※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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miyakogusa.jp ID | |||||||||||||||||||||||||||||||
UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 5.86 | ||||||||||||||||||||||||||||||
Molecular Weight | 200857.3 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | |||||||||||||||||||||||||||||||
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 MGTPEKKVSD FIDVVRSWIP RRADSPNVSR DFWMPDQSCR VCYECDSQFT IFNRRHHCRI 60 CGRVFCAKCT ANSIPVPLDG TSTGREDWER IRVCNFCFNQ WQQAVATVDN GTPSATPCLS 120 PSPSTTSLVS TKSSCTCHSS STAGSVPYST GPYQRVPYSP HQSSEMNTVT DEQENLNSGS 180 TNPSADVENL SSNQFSYCFN RSDDEDDDYD VDTDTESRHF SHANHYDGPV NIHEIDRVYG 240 PHINHSDGDN FQETSSSCLT ATPNLDQEGV DGVQAPGKEA DEHDHDGCET SPYHEESSNA 300 EPVDFENNGL LWLPPEPEDE EDDREAAPFD DEDEDEGSTG EWGYLRSSNS FGSGESRNRD 360 KSIEDSRKAM KNVVEGHFRA LIAQLLQSEE LSICDEENKE RWLDIITTLS WEAATLLKPD 420 MSGAGGMDPG GYVKVKCIAC GHPKESVVVK GIVCKKNVAH RRMTSKIDKP RFLILGGALE 480 YQRVSNQLSS VDTLLQQEMD HLKMAVARIA AHHPNVLLVE KSVSRYAQEY LLAKDISLVL 540 NIKRPLLERI ARCTGAQIVP SIDHLTSQKQ GYCETFHVDK FFEEHGTAGQ GGKKSTKTLM 600 FFEGCPKPLG CTILLKGANG DELKKLKHVV QYGIFAAYHL ALETSFLADE GASPLEFPLK 660 SPITVALPDN RSSIVRSIST IPGFTVTTPR EHQGSETIKE VPKSNDRHNT ERTPSRCSGS 720 FERSQVGDSI HMHEVFGEVT RPVQDMTSTH CNSFLADTDS KEDVKKCPKE FFQYRQDESG 780 EMMLNNDHIS DSFGTFEPSV QEGNNHIKAV ALASHQGANP EPPIVKIDNY NNDDDDMLHS 840 KEDFPASTSD HQSILVFLST RCVWKGTVCE RSHLVRIKYY ATSDKPLGRF LRDRLFDQSY 900 TCCSCEMPPE AHVQCYTHRQ GSLTIAVKKL PEFPLPGERD GKIWMWHRCL KCPRVNGFPP 960 ATRRIVMSDA AWGLSFGKFL ELSFSNHAAA SRVASCGHSL HRDCLRFYGF GKMVACFSYA 1020 SIHLHSVFLP PPKLEFNHDT QDWLQKEALE VHDKAEILFS EVCNGLHQIS EKISGPMLQE 1080 GGNIVAKFKL LVAELKGILQ KEKEEFEDLL QKLLHKEPKA GQSMVDILEL NKLRRHILTH 1140 SYVWDRRLIY ASNLSKTTLQ EDSRNSYLKE KSISSKEKVA EKDAASRFTR GHSSCDSLHL 1200 ETKPDGNLNL ENTSRLNQSG EVIKGEDKGK DKSHDKVDLS LSGGANVNDK SNSLEFGGAG 1260 RRASPEGGSP TVANLSDTLD AAWTGESHPT SLSFKENGCL PPDSAVVTVH SPVANIVSTT 1320 SNSDNYTADI GGTETGHIKL LPKGLDARWS GMPFANLYSF NKTSTVNTQK LVEYNPVHIP 1380 SFRELERQIG ARLLLPAGIN DTIVPVYDDE PTSVIAHVLV SIDYHIQMSE SDRPKDSLDS 1440 SVSLPLFDST SLLSLGSFDE TLTNTYRSFG SSDESMLSTS GSRSSLAGDP LLYTKDFHAR 1500 VSFADDSSLG KVKYTVTCYY AKRFEALRKI CCPSELDFVR SLSRCKKWGA QGGKSNVFFA 1560 KTLDDRFIIK QVTKTELESF IKFAQAYFKY LSESISTGSP TCLAKILGIY QVTSKHVKGG 1620 KETKMDVLVM ENLLYRRNIR RLYDLKGSSR SRYNPDTSGS NKVLLDQNLI EAMPTSPIFV 1680 GNKAKRLLER AVWNDTAFLA SIYVMDYSLL VGVDEEKHEL VLGIIDFMRQ YTWDKHLESW 1740 VKTTGILGGP KNASPTVISP QQYKKRFRKA MSLYFLMVPD QWSPPGLNPT GSQSDHCDEN 1800 S 1801 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |