CDK12 and SRSF1

  • Number of citations of the paper that reports this interaction (PMID 11683387)
  • 22
  • Data Source:
  • HPRD (in vitro)

CDK12

SRSF1

Gene Name cyclin-dependent kinase 12 serine/arginine-rich splicing factor 1
Image No pdb structure
Gene Ontology Annotations Cellular Component
Molecular Function
Biological Process
Pathways
Drugs
Diseases
GWAS
Protein-Protein Interactions 7 interactors: EWSR1 MBP PIN1 POLR2A PRPF40A SRSF1 SRSF2 41 interactors: AKAP17A APP BCL10 C1QBP CACNA1A CD8A CDK12 CDK6 CLK1 DIDO1 DYRK1A GEMIN2 HIPK3 HNRNPA0 LNX1 LUC7L3 NFYA NXF1 PRPF4 PRPF4B PSIP1 RNPS1 SCAF11 SNRNP70 SREK1 SRPK1 SRPK2 SRSF10 SRSF11 SRSF2 SRSF4 SRSF5 TCERG1 TNPO3 TOP1 TP53 U2AF1 U2AF2 XBP1 YTHDC1 ZRSR2
Entrez ID 51755 6426
HPRD ID 10849 02887
Ensembl ID ENSG00000167258
Uniprot IDs Q9NYV4 Q07955 Q59FA2
PDB IDs 1X4A 2M7S 2M8D 2O3D 3BEG
Enriched GO Terms of Interacting Partners?
Tagcloud ?
affects  associate  bulk  ccnk  cdk13  cdk9  cdks  ctd  elongation  far  flag  hct116  heptad  implementing  numerous  paralog  partner  phosphorylate  preferentially  processing  repeat  reveals  rna  sec  seq  snorna  super  tagged  tefb 
altering  c16  c24  c6  ceramide  ceramides  deleted  deletion  dephosphorylated  disclose  eliminate  exogenous  exon  heterozygous  introducing  lose  posttranscriptional  preferentially  restore  restored  restores  restoring  sensitizes  ser15  sphingolipids  splicing  stabilizing  translocated  unrecognized 
Tagcloud (Difference) ?
affects  associate  bulk  ccnk  cdk13  cdk9  cdks  ctd  elongation  far  flag  hct116  heptad  implementing  numerous  paralog  partner  phosphorylate  processing  repeat  reveals  rna  sec  seq  snorna  super  tagged  tefb 
altering  c16  c24  c6  ceramide  ceramides  deleted  deletion  dephosphorylated  disclose  eliminate  exogenous  exon  heterozygous  introducing  lose  posttranscriptional  restore  restored  restores  restoring  sensitizes  ser15  sphingolipids  splicing  stabilizing  translocated  unrecognized 
Tagcloud (Intersection) ?
preferentially