CPLM 1.0 - Compendium of Protein Lysine Modification
Tag
Content
CPLM ID
CPLM-038387
UniProt Accession
E9Q368_MOUSE
;
E9Q368
Genbank Protein ID
AC151908
Genbank Nucleotide ID
Protein Name
Protein Gm17296
Protein Synonyms/Alias
Gene Name
Gm17296
Gene Synonyms/Alias
Created Date
July 27, 2013
Organism
Mus musculus (Mouse)
NCBI Taxa ID
10090
Lysine Modification
Position
Peptide
Type
References
349
RMFESEN
K
ILAKEGV
acetylation
[1]
Reference
[1] Proteomic investigations of lysine acetylation identify diverse substrates of mitochondrial deacetylase sirt3.
Sol EM, Wagner SA, Weinert BT, Kumar A, Kim HS, Deng CX, Choudhary C.
PLoS One. 2012;7(12):e50545. [
PMID: 23236377
]
Functional Description
Sequence Annotation
Keyword
Complete proteome; Reference proteome.
Sequence Source
UniProt (SWISSPROT/TrEMBL); GenBank; EMBL
Protein Length
1579 AA
Protein Sequence
MERVLADALL TQSREPGELL GALCGGEASA ERAETLRLVL QRLEERGAGA GALAKAAHEV 60
ARDHLVPLLH ASQGGGPARP RVLRAASAAL RSCARLAGPE LAVTLAEEAL RELPSAPAVE 120
LLAAVAPCLR APEDAPLLRR LGRASVELAL AGDAPPAVGA RLLPALAQSA EPALRAAWDA 180
LSSAGPGAEG STGPELLVLS ALAEKLLTNH ERHGDLDARL CGRFWRTVQA GLGRAQDGLT 240
RKRARYLLQR AVQVSAELAV DCSCSPQDTK GPSLFWWSEK RKDELLKFWE NYILIMEILE 300
GNQIHVIKPA LPKLNRLFEC AVSEENGCWL FHPSWHTCIY KRMFESENKI LAKEGVIHFL 360
ELYDVKSLPY SPELSEFITG PLMDALSESC LYSRSPGQPL GSDSPLGLKL QKFLVTYTSL 420
LPEETKSCFL LKLIQRMADR HWCAVPVLFL SRALASIPSC KALGGEGLLA LRDVLQRTMI 480
THQVLLRGAA QCYLLQTAMR LVDVEKVSLS DISAFLLSLR QEESLGRGTV LWTELCDWLR 540
VNERYFKQSS LGGSDGQEAS LNAYVKNLVQ EFVKSPGWEK ESSFMPDWLD ARLTALMVLL 600
AVDVEGLKTK FREKQRTQNV LRIFLDPLLD ALGKLGTNAY MPLLRTDRCL QLLVRLLHSC 660
VPRRPGAQDD EVSTALQGSI MSASESVSQF VLRRLTMNEL QDVADLDRCQ LYLTVLSELM 720
SLQVKLGWKA GNPISRVLSP LKNACVRHLQ EAEDRQEPTL SHQVQRVVSM AALAALCEAV 780
DQYPVLQPDS PNAEPVDRFL SALPLNHVLQ KPRSEEQSIG VCPLENGSVF EESLSSKGWG 840
KVVAQYLHDQ WVCLSFLLRK HHHLIPSTES DVLEGFLPTA ETPVQALQAA LDVLTVLPAG 900
RILPVFRCME VLVPKLLTSE ETLCIESFDV AWKIISSLSN TQLTFWPNLK AFVHFVFDHE 960
ILTIAAKLKG QVYFKIKEIM CKMIEMSSIK SGVFNILIRH CCQSWLVAAS GVSQGSFSSA 1020
KDYSELVLEA CVFGTVFRRD QRLIQDVQTF IENLGQGCAA NVIIENAKRE DYYVRICAIK 1080
FLCLLDGSDV SHKLFLEALA IKLLDKDESA SRSRTRYHEN SLQHRVKNRV WQTLLVLFPA 1140
FDQNFLHGII DKVFHAGFTN NQASIKYFIE WLIILILHKF PEFLPKFWAC FSYGEEKIKA 1200
SICTFLSVLS HLDIIVQNIP EKKLVLKQAL TVALQWCLSH NFSVRLYALV ALKKAWHLCK 1260
TLQFEECGAW TAVIECSLSQ AESMHGAGNA RKNWQRIQDH FFFSTFHPLK DYCLETIFYT 1320
LPRLSGVTGE EWIALDKFAN FTDIPSNAGS QWYLSGTALG ELSPGDWSQQ DQGSTLGEAD 1380
SQSEWADVQK KIIPWGQSAL ESDLELEFQD RAAKLGKSIS RLIVVASLID KPTNLGGLCR 1440
TCEVFGAAVL VVGSLQCVSD RQFQHLSVSA EQWLPLVEVR PSQLMNYLQQ KKAEGYTVIG 1500
VEQTAQSSDL AQYRFPEKSL LLLGNEREGI PANLIQQLDV CVEIPQQGII RSLNVHVSGA 1560
LLIWEYTRQQ LLGCAEPPS 1579
Gene Ontology
GO:0003723
; F:RNA binding; IEA:InterPro.
GO:0008173
; F:RNA methyltransferase activity; IEA:InterPro.
GO:0001510
; P:RNA methylation; IEA:GOC.
GO:0006396
; P:RNA processing; IEA:InterPro.
Interpro
IPR025806
; Prob_MeTrfase_TARBP1.
IPR001537
; SpoU_MeTrfase.
Pfam
PF00588
; SpoU_methylase
SMART
PROSITE
PS51624
; SAM_MT_TRMH_2
PRINTS