA ADDRFRNLGT CSAQLRRRLS ELDATEPEFV 1380 CEKTLRMSDV HRNQNRLLFS CKRKEDLDQC PITHLFTDKE TQIVHKKDEI AVEKKKKKKI 1440 KKDEKKKEIK KEEEKQIREK LGLKVTVFDQ GGNEYGMTCR YLESNGGYRF IEGWGKFVET 1500 NGMAISDSQR WTRDVVVKLL AFRSRRLARG AEQSDHPDGP IGFIVLHHEN GSRGRGDNDN 1560 DNEEEEEEEY QGKAPPANPK KEKSNGKEEH VVRASTSSSS SSAEAAVGVV APMHEVSAAP 1620 RNMLEEDACL GMVKLWSDTG SSSSSSKYNG PESSEEKRKK D 1661 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |