※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
6.04 
Molecular Weight
209680.16 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Predicted protein 
Gene Name
PHYPADRAFT_86918 
Created Date
2008-02-05 
Organism
Physcomitrella patens subsp. patens(Moss) 
NCBI Taxa ID
3218 
Phosphorylation Sites
Position
Peptide
Source
References
1049
RGFPISSSETISTVK
dbPPT
[1]
1048
ERGFPISSSETISTV
dbPPT
[1]
1053
ISSSETISTVKPQNK
dbPPT
[1]
Functional Description
 
Sequence Annotation
Keyword
Complete proteome,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MLRSTLVCGL EKGRAKDETQ WMCIRPYIHT YKAARKSRRG VCCVMGFASP LHSLAWLGLT 60
WLDLALPPRR HRGEQNTDSP SPASSEVVCA YCDEAHGAHR NNLKVLERLL NNCARRTASA 120
VLGNPPILGP LASQGFKPLG VGTAVEDLKR HMNEALNEHL KFEDLAPGFG SRVSRFSART 180
LRCVCCKNRF TCEVIEESRR AEDTEEITSS AGRVGWIVAE VVRRWKCCSA FLLFQLWRGA 240
CMKNSAVSCN EDVIVSTVMS GELLEMVEDR SESAMVSVDG PREDQEEGEL SEKEEVCEEE 300
KSAGHDTEAD DAEVTGETSI VGSKVSLDDP SRWAIMASRG GDDYAQRSST ENVGTDEEKV 360
WLRDKVAYRP AATSYTPNSN LYNFAWAQAV QGNRGFKLVE KQDGDGEAEE LLDNGASFGE 420
DDETENGLPE TMVDLTLKIP EGYDMRQVLY DRRSMKKASW NSSRGDPRRA KNWIELDENT 480
DSRRRFDKDE RGGTRNSGTG RRKIRSPTRR RDSRAERVRR SEKDRLFETE RLRARDRENG 540
RERGNRNDNS LRSTSSDESD HSRRSAPSGA NRRQSQSGDN AAEVREEGEI EEGEIELPND 600
NLRSRSSSQG KSEYPRADSP VKDGISSGDL KRTLSSRLDF RNSSSHIISL SRESSFRRLP 660
DDDLRHRLTK DAEREKSREE TMLREDRREQ VAHLTALMKS VTVKDAQKAF INTCARLDNA 720
ARILKAFAQQ RISSSVSPAD HMPRDVSKMA TKVFQGLRAV SGTQQAEENK NVIEIPFRGW 780
AFLQLLPFVL QFHLLHRLLQ FVTGSCLKFF SSKQARQLEE FMDHVTRMSR KNQMEGSSRQ 840
TQAAPKSVEP LQELGVRQRD MSAFASISNS KLAPCGTKFL EGNSEHGTDK KDVLAEAAIA 900
AAALAYAQSS AAAFSNFSQG SNDHPTIDVG GWGWNGSNLS LEQSMSPGLP PGYSGISSTG 960
RSLVAHGVAA QTSGSLYSDG VGAVPPYSTT NGWTNANKRL TYDVKSPYGP GFLEEDWEEL 1020
SPPPSQTSYA FTTRKVVRLD ERGFPISSSE TISTVKPQNK VGIVPVSLNF RLASPTPSED 1080
DDEPENQDTT TGAVNGQLGY KPPHLLPKLP STMPPVSTPF YMASNSHIDD TGRVHYASVP 1140
TVPLIDQDSS LNFEQLKSQL VSGPVTSIPR SRDPRKQPRN GHTEVEIPLR QLTTQAECSW 1200
PPAMQAVVNK RVGENFASEA ESSKRMKTSG SSNEMQNMDS TAGTFAMGGW LEEGFVMSPG 1260
HENHGVQSMD VDLDSPTPSD RKQNPVNVPA GTNFKKIVFP SASGSTEMLG SGPVTSIQNN 1320
PPPDPFGINS TKSEGQAGEE EQDIGKHRMR PRDPRRALLD SAADIVQVNQ RSPPIIEAAD 1380
SGTTLQIETG TSLPTNTSSD LVKQPSINSL ENPLNLRDPR LSSNNSTQSN NATLAPEQPS 1440
TEQKNMTVEE EPVVDERNNA RERESSRNQG IDAREVFSGE SILDEVDHLH PWDPVLRKPR 1500
FGPSHWGGSN LHRDFEQLLE DLDEDQRITI QNERKRRIQE QDRMFSAGKL CLVLDLDHTL 1560
LNSAKFSEIE PEFEARLRQA ENMERSRSTK DPNMKQELYR FPHMSMWTKL RPGIWKFLAK 1620
ASELYELHVY TMGNKAYATE MAKLLDPTGI LFSGRVISKG DEVDGSDKSK DLDGVLGMES 1680
AVVIIDDSSR VWPHHRENLI VVERYMYFPS SRRQFGLLGP SLLEVGHDER AVDGMLSSAS 1740
GVIDRIHRNF FSNKKLREVD VRAILAAEQR RVLDGCRVLF SRIFPVGEAN PHLHPLWRLA 1800
EQFGASCCLY INDKVTHVVA ISLGTDKVNW ATATGRPVVR PTWYFIVETG LTHCYYTAGW 1860
KLQQYCIDVQ MSRIFQFLLS S 1881 
Gene Ontology
GO:0005634; C: nucleus; IEA: InterPro
GO:0004721; F: phosphoprotein phosphatase activity; IEA: InterPro 
Interpro
InterPro; IPR001357; BRCT_dom
InterPro; IPR011947; FCP1_euk
InterPro; IPR023214; HAD-like_dom
InterPro; IPR004274; NIF
Pfam
Pfam; PF03031; NIF
Pfam; PF12738; PTCB-BRCT 
SMART
SMART; SM00292; BRCT
SMART; SM00577; CPDc 
PROSITE
PS50172; BRCT
PS50969; FCP1 
PRINTS