Type | Description |
---|---|
Definition | ribosomal protein L3 |
Type | IDs |
---|---|
Gene |
UniProtKB-ID:
RL3_RAT
UniprotKB:
P21531
UniParc:
UPI0000170C02
EMBL:
X62166,
BC058494
Ensembl:
ENSRNOG00000016896
KO:
rno:300079
|
Nucleutide sequences |
EMBL-CDS:
AAH58494.1,
CAA44095.1
Ensembl_TRS:
ENSRNOT00000089407,
ENSRNOT00000067032
|
Protein sequencees |
Ensembl_PRO:
ENSRNOP00000060662,
ENSRNOP00000069877
RefSeq:
NP_942048.1
|
Others |
UniRef100:
UniRef100_P21531
UniRef90:
UniRef90_P39023
UniRef50:
UniRef50_P39023
UniGene:
Rn.107726
|
暂无数据
Pubmed编号 | 文献信息 | 发表日期 | 相关基因 |
---|---|---|---|
30053369 |
Structural Analysis of Hippocampal Kinase Signal Transduction. ACS Chem Neurosci Daniel B McClatchy , Nam-Kyung Yu , Salvador MartÃnez-Bartolomé , Reesha Patel , Alexander R Pelletier , Mathieu Lavalle-Adam , Susan B Powell , Marisa Roberto , John R Yates |
2018-12-19 | - |
24625528 |
Sci Rep Sungyoon Moon , Dohyun Han , Yikwon Kim , Jonghwa Jin , Won-Kyung Ho , Youngsoo Kim |
2014-01-01 | - |
23636399 |
Structures of the human and Drosophila 80S ribosome. Nature Andreas M Anger , Jean-Paul Armache , Otto Berninghausen , Michael Habeck , Marion Subklewe , Daniel N Wilson , Roland Beckmann |
2013-05-02 |
Rpl37a,
Rps4x,
Rps27a,
Rpl6,
Rps15a,
Rps20,
Rps25,
Rps23,
Rps3,
Rps16,
Rpl15,
Rps29,
Rps5,
Rps26,
Rpl32,
Rpl26,
Rpl18a,
Rpl17,
Rpsa,
Rpl23,
Rpl29,
Rps14,
Rps15,
Rps3a,
Rpl36a,
Rpl27a,
Rpl7a,
Rpl35,
Fau,
Rpl7,
Rpl3,
Rpl13a,
Rpl23a,
Rpl34,
Rpl11,
Rpl36,
Uba52,
Rplp0,
Rpl31,
Rpl4,
Rpl27,
Rpl24,
Rpl28,
Rpl14,
Rps8,
Rps12,
Rps28,
Rpl21,
Rpl10a,
Rpl5,
Rpl10,
Rpl18,
Rpl19,
Rpl22,
Rpl37,
Rps11,
Rps21,
Rps24,
Rps2,
Rps27,
RpL41,
RpL36,
RpL22,
sta,
RpL35,
RpL7A,
RpL17,
RpS6,
RpS28b,
RpL37a,
RpS19a,
RpS5a,
RpLP1,
RpS21,
RpL15,
RpL5,
RpL38,
RpL40,
RpL27A,
Rack1,
RpL36A,
RpS13,
RpS2,
RpL13,
RpL7,
RpS27A,
RpL9,
RpL24,
RpS26,
EF2,
RpL21,
RpL31,
RpS11,
RpS23,
RpS15,
RpLP2,
RpL18A,
RpL11,
RpS18
|
23349634 |
PLoS Genet. Philippe Cloutier , Mathieu Lavallée-Adam , Denis Faubert , Mathieu Blanchette , Benoit Coulombe |
2013-01-01 |
PGK1,
SEC53,
NNT1,
FUN12,
CDC48,
MPM1,
HUWE1,
LRPPRC,
PDIA6,
DNAJA2,
TUBB3,
TUBB4A,
PPIH,
PFDN6,
CARM1,
IPO7,
CCT7,
CCT4,
CCT2,
CCT6B,
CCT8,
HSPH1,
TUBGCP2,
RUVBL2,
STIP1,
EXOSC8,
METTL23,
HIST2H3C,
CSTA,
CTSB,
METTL21A,
DYNC1H1,
EEF2,
EEF2KMT,
METTL21C,
FOXK1,
ALDOA,
HSPA4L,
KIN,
CCT5,
KDM1A,
GANAB,
EXOSC2,
CASP14,
HSPBP1,
ETFBKMT,
METTL21B,
TIPRL,
EIF3K,
HEXB,
ANXA6,
DNAJA1,
HSPA1A,
HSPA1B,
HSPA1L,
HSPA2,
HSPA4,
HSPA5,
HSPA7,
HSPA8,
HSPA9,
HSP90AA1,
HSP90AB1,
HSPD1,
IARS,
IGBP1,
TUBB8,
TUBB2B,
HSP90AB2P,
LAMP2,
LDHA,
LDHB,
MAT2A,
MDH2,
METTL1,
EXOSC1,
DNAJB11,
PFDN1,
PFDN2,
PFDN4,
PFDN5,
POLR2H,
PRMT6,
FAM86C1,
PPP6C,
RNF126,
CCDC88A,
UGGT2,
SAR1A,
UGGT1,
CCAR2,
RARS,
RPL3,
S100A7,
S100A9,
TUBBP5,
HNRNPCL3,
FAM86B2,
SNRPA1
|
22871113 |
Synaptic protein ubiquitination in rat brain revealed by antibody-based ubiquitome analysis. J. Proteome Res. Chan Hyun Na , Drew R Jones , Yanling Yang , Xusheng Wang , Yanji Xu , Junmin Peng |
2012-09-07 |
Rab1b,
Tmem59,
Msh6,
LOC100360426,
Sncb,
Csnk1a1,
Magi2,
Cxcl2,
Dnm1l,
Gng3,
Hcn2,
Clasp2,
Ubqln1,
Gne,
Stx1a,
Txn1,
Sec14l2,
Gripap1,
Mprip,
Slc6a9,
Ralb,
Ap2m1,
Nrxn2,
Slc17a7,
Vcp,
Cap2,
Dlgap2,
Lmnb1,
Trim28,
Epb41l3,
Ube2n,
Gp1bb,
Nup155,
Bin1,
Rpl6,
H3f3b,
Nlgn2,
Prdx1,
Psmc4,
Psmc1,
Epn1,
Ppp2r1a,
Hnrnpk,
Lrrc7,
Txnip,
Uba3,
Sv2b,
Tpm3,
Sv2a,
Atp6v1b2,
Rps20,
Slc8a2,
Rps3,
Faf1,
Ap2b1,
Dnm1,
Cacng8,
Cdk5,
Txnl1,
Ggt7,
Prkcd,
Palm,
Atp2c1,
Dynlrb1,
Kcnh7,
Xpnpep1,
Atxn10,
Kcnq2,
Cry2,
Rab3c,
Ndrg2,
Camk2g,
Pabpc1,
Eef1a1,
Slc12a5,
Acsbg1,
Tmem176b,
Nme1,
Tecr,
Syngap1,
Hip1,
Gpm6b,
Ehd4,
Rasgrf1,
Plpp3,
Stip1,
Caly,
Aldoa,
Aldoc,
Atp1a1,
Atp1a2,
Atp1a3,
Atp2b2,
Cacna1c,
Calm1,
Camk2d,
Ckb,
Eno1,
Gapdh
|
22681889 |
The mRNA-bound proteome and its global occupancy profile on protein-coding transcripts. Mol. Cell Alexander G Baltz , Mathias Munschauer , Björn Schwanhäusser , Alexandra Vasile , Yasuhiro Murakawa , Markus Schueler , Noah Youngs , Duncan Penfold-Brown , Kevin Drew , Miha Milek , Emanuel Wyler , Richard Bonneau , Matthias Selbach , Christoph Dieterich , Markus Landthaler |
2012-06-08 |
NBPF10,
TSFM,
LRPPRC,
RBM12,
G3BP1,
SUGP2,
MBNL2,
CEBPZ,
TRIM28,
RBM7,
RBM6,
RBM5,
ALYREF,
MPHOSPH10,
EIF1,
DDX39A,
HNRNPR,
MRPS31,
POP7,
SRRM1,
SF3B4,
AKAP8,
LOC400927-CSNK1E,
SAP18,
EIF1B,
SF3A1,
CDKN2A,
ADAR,
NPM3,
RACK1,
NSA2,
ADARB1,
RBM14,
EMG1,
NXF1,
SYNCRIP,
MYBBP1A,
DDX17,
CHERP,
NOP56,
PRPF8,
IGF2BP1,
IGF2BP3,
IGF2BP2,
KHDRBS3,
KHDRBS1,
CELF1,
CELF2,
KIF1C,
SRSF10,
UTP14A,
CPSF4,
TCERG1,
RNPS1,
SUB1,
SRSF8,
SF3A3,
HNRNPA0,
EBNA1BP2,
CKAP4,
ASCC3,
GCN1,
SF3B2,
NUDT21,
CPSF6,
DDX52,
CHD2,
DUSP14,
DIDO1,
NUPL2,
HNRNPUL1,
KRR1,
LSM6,
PSIP1,
STRAP,
SUPT16H,
MRPL3,
ATXN2L,
LARP4,
DDX42,
PDAP1,
U2AF2,
WBSCR22,
KCTD12,
CIRBP,
MRPL54,
FTSJ3,
EXOSC6,
CHCHD1,
CLK3,
CLTC,
HIST4H4,
ZC3H18,
MSI2,
MRPL10,
RAVER1,
C1orf131,
RBM45,
CPEB2
|
22658674 |
Insights into RNA biology from an atlas of mammalian mRNA-binding proteins. Cell Alfredo Castello , Bernd Fischer , Katrin Eichelbaum , Rastislav Horos , Benedikt M Beckmann , Claudia Strein , Norman E Davey , David T Humphreys , Thomas Preiss , Lars M Steinmetz , Jeroen Krijgsveld , Matthias W Hentze |
2012-06-08 |
GNPDA1,
SCARNA27,
GABPB1-AS1,
NFYC-AS1,
FKSG29,
PHKA2-AS1,
HDAC6,
PDCD6,
C17orf96,
LOC100287042,
MIR3652,
ARPC4-TTLL3,
ATP5J2-PTCD1,
TGIF2-C20orf24,
FARSB,
ABCC5,
ABCF2,
HUWE1,
ARPC4,
ARPC1B,
ACTR3,
ACTR1A,
LRPPRC,
TRAP1,
BCAP31,
NAMPT,
RBM12,
TOB1,
G3BP1,
SUGP2,
MBNL2,
ABI2,
CEBPZ,
ATP6AP2,
SLC25A15,
RCL1,
RBM7,
RBM6,
RBM5,
ALYREF,
PSME3,
MPHOSPH10,
NUTF2,
USPL1,
DDX39A,
STX6,
HNRNPR,
MRPS31,
RIDA,
SF3B4,
AKAP8,
STUB1,
SIGMAR1,
SMNDC1,
BCAS2,
SF3A1,
CDKN2A,
APBB3,
SMYD5,
ADAR,
EMC8,
NPM3,
HMG20A,
NOD1,
RACK1,
NDC80,
NSA2,
YAP1,
CD2BP2,
TUBGCP3,
RBM14,
EMG1,
ACAA2,
PPIE,
TAB1,
MAD2L2,
PIBF1,
SLC25A17,
NXF1,
CREB3,
LRRC41,
SYNCRIP,
ENOX2,
MYBBP1A,
DDX17,
ADARB2,
CHERP,
HYOU1,
IPO8,
NOP56,
RNASEH2A,
GLRX3,
DCTN2,
LAMTOR5,
PRDX4,
AGPAT1,
RPP30,
SLU7,
MRPL28
|
22082260 |
J. Proteome Res. Wei Yang , J Will Thompson , Zhengfeng Wang , Liangli Wang , Huaxin Sheng , Matthew W Foster , M Arthur Moseley , Wulf Paschen |
2012-02-03 |
LOC100359916,
LOC100360950,
Prdx1l1,
LOC100364062,
Ddx39b,
Phb2,
Hnrnpm,
Trim28,
Rpl6,
Hnrnpu,
Rps3,
Xpnpep1,
Zhx1,
Gbp2,
Eef1a1,
Atp5b,
Nacc1,
Akr1b1,
Gnb1,
Gstp1,
Hspa8,
Ldha,
Slc25a3,
Pgam1,
Pgk1,
Ppp2ca,
Ube2i,
Rpn1,
Myh9l1,
COX2,
Hspa4,
Eif4a1,
Rab5c,
Ddx5,
Galk1,
Zbtb20,
Mcm7,
Pa2g4,
Eprs,
Hnrnpc,
Tubb2b,
Matr3,
Nars,
Brd8,
Nup93,
Tubb5,
Znhit6,
Rps14,
Sox6,
Serpinh1,
Kif22,
Sox10,
Eef1g,
Acta1,
Tars,
Cct5,
Ptbp1,
Atn1,
Cct3,
Rap1a,
Prpf40a,
Eef2,
Hnrnpa1,
Gdi2,
Gars,
Mcm4,
Usp39,
LOC297756,
Tardbp,
Aldoart2,
Hsp90aa1,
Rpl3,
Krt1,
Arcn1,
RGD1565900,
Hsp90ab1,
Sumo1,
Chd3,
Morc3,
Kdm5b,
Dhx9,
Eif6,
Ccar2,
LOC306079,
Tcerg1,
Nfat5,
Sae1,
Irf2bp1,
Uba2,
Hnrnph2,
Rsf1,
Numa1,
Hnrnpul2,
Zeb2,
Rps6ka5,
Bcl11b,
Uba1,
Wars,
Wiz
|
21873635 |
Phylogenetic-based propagation of functional annotations within the Gene Ontology consortium. Brief. Bioinformatics Pascale Gaudet , Michael S Livstone , Suzanna E Lewis , Paul D Thomas |
2011-09-01 | - |
21700703 |
J Biol Chem Michael Popiolek , John F Ross , Erik Charych , Pranab Chanda , Eckart D Gundelfinger , Stephen J Moss , Nicholas J Brandon , Mark H Pausch |
2011-08-19 | - |
排名 | 科研单位 | 文献 |
---|---|---|
1 |
Ludwig-Maximilians-Universität München |
1 |
2 |
European Molecular Biology Laboratory, Heidelberg, Germany. |
1 |
3 |
Weizmann Institute of Science |
1 |
4 |
and Blood Institute |
1 |
5 |
Berlin Institute for Medical Systems Biology |
1 |
目前还没有研究热点单位
排名 | 研究人员 | 文献 |
---|---|---|
1 |
John R Yates |
2 |
2 |
Tom L Casavant |
2 |
3 |
Ursula Skalska |
2 |
4 |
Mark Ketteman |
2 |
5 |
Richard A Gibbs |
2 |
目前还没有研究热点人员