※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
5.93 
Molecular Weight
210587.11 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Predicted protein 
Gene Name
PHYPADRAFT_66246 
Created Date
2008-02-05 
Organism
Physcomitrella patens subsp. patens(Moss) 
NCBI Taxa ID
3218 
Phosphorylation Sites
Position
Peptide
Source
References
1653
ISQGLVSTPDKSAKK
dbPPT
[1]
1487
FDNGETVSDAELEME
dbPPT
[1]
1859
AESAKEMSEELPVEG
dbPPT
[1]
Functional Description
 
Sequence Annotation
Keyword
Complete proteome,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MSKNKDKEGE LIDIGKKLGK SQTKDALVKL LVQSSALLAE LDQSPPQSTH NAMKGCSEAL 60
VSPALLRHKD NEVGLLVAIC LSEIMRIVAP DAPYSDETLK EIFQLIVTNF KGLDDVNSSS 120
FARRVNILET VAKVRSCVVM LDLECDDLIL EMFEIFFDTA SVDHPQNVFV AMRNILSLVL 180
EESEKIPTEI LEVILKNLLK TNKEGSAARK LAIAVVERSA DKLEPYVRSF LTSVMVEGKS 240
FKSGLHKDHH QVISELYGCA PQLLSGVTPN INDELVKDKV DVRLKAVELL GRLFAFPGRQ 300
FAQDYPLVFS EFLKRFSDKV ADVRVAVVNC AKAYVEANPS GEQANEILGK SGWALDAYPC 360
IILIANEKRR HVNRRISRLS CISIDCFLDH KAPALQDRLL DYDEKVRVAV VEAFYDLAIS 420
DLKYVPVDVL RKVSERIRDK KPGVRKITVL KSLELYKSYC TKCTEGSIAL DKEYEWIPGK 480
ILRCSNDKEI YGLEIVLTDP LFPATLPVDE HAKHWVLAFS TFDESEKKAL QFILLQKQRL 540
QQEMQVYLNM RQKTKEGDTP EFEKKLQSCF KSIANQFVDP PKAEDSLQKL HQTKDESVFT 600
ALATLLSPIT TIAQANTARE DLLKKIGVEH PEYVFMKSLA TKCGYFFFSK ECVNAITKEV 660
LVCKDSEDNK YLVATSLSLL VEIVIYSPEL LADAEDDLLT LLKEPYESVK ESVVHIINVN 720
LILEQLCLEG NRKQAKFAVS AIAAMSADSG LRALSVLYGR LVDKLEDNAH LPTVLQSLGC 780
IAQNAMPIFE TREDDIIKFV VRNVLRRTSP QEDAEFVPEF DVPSDHVLLK IHALKALVKS 840
FLPKMNAHQR TRLPGLLKVL VKILACGEIS DDVKTSDADK AHLRLAAAKG VLRLARRWDS 900
QIPIDVFHMV VMTVQDQAAH VRRALLRKIH HYLKDRSLNL KYASAYVLST VDTEKDIALE 960
ARRFMSEFID DYRNEAYKAV TGQAEKTNLT LHPEYALVYL VHVLAHHPNF PVESGEVKPE 1020
PAAYEPFYRE LLFFLRALIH QESDGKNEAA KKYDGDNVPL ILAILRTIKG CENVVDRTKT 1080
EGSGLGCANS ATDSETLYAI CDIAILITKD IAPKKRHVET YPGVVPLPAS MYKVLESVSP 1140
EYTAPESKAP VTKAAELNAA EVKAHKPNAT EAMTSESKAS EVVASKLNAA DVKAVEANEA 1200
EVKASELNAT ESKPPSEVKT AELNVLETVV SESKEDKATE PSESKAAEVD ESMEPEPIQT 1260
VAAEANGSKA SEPEESAGPE SVGTGAAEPK GIKATESAEP KAAEPKESVV PELMETDTAE 1320
PKESVAPESM ETDTAELKES VALELMETDT AKPKESVALE PMETEIAEPN ETKALESTES 1380
KESEPSKSGA PEPTESKLPE LAETASKGPE SDATVSSIGE EEKTGVTEAK KAVEGPSKVD 1440
GSHLPACFKD KGVLAKFKLG SSSKTHKPSS PRGRKRGKRF DNGETVSDAE LEMEEKSVRE 1500
PTPKKGKLGN DKSTKGAATV GTGVIIKGPA RGGRKSVDKN ESAKKSAKKP EVGKEPEEDL 1560
DEKTPAKRKR GRPKGSSRKD DGISGDEMAG ASSDTTPTTS AKKGKPVAGD RSLTESGKRK 1620
PGRPAKAKSD DDVQEKSAQK KEKVNISQGL VSTPDKSAKK ASAVEKSESP AWKNEGERGG 1680
DESLVGCGIK VWWPLDKRFY KGSVVDYDAK KRKHKILYND GETEILNLTK ERWELTDKKN 1740
KTSAKKEKTP ATTPTLSGTK YKLIQTAMIF NSKDTLSAKR TSTPKSAKEA EKPAKVAKSP 1800
TTKEQAADAF EFDDEGVEPE AKRQKSLKAS GGKQSKADKN EKTMGTSKDS EAESAKEMSE 1860
ELPVEGKAVG IAEDDEPLVC TFNFVLKLGG YGVLSLGGNG SEGFASRLFG LMLHIGGKT 1919 
Gene Ontology
GO:0003677; F: DNA binding; IEA: InterPro 
Interpro
InterPro; IPR011989; ARM-like
InterPro; IPR016024; ARM-type_fold
InterPro; IPR017956; AT_hook_DNA-bd_motif
Pfam
 
SMART
SMART; SM00384; AT_hook 
PROSITE
 
PRINTS