※ dbPPT Protein Information
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UniProt Accession | |||||||||||||||||||||||||||||||||||
Theoretical PI | 8.47 | ||||||||||||||||||||||||||||||||||
Molecular Weight | 191161.68 | ||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||
Protein Name | Predicted protein | ||||||||||||||||||||||||||||||||||
Gene Name | PHYPADRAFT_172493 | ||||||||||||||||||||||||||||||||||
Created Date | 2008-02-05 | ||||||||||||||||||||||||||||||||||
Organism | Physcomitrella patens subsp. patens(Moss) | ||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 3218 | ||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Complete proteome,Reference proteome Sequence Source UniProt Protein Sequence MPSETPACRI GCGEEEEEEE EAEEDNRKME GRKDGRQNNR GMGGNYVPKF TEQLRKNNCN 60 GNCYGEKLIY LGVTLSMEKV DGGNGELICS VRSRAALRGM RIDCGSLDRR SHDATSLLFP 120 TGVKTPRRLR SVRLTATQAR WCVGELHTVQ LMRPLGIPRN PISLFARTRP QLVLDWTGFD 180 TVPILPKVVW KNLPVEHHDS LDSACGFWGG DIVNFRGLSG LEAAAGVCLG IGFVLQFRRR 240 LAQALFGARI ITHRCTRLFY TDRLALELAH WKSFLVDAES PLIVEEMMLI DSLFKDAQTS 300 QIWGHRVFGA SFSAMCTPPA CGTSMGLSPT TSDGYVLPPP APTTLSLPPK AQSALAMYNP 360 MPLIEKESGP KPQKYSEVDI DGLLRALKNP PEKIVDLYIH YCPRIKSDSD NCSVSLTLAD 420 DKFVRRLLYR FAGPDRSEYT DHQICSRVIT ALVSSPAVSS VTLEIDYVQS DVIVAELCTA 480 LQKNRTLQRL SVYSDNRFQQ PLNSECVKHI AEMFLVNTGI RELQLGLVDI TLQVADNLAL 540 ALRRNRFLRG LTLYARIDAD ALAVLTKPFS GSEPNQTLQK LEIKGFKCLG ARGDGQIGNK 600 GAENIANVLC RNSSLEEIAL KNCEIDYVGV QALALALMSN KNLKVLDLSY NPVDVEGLKE 660 IVKTITMDPA TKEQPNTTFR EIIIRHSFIS RAGAPILANM LATNNTLVRL DLQFSVRSWQ 720 IKDVLALLHS LKRNQSLRFL DLRGCDGVAG EKVLATILDL LVTNPWLEQL GVEGTPLSRK 780 GHDAVIKAQL RRNAEKFMEV FKGMGTVTPT AARVFLCGIP FAGKTTFRKT MVYSNIKRTS 840 SSVRLKTSAA CKEAISNSKI FKAGRKESQT VGIEVQVIVE DNVQISIWDL AGHEEFHAFH 900 DLVVPNLSSQ GSACTFVLLC DMSVPQGKGG KYELKDEKVV DHELRYWLRF IASNTRQSVH 960 MLPNVTVIFT HSDKFPKTDL IAHFKPQVEK LRVQFSKVIN ITEFHVADAR SRKSIEPVQK 1020 AMQKRIVSIL DRVPKVFDAC SQLQTKLNEW KNQHPDKPLI KWSDFSLLCS KVPALKRLQG 1080 QDSKVAEERQ KAVARAMHDA GELLFFDGLD FMVVDPNWFC HEIMGRILSL DSTLLVLKHP 1140 LIDEHGFTKR EHLKKVLEAS FCKNKNPLFK GRKVRGVIPE DLVQLMVKLN LCFEQNPGDK 1200 TSGIYIPASL SNPSEAAARG ERPLSWANGY DQVSDDELLH VGWRLKCENP ELTTLTLGFF 1260 PRLQVFLQKK FSGVQDARYT IEKNFISFVF SGLEFLIEYN GPEECQVDIL VRSSKDTVET 1320 WATVEENVLK PTREFCASPT EGCQGVVLIE EIMRPQCVRE LWVRKKRTKD QCIGVEDLKL 1380 KVMASGKLDY EYIWKKSMAE SHGLKANSAE VLLGPAHWED VLSRFLDTLE KIDSEVSRRR 1440 SPDSTGTHSS PLSPLTPPPS RRVGRTVSLL PRPSEMASQL LESRIADRSV EINALQKKLF 1500 PSLSRNIDSV IDLPFLLQDG KVPHLVYLST GGDSVNSERL VTKLTPGSYS RKFHLMCEHR 1560 DGIHMIEHQV GGIMRCDEKS VRSVRPHMLW GLKLISMLLR ISELAAGGFP TMLTEAERMR 1620 LMGIVADDDD NDERPDVTGR LSFTPEEMMA AEDWLIHYMK GKNIPALFGL HKVCYLDNGL 1680 PSKHVAWICD KHMHFCLNHG LVDVL 1705 Gene Ontology Interpro InterPro; IPR027417; P-loop_NTPase Pfam SMART PROSITE PRINTS |