Regulon

Regulon: R-3737

Regulons are regulatory units consisting of a coherently expressed set of genes and the associated regulator(s) whose binding site(s) they share.

Regulon Summary

Regulon summary table displays all associated information related to the specific regulon including the number of genes in the regulon, Hazard ratio, its Regulator, the Transcriptional Program that includes the regulon, Drugs that are associated with members of the regulon, together with mechanism of action and class, and enriched hallmarks of cancer if any.

GenesCox Hazard RatioRegulatorsCausal FlowsTranscriptional ProgramsHallmarks
6-0.63600710Pr-90Self sufficiency in growth signalInsensitivity to antigrowth signalEvading apoptosisSustained angiogenesisTissue invasion and metastasisTumor-promoting inflammationReprogramming energy metabolismEvading immune detectionLimitless replicative potentialGenome instability and mutation

Regulon Genes

List of genes that are included in the regulon. These genes have similar expression profiles in subset of patients and they share common binding motif for the Regulator of the regulon. Clicking on the gene name will take you to the gene specific page with more details. Please wait while information is collated from several resources after you click.

Entrez IDEnsEMBL IDPreferred NameUniprot ID
51265 ENSG00000006837 CDKL3 Q8IVW4
5716 ENSG00000101843 PSMD10 O75832
10987 ENSG00000121022 COPS5 Q92905
4724 ENSG00000164258 NDUFS4 A0A0S2Z433
1353 ENSG00000166260 COX11 B4DI26
6415 ENSG00000178980 SEPW1 P63302

Regulon Drugs

NameApproved SymbolTypeAction TypeMechanism of ActionMax Trial PhaseMax GBM Phase
METFORMINGPD2Small moleculeINHIBITORMitochondrial complex I (NADH dehydrogenase) inhibitor42
METFORMIN HYDROCHLORIDEGPD2Small moleculeINHIBITORMitochondrial complex I (NADH dehydrogenase) inhibitor40
ME-344NDUFA4Small moleculeINHIBITORMitochondrial complex I (NADH dehydrogenase) inhibitor10

Causal Flows

Causal Flows are statistically significant links between putative causal events (somatic mutations, copy number variations, chromosomal translocations, etc.) and the activity levels of regulators and regulons. In the causal flow a mutation may causally activates or deactivates a downstream regulator which then might up- or down-regulates a regulon that contains genes with similar expression profiles and binding sites.

Causal Mechanistic Flows for Regulon R-3737

IDMutationRoleRegulatorRoleRegulon# downstream regulons# diffexp regulonsDrugs