※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 7.92 | ||||||||||||||||||||||||||||||
Molecular Weight | 209636.68 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Retrotransposon protein, putative, Ty3-gypsy subclass, expressed | ||||||||||||||||||||||||||||||
Gene Name | LOC_Os12g23520 | ||||||||||||||||||||||||||||||
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 MDKAWMDEPR HTQIYIQGVD NFLDFAFSKS AIGDKILCPC RKCVNSSWKN RSDIREDLIC 60 DGFVKGYRTW MFHGETSSSF VDNHDSDEVG SEHSREDDDI SDLVRDLAFG LDDRGEFEDA 120 SSEPINDDDL EALQKLVEGA SQELYPGSKN FSKLRFVVRL LHTKLLGGWT DRSFDMLLDL 180 LNDAFPEGSA LPKNYNEAKK LIKSLGLGYV NIHACKNDCI LFHKDHANED ACPKCKTSRW 240 KSETKSLDGK RVHKVPVKVL RYFPIKRRLQ RLFVNQKIAT LTRWHDEGRI RDGLLRHPAD 300 SLAWEDFDQK HPEFASDSRN IRCALATDGF NSFRSMNINY SIWPVILIPY NFPHWMCMKQ 360 PNFILSLLIP GREAPGSDMD VYFEPLVDDM KDMFVEGIRT YDSSRSEYFQ LRAAILWTIT 420 DYPGLGYVAG CTTSGEGACL DCHSYTCSLF LKNGSKTCYM GHRRFLDANH EFRFDAHSFD 480 GLTELRPAPK PLNQRHDHVF ILGQITSLET TSDHSIVYLL FELMDNCYLY QNTAIVILVI 540 YLSFKDPIVA RFPQLGRADV AVGVVIPVLF DHIGFSVQSI FECQPQEDFA IQWDCVEPDV 600 VSQFPKGSMG QPKVYWNKSA LMSRDFIQQI HLSGNPLTPR TLNRASHLTV SNALWKSSLS 660 TIIGFFFFRA DCTISKTRMK FSWIHMFFMK PDCMGSINLI ISICNLLVKC DEAIQVFDVF 720 LQPLTKMLKS PIHIQGPWFV DLKAIISGLC SNTVDSTSCL LSLSPSPLTF QERNFIAIVP 780 AEIYPKIIST KLAPNHWDEI QSTTTRPDQD DGAYPPILTK LPDDLVAIFT TRASSPRRSR 840 PDPASAPIQS SSREVGVILQ PLGTVSTEQL DGYLSSPGVD SRPTEIVEYD DFGYRYDYRN 900 LDDFDEGFED NYMPLYFGIF MADNETEGQR KAREAEEQRV RQEAERRRLE EERQAQERER 960 LQREQQERER AAKEAKDRRQ RALDARRRAR ELIGQQDVEG TAVFRTPQQN AVAAITLLDT 1020 LLKEDALNQA NHIVNILNQT KTMIAASVPV NSASVRTTTG SRVPPLRSQD YHQPRLSVIG 1080 AGSSRRNRDH DERSVHSPPD QRRERRAERP RSPHRRRPID LRETINQRRA ARGYVPHHSP 1140 DRYDDDVDGV AAFTSDLRRV DWPAGFKPTG IEKYDSTTNP ESWLTVYSLA IRAAGGDSKA 1200 MANYLPGTFE RPGTQFDLYN VVQKSGESLR DYIRCFSEQR NKISDITDDV IIAAFTKGIR 1260 HDNLVGKFGR KPPRTVKQMF EKANEYAKAE DAITASKQSG TTWKRKNDTP TTGGSGSTNH 1320 KDRKRKPEEL VATTTPSSQQ RSRFIEQYAK NAHKTTDGDQ STSKKDDKDD APTGFQDHRK 1380 ELNHIFGGPL AYESKRKQKL TEQEINAVQP DTPQYLRWSE TVIKFDRSDH PDRVVHPGRY 1440 PMVLDLVVRN VKLRRSLVDG GSALNILFAK TLDDMQIPNT ELKLSNAPFH RVILGLSSTP 1500 LGQITLPVTF GTRENFRTEN ICFEVADFET AYHAILGLPA LAKFMAVPHY TYMMMKMPGP 1560 QGVISLRSDI KQAVTCDKES CKMAQTREIT LAREEIRLAA STATEGEVPA TKMTKIGEGD 1620 AKTKKIPLDP SDPTKTVVIQ HSLHAKEDAK PIKQLLRRFT KDRKDASKEE LTKLLVAGFI 1680 KEVLHPDWLA NPLLVRKKTG QWRMCVDNTD LNKSCPKDPF GLPRIDQIGR NVEAYVDDVV 1740 VKTKQKDDFV TTGNNPTGVP YVRALILVPG GKPEPQTKPY PLDMWKYGSA LQQRPELNPY 1800 SGRGATSHNW HAPKPHRKQV LGVLKEEERC VSNSNISQPF HSVQMI 1846 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |