※ dbPPT Protein Information
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miyakogusa.jp ID | |||||||||||||||||||||||||||||||||||||||
UniProt Accession | |||||||||||||||||||||||||||||||||||||||
Theoretical PI | 5.79 | ||||||||||||||||||||||||||||||||||||||
Molecular Weight | 177497.71 | ||||||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||||||
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Gene Name | |||||||||||||||||||||||||||||||||||||||
Created Date | |||||||||||||||||||||||||||||||||||||||
Organism | Lotus japonicus (Lotus corniculatus var. japonicus) | ||||||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 34305 | ||||||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Sequence Source miyakogusa.jp Protein Sequence MGDGKMNLPD DLFSSKPSDF HSSLLKDEAF GGHGGEKGIA ALLDDSKDQV SSDSSIPLSP 60 QWLYSKPVDV KTTANPVGVN STDPILKDSW RLEGSQDKKD WRRAAPDVDI SRRWREEERE 120 TSLLGRRDRR KEDRRVEVTS TSENRSLPAD RWHDSRGSVH DSRRENKWSS RWGPDDKEKD 180 SRSEKRNDVG KEDGHTEKQS SVASNRTGAD RDTDSRDKWR PRHRVEAQTA GVATYRAAPG 240 FGLEKGRIEG SNVRFSPGRG RANFNENLQI GRPPLGSSAG SSLVDKNKTI LGKSSLGADS 300 YYYPRGKILD IYRKQKVDPT FESMPSEMEH TSPITQLSSV EPLAFVAPAV EEEGVLKDIW 360 KGKITSSEVS GYSVRGKDGG LNEDISGLGV TLSEGKQLTI GSGEKVISRM NIQNESEQIF 420 IGSASTADGS SKNVVKEVAT SQEIKQKHMP SLGVYEKDEI SGNNTREGSI PRIKVAESET 480 FDYHQGQLSA FKEHATQDGV ESIGASAISS NLPDDARSLF DFSSLQQNAS VNPQDLKLNE 540 KMYALEELSL CYLDPQGMVQ GPFLGIDIIM WFEQGFFGLD LPVRLFEAPE GSPFHELGDV 600 MPHLKVKTGL DSGSNLVNQS EPSDANERNL KVDVHTFDYG SDDQPWSSSR PDTTSNVGIS 660 SQMSNQSYHS EIKFSDEQRF NNIVAQDEDA TFSNLAGSSN DNPLMRPVGA NASYSHPTGR 720 PIANEITGSD TQNSEADKLH PFGLLMSELR DGSHLRRAQS SNNSMRLGDQ GHFLDPLIDR 780 EAPFADQSSV GGMVNQPSLR EAWPDEYGVN RHFSPNPRIG SLEDQFLSRM GPKFNNFDVS 840 EHLMLQKMQK DRLQQQTSLS NHFPAHLNGS DLERFPGFSL SQSNNPSIQQ MVPNPGPDFE 900 RLLELQIQQR QLELQQQHDM HHQQQLLQQM KLQPQHQPQV QQLLLEQIMQ QQQMSDANFG 960 QSKHDLSREN LLDQVQLRRY LHDMQQNSHS LRNLDPSMEQ IIQANMGLNA VQGRQADLSD 1020 LLLQARHGNI LPSEQQLHFQ QDQLQAQQLS AALRQQLGMD GERHFGRSWP INETGQLVRN 1080 PSSHQLGHSA GFNVSDIHKQ QQRLVAQEEQ LNYLGRNHLE QNQRGFYDPS SMMFERSSPG 1140 SVQGRELLER RRYMHPAEQL GPVSSHHLQS SDDLFGHHSL SGNNGHVENN WIDPRVQQHL 1200 EAVRQRRDLG DTIASADLNI PSAGAHEESS ARGFMDLLHQ KLGLQSSQSS NVDKWHPLSS 1260 RSHDKSWHVP EASSLIHPFE LAPDQQVHLN DPFLERSQSA NSSALMHDHL TNMHITEQFN 1320 NLGNAERMPL RSRSGSLLEE QSLLSANKDI LHSNYRIPFQ IGKSSMEKDL LELETNKGHR 1380 HEFLGTMSKL APGMSDLSEQ VESTMNSMEL PPIAHSRHSS LSSAGGDGSS FGREMGLNNS 1440 RGDEVSSDRI PPTSKGFDNA FHKRAHVSRV LSSPDVQSDQ PSVPHSNQNN LTSLSSSEGR 1500 REPAGNLSTS SMTDAQALGK KEVRFRSSSF SEGAGSETSF IDMLKKPVLP EVDTHSTSGA 1560 GTEPSDGGQA GRSGKKKGKK GKQIDPSLLG SRSPAIGS 1598 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |