※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
8.5 
Molecular Weight
200235.72 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
SNF2 family chromodomain-helicase 
Gene Name
CHR1519; PHYPADRAFT_168107 
Created Date
2008-02-05 
Organism
Physcomitrella patens subsp. patens(Moss) 
NCBI Taxa ID
3218 
Phosphorylation Sites
Position
Peptide
Source
References
728
DGRVLRNYQEEGVTW
dbPPT
[1]
Functional Description
 
Sequence Annotation
Keyword
ATP-binding,Complete proteome,Helicase,Hydrolase,Nucleotide-binding,Nucleus,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MPKSPPPPNQ SLSPILSTVS IHVCICGGKG KCHISHNSHP STSPNHPPSE PPRGGRCTDR 60
PGRKDEQIHG WEDGARGSSS VDALDVDATI FNQAGNVNGS FSSSLRDKPL DGGNAFPGNS 120
SIPQTRASIQ SLRGCQRCPA SASAIAMRLR ERSQVDYTNR VFVDIDLDSK GPLVTREGAS 180
ASRMISPGVF DEIEQSDSED SFGGDKPEAI SDDSSNLDDD VPVATKIHTG RLRRRKLKAG 240
RLAEGRGEGD DIAGGTRTKA KKPASKDLLL KYLQPNVSNV EDRPSRFSLI DRSDSEDAFE 300
GAPPLLQAGR RKRKVVAQPR GNSVPLSSDD DGGDDRPLKR CPMKLSNGSS IARFSSRPAR 360
QSVLSYKDHS SSDDEQFEPL GAVSKSQDQL GAFSDAQDEE MQDASDKDLV DFGAYAFKKE 420
DNGTKRKLST KTLCKEKTAN DRTRRLRNLS KPASSKGISS DMHHSVEASE ESLPGQRRPL 480
REYSIRNLKD ASSSDESGPA GGLETSKVDA VSKWKPRRWL EGCDGETQHC SEAQDESTSP 540
VLDRLEAEQP VMLNIGVYGI ERDEGPAAVA KRIGRVEKIL SARKDGDSSL IFTVKEYGKS 600
YRDVVHVNES TLLKHCPQLI RNFLKRLAQL GRVDGHCSDR PDSPAFDPLF TKIDRIIAHE 660
VQKKKKVYLV KWCRLPYTEV TWEKEEKLSG DRLAISRYYQ INKVPSPSNS SGKSIQKRFR 720
DGRVLRNYQE EGVTWLDHNF ENRTNCVLAD EMGLGKTIQS VAMLETLRCK RNLRGPFLVI 780
VPVSTLGHWQ REIESLTDMN CIVYSGTQDD RDIIRQYEFN FASNSKALKF NVLLTSFEML 840
MRDQNKLAKE TWQYIIVDEA HRLKSRVSKT TQALRQLKVR KGGLLLLTGT PVQNNTKEIF 900
SLLNLLDPEK FNSEEDFLEK YGEIEDAEQI KDLQENILRP RLLRRMKEDV EKSIPQKEET 960
IVWVELTKDQ RLFYKAILEN NVASLLKGSS TSNLPNLRNV AMELRKVCNH PFLCDGLEDS 1020
LTAKLRSNAN DSNASGNLLQ NSSGKMILVD KLLPKLKDAG RRVLIFSQFT IMLDLLEDYM 1080
IMKGYSYERI DGKIRGSERQ AAIDRYSAKD SDIFVFLLST RAGGLGITLT AADTCIIYDS 1140
DWNPQNDLQA MARCHRIGQT KDVKIYRLIT RNTYEERLFE CSSRKYGLDE AILGNRVGAD 1200
VNLDHDKHIE SLLKHGAYDI MKDGGDEAAA EFNAQDIDQI LEQRTQQRQI GGRGNNTFSV 1260
ATFKTNPEVD AVAESEQDSK CFWQGLMPEA CDRTMAEAIA AEVPTDLHPG GLRKRTRGRV 1320
NYRENARSLE DSSSDEMDDG MKSKKAGNEN DASFSSDLES SEGNGTHINY WSEKELKRLE 1380
DRFFALGRDR TEQIREEARL EHRSPEDIDE ISNILVELCQ SYVGANALLY STVEDPTSTN 1440
AEPRNCTEMG EQPKLQPLVL PASVRKVLES QACKDRIQRN AQRYLQQLHE RKVLAEALQI 1500
RAFDFMDMPQ RSKKLPNWWG LKEDADLLKG AHIHGHKDFK KIRMDSNLSF VNRTGQISES 1560
KNGEQVQESM PSDQVLGSRL KTLIESLPNG LTDHALKKRA SRAEASRKSK MKTDQGKSDE 1620
AKKLQPIMND KNLAEWVTSS IITGGKAESI KDQPISSKAK LKAQARESQK RPVSTLNCLP 1680
VLPLEIIKVP TITTEIAQST LVDECQIQPA DPATSPRKPL SQNKQIDLES HKSPQALVLK 1740
SKQKAGNVPQ ENKPPSKKRK LSLSHTAGKS PKESSCRQLS LKSFMKSLPV Q 1791 
Gene Ontology
GO:0005634; C: nucleus; IEA: UniProtKB-KW
GO:0005524; F: ATP binding; IEA: InterPro
GO:0003677; F: DNA binding; IEA: InterPro
GO:0004386; F: helicase activity; IEA: UniProtKB-KW 
Interpro
InterPro; IPR023780; Chromo_domain
InterPro; IPR000953; Chromo_domain/shadow
InterPro; IPR016197; Chromodomain-like
InterPro; IPR014001; Helicase_ATP-bd
InterPro; IPR001650; Helicase_C
InterPro; IPR027417; P-loop_NTPase
InterPro; IPR000330; SNF2_N
Pfam
Pfam; PF00385; Chromo
Pfam; PF00271; Helicase_C
Pfam; PF00176; SNF2_N 
SMART
SMART; SM00298; CHROMO
SMART; SM00487; DEXDc
SMART; SM00490; HELICc 
PROSITE
PS50013; CHROMO_2
PS51192; HELICASE_ATP_BIND_1
PS51194; HELICASE_CTER 
PRINTS