Research Article

Mitochondria Biogenesis and Bioenergetics Gene Profiles in Isogenic Prostate Cells with Different Malignant Phenotypes

Table 3

Top upstream regulators and target molecules in the regulatory network.

Upstream regulatorMolecule type value of overlapTarget molecules in dataset

RBM5OtherATP5G3, CDKN2A, HSP90AA1, NDUFV2, UCP2
AIFM1EnzymeNDUFB6, NDUFS7
DEFB103A/DEFB103BOtherBCL2L1, BID
BTG2Transcription regulatorSOD1, SOD2
SHC1KinaseBAK1, BCL2L1
NFE2L2Transcription regulatorSOD1, SOD2
APPOtherDNM1L, HSPA1A/HSPA1B
RelBTranscription regulatorBCL2L1, SOD2
HSF1Transcription regulatorBCL2L1, HSP90AA1, HSPA1A/HSPA1B
SOCS1OtherBAK1, BCL2L1
IgmComplexBAK1, CDKN2A
IGFBP7TransporterSOD2
NCF2EnzymeSOD2
mir-491MicroRNABCL2L1
SIRPAPhosphataseBCL2L1
TERTEnzymeCDKN2A, SOD2
FASTransmembrane receptorBID, SOD2
PPARALigand-dependent nuclear receptorCDKN2A, CPT2
IFNGCytokineBAK1, BCL2L1, HSPA1A/HSPA1B, SOD2
LIN9OtherCDKN2A
CASP3PeptidaseBCL2L1
CUL4AOtherSOD2
BTG3OtherCDKN2A
NOXO1OtherSOD2
CBX8OtherCDKN2A
RAC2EnzymeBCL2L1
PRKACAKinaseCDKN2A
NEU2PhosphataseBCL2L1
S100A11KinaseHSPA1A/HSPA1B
BACH2EnzymeBCL2L1
CYBAOtherCDKN2A
CFLARTranscription regulatorCDKN2A
NEU2EnzymeSOD2