CPLM 1.0 - Compendium of Protein Lysine Modification
Tag
Content
CPLM ID
CPLM-027579
UniProt Accession
Q8NF45_HUMAN
;
Q8NF45
Genbank Protein ID
AK090435
Genbank Nucleotide ID
BAC03416.1
Protein Name
FLJ00353 protein
Protein Synonyms/Alias
Gene Name
FLJ00353
Gene Synonyms/Alias
Created Date
July 27, 2013
Organism
Homo sapiens (Human)
NCBI Taxa ID
9606
Lysine Modification
Position
Peptide
Type
References
116
KTWQGHM
K
ATQSYLQ
ubiquitination
[1]
Reference
[1] A proteome-wide, quantitative survey of in vivo ubiquitylation sites reveals widespread regulatory roles.
Wagner SA, Beli P, Weinert BT, Nielsen ML, Cox J, Mann M, Choudhary C.
Mol Cell Proteomics. 2011 Oct;10(10):M111.013284. [
PMID: 21890473
]
Functional Description
Sequence Annotation
Keyword
Sequence Source
UniProt (SWISSPROT/TrEMBL); GenBank; EMBL
Protein Length
1766 AA
Protein Sequence
EEDARLKQLQ AAAAHWQQHQ QHRVGFQYQG IMQKHTQLQQ ILQQYQQIIQ PPPHIQTMSV 60
DMQLRHYEMQ QQQFQHLYQE WEREFQLWEE QLHSYPHKDQ LQEYEKQWKT WQGHMKATQS 120
YLQEKVNSFQ NMKNQYMGNM SMPPPFVPYS QMPPPLPTMP PPVLPPSLPP PVMPPALPAT 180
VPPPGMPPPV MPPSLPTSVP PPGMPPSLSS AGPPPVLPPP SLSSAGPPPV LPPPSLSSTA 240
PPPVMPLPPL SSATPPPGIP PPGVPQGIPP QLTAAPVPPA SSSQSSQVPE KPRPALLPTP 300
VSFGSAPPTT YHPPLQSAGP SEQVNSKAPL SKSALPYSSF SSDQGLGESS AAPSQPITAV 360
KDMPVRSGGL LPDPPRSSYL ESPRGPRFDG PRRFEDLGSR CEGPRPKGPR FEGNRPDGPR 420
PRYEGHPAEG TKSKWGMIPR GPASQFYITP STSLSPRQSG PQWKGPKPAF GQQHQQQPKS 480
QAEPLSGNKE PLADTSSNQQ KNFKMQSAAF SIAADVKDVK AAQSNENLSD SQQEPPKSEV 540
SEGPVEPSNW DQNVQSMETQ IDKAQAVTQP VPLANKPVPA QSTFPSKTGG MEGGTAVATS 600
SLTADNDFKP VGIGLPHSEN NQDKGLPRPD NRDNRLEGNR GNSSSYRGPG QSRMEDTRDK 660
GLVNRGRGQA ISRGPGLVKQ EDFRDKMMGR REDSREKMNR GEGSRDRGLV RPGSSREKVP 720
GGLQGSQDRG AAGSRERGPP RRAGSQERGP LRRAGSRERI PPRRAGSRER GPPRGPGSRE 780
RGLGRSDFGR DRGPFRPEPG DGGEKMYPYH RDEPPRAPWN HGEERGHEEF PLDGRNAPME 840
RERLDDWDRE RYWRECERDY QDDTLELYNR EDRFSAPPSR SHDGDRRGPW WDDWERDQDM 900
DEDYNREMER DMDRDVDRIS RPMDMYDRSL DNEWDRDYGR PLDEQESQFR ERDIPSLPPL 960
PPLPPLPPLD RYRDDRWREE RNREHGYDRD FRDRGELRIR EYPERGDTWR EKRDYVPDRM 1020
DWERERLSDR WYPSDVDRHS PMAEHMPSSH HSSEMMGSDA SLDSDQGLGG VMVLSQRQHE 1080
IILKAAQELK MLREQKEQLQ KMKDFGSEPQ MADHLPPQES RLQNTSSRPG MYPPPGSYRP 1140
PPPMGKPPGS IVRPSAPPAR SSVPVTRPPV PIPPPPPPPP LPPPPPVIKP QTSAVEQERW 1200
DEDSFYGLWD TNDEQGLNSE FKSETAAIPS APVLPPPPVH SSIPPPGPVP MGMPPMSKPP 1260
PVQQTVDYGH GRDISTNKVE QIPYGERITL RPDPLPERST FETEHAGQRD RYDRERDREP 1320
YFDRQSNVIA DHRDFKRDRE THRDRDRDRG VIDYDRDRFD RERRPRDDRA QSYRDKKDHS 1380
SSRRGGFDRP SYDRKSDRPV YEGPSMFGGE RRTYPEERMP LPAPSLSHQP PPAPRVEKKP 1440
ESKNVDDILK PPGRESRPER IVVIMRGLPG SGKTHVAKLI RDKEVEFGGP APRVLSLDDY 1500
FITEVEKEEK DPDSGKKVKK KVMEYEYEAE MEETYRTSMF KTFKKTLDDG FFPFIILDAI 1560
NDRVRHFDQF WSAAKTKGFE VYLAEMSADN QTCGKRNIHG RKLKEINKMA DHWETAPRHM 1620
MRLDIRSLLQ DAAIEEVEME DFDANIEEQK EEKKDAEEEE SELGYIPKSK WEMDTSEAKL 1680
DKLDGLRTGT KRKRDWEAIA SRMEDYLQLP DDYDTRASEP RPRGASLCVT LLPRFSSCFV 1740
STALVFFKVL QCPQEVLESC CTQARR 1766
Gene Ontology
GO:0005634
; C:nucleus; IEA:InterPro.
Interpro
IPR027417
; P-loop_NTPase.
IPR026314
; YLP_motif_con_p1.
Pfam
SMART
PROSITE
PRINTS