※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
6.15 
Molecular Weight
211848.03 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Uncharacterized protein 
Gene Name
PpDME1; PHYPADRAFT_101543 
Created Date
2008-02-05 
Organism
Physcomitrella patens subsp. patens(Moss) 
NCBI Taxa ID
3218 
Phosphorylation Sites
Position
Peptide
Source
References
1065
VCSEVKESSLEEVAN
dbPPT
[1]
1077
VANPVMETDIHQKNY
dbPPT
[1]
1066
CSEVKESSLEEVANP
dbPPT
[1]
Functional Description
 
Sequence Annotation
Keyword
Complete proteome,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MSSLAFVPAS LSNCVQLEAV MKKRVRRAHK VTALAHGSGG RFVGAVESSH ILSYTNAVVQ 60
AVAGRDGFME CGEFRAPRGA TEVDNLFTHD VVPPNAGVHV FRDTPCIDEA RDSLQRKEAV 120
RIVQTRDNLR LNDEDGEVRR ILATEDLHRR NTQLCCSVDL VSSFETELMS SANGVDLVQG 180
ASPSGVHNVD EQPLCSSEIM PGVQRNLQAS KGGPQSGVAG PQTLEIIQDR GRSPSTDSVP 240
LTELFASRTS GAMFRNDETK CPPRRATGAN PVCCDRSVLT ADQRTIAPTS HQLAQPCESA 300
AMQVQLDAKE KPRKRRYKPK ILSETPKVSL AKKLRVEEGL NISPTVPINF DTISPTVLRM 360
KNLARLKWAE GTNKRAYVKR KFMKQGKLTK AASNTCVKER EEMLVEATEL KKTKAMNSSQ 420
TFVLSANFLQ YTDHLVVEEI ADAVMVEHNP GEDKEQKHLD SEEVLSSTQT KEFSDFHQKS 480
PFAENPIEIH ETPSWPLAAA SQENFNCGSF QLAPPPSDQG SNFMPDMLVQ AFLRIPGNVI 540
SRTEIQNVLN PVDHDCATNA EEVFEVCNMN HCSTEDLPST PRGAFPFVSV GQNLSFIMPP 600
SSPLLPQASD WNMLYSNEEY ESSNSATTTR RALNFDTRTK ELQVGSSDFV KCYDADGRKG 660
GNVLIEGMQE SISREESPQH AAYDTTSCEL QITDTDSVTA NYAPFVNVSL AKDLSDLREL 720
CSGVTVSLPV NTYEQRLEEE LQIVAYDEGS KKMVVYKDLP QRKRRLRYKP KVDLDLNTVK 780
MFKTLTMKGS SHEESERNKA SWEECRQQWQ NRAHQFISIM RQVQGNRAFS RWKGSVMDSV 840
GGAFLTQNVS DFLSSNAFMA LRARFPARPG TADEETHTPL AEAPPLVEQA KFTPLLQRPS 900
RSELKNHQSG NQNQGDSSVR GAALLSHGVN KNICVDEVLP ELVEMLSLRL KECHIDHKDH 960
ALQEVLTSIP GCDQIEVSAL HVNNAEKVVV LRSTRSDWNE SEVELFEILD MQASETTTHR 1020
CASPHSRAGF SSHEKDSKSY KQLKHKPSQL TLVEKNRVCS EVKESSLEEV ANPVMETDIH 1080
QKNYVNDAEF DKCSAVENHR EAEQIPSASQ WNGKNAVIQE KFANVLQENV TNLSLLGKEK 1140
ILAATLRLVL GKHQTATERN KVAAKAFKNT KLRPGRNALR KRTDNYRYRQ TVSFRLLRGE 1200
ARANWEAGFV MKSQKDKWEP LRARIVAEQT YSRDTLTEDC VDWNAVQQAS VHEVADVIKN 1260
RGQHNALAGR LKAFLDRVHR DQNGVIDLEW IRKLPPEDAK AFLLSFRGVG LKSVECIRLL 1320
CLHHPSFPVD TNVGRIAVRL GWVPLEPLPE ETQLHLLELY ELHYHMITFG KVFCTKSKPN 1380
CNACPLRSEC KHYASSYASA KLLLKWPEKP QNKQSTVFAL PEHHPAPQAE SVISDSRLTE 1440
VQSVACLPII EEPCSPEPCI DNIPDIEENP FRIDNNESNS PVQTGTGQPS MFSVIIGELR 1500
SILDVTETTL DLITGPVPDD FDELSATKMR ISAFNSVIEV DENEEAVKNI QVTIEKNIEL 1560
HETMVANMDI TEEAPANSLV IDKDNQEDVA SPVLTEDFNH LPSQELILLP PCADLAPAPK 1620
LKNVQRLRTV HYVYELPDNH PLLFAMDERE PDDPCFYLLA IWSPGKLLQF SIKIDNLSNR 1680
FEIYLCVLSV SSIAPMLSKL SMSVLLGSPE ASAGHRSSIE EYQTKLHSVT IVDEVPATMP 1740
KFDDDDARNP FASCDDNHLE RTVRGTLLIP CKTAMRGWFP LNGTYFQVNE VFADHTSSLQ 1800
PISVPRTLLW SLRRRFVYFS TAVSNLFKDM SLEEIRCCFQ KGYVCLRAFD LATRQPKILA 1860
HRLHQSGAKI VKAPVPRKGK GIGRSRNNAM KGKK 1894 
Gene Ontology
GO:0051539; F: 4 iron, 4 sulfur cluster binding; IEA: InterPro
GO:0003824; F: catalytic activity; IEA: InterPro
GO:0006284; P: base-excision repair; IEA: InterPro 
Interpro
InterPro; IPR011257; DNA_glycosylase
InterPro; IPR003651; Endouclease3_FeS-loop_motif
InterPro; IPR003265; HhH-GPD_domain
InterPro; IPR023170; HTH_base_excis_C
InterPro; IPR028925; RRM_DME
Pfam
Pfam; PF15628; RRM_DME 
SMART
SMART; SM00478; ENDO3c
SMART; SM00525; FES 
PROSITE
 
PRINTS