Regulator

Summary of regulator annotations and link-out to annotation databases

Basic gene annotations are collected from Uniprot and displayed with links to original sources. A quick link to explore the genomic context with Uniprot Browser is available.

HSF1 - heat shock transcription factor 1

Uniprot Browser
Entrez IDEnsEMBL IDPreferred NameUniprot ID
3297 ENSG00000185122 HSF1 E9PI02

List of causal flows containing the regulator.

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 activate or deactivate a downstream regulator which then might up- down-regulates a regulonthat contains genes with similar expression profiles and binding sites.

Causal Mechanistic Flows for Regulator: HSF1

MutationRegulatorRoleRegulonCox Hazard RatioTranscriptional Program
AHNAK2HSF1activatesR-49-0.350252Pr-2
FAT3HSF1activatesR-49-0.350252Pr-2
MACF1HSF1activatesR-49-0.350252Pr-2
NEBHSF1activatesR-49-0.350252Pr-2
RNASeq_MAFB_CallHSF1activatesR-49-0.350252Pr-2
SYNE1HSF1activatesR-49-0.350252Pr-2
TACC2HSF1activatesR-49-0.350252Pr-2
del13HSF1activatesR-49-0.350252Pr-2
PTPRDHSF1activatesR-480.448553Pr-114

Genes (3)

PCGF5, SAMD11, KCTD21

Regulons (7)

R-48, R-2383, R-624, R-231, R-1087, R-2653, R-107

AHNAK2HSF1activatesR-50-0.599033Pr-16
RNASeq_CCND2_CallHSF1activatesR-50-0.599033Pr-16
RNASeq_MAFB_CallHSF1activatesR-50-0.599033Pr-16
SETD2HSF1activatesR-50-0.599033Pr-16
TACC2HSF1activatesR-50-0.599033Pr-16
del13HSF1activatesR-50-0.599033Pr-16
FAT3HSF1activatesR-540.604731Pr-125
MAXHSF1activatesR-540.604731Pr-125
RNASeq_CCND2_CallHSF1activatesR-540.604731Pr-125
amp1qHSF1activatesR-540.604731Pr-125
del13HSF1activatesR-540.604731Pr-125
AHNAK2HSF1activatesR-51-0.803656Pr-19
DIS3HSF1activatesR-51-0.803656Pr-19
FAM46CHSF1activatesR-51-0.803656Pr-19
MAGI1HSF1activatesR-51-0.803656Pr-19
MAXHSF1activatesR-51-0.803656Pr-19
MYO10HSF1activatesR-51-0.803656Pr-19
PTPRDHSF1activatesR-51-0.803656Pr-19
RNASeq_CCND2_CallHSF1activatesR-51-0.803656Pr-19
RNASeq_FGFR3_CallHSF1activatesR-51-0.803656Pr-19
RNASeq_MAFB_CallHSF1activatesR-51-0.803656Pr-19
TACC2HSF1activatesR-51-0.803656Pr-19
NEBHSF1activatesR-530.861178Pr-7
amp1qHSF1activatesR-530.861178Pr-7
del13HSF1activatesR-530.861178Pr-7
AHNAK2HSF1activatesR-52-0.875962Pr-9
DCHS1HSF1activatesR-52-0.875962Pr-9
DIS3HSF1activatesR-52-0.875962Pr-9
FAT3HSF1activatesR-52-0.875962Pr-9
MACF1HSF1activatesR-52-0.875962Pr-9
MAGI1HSF1activatesR-52-0.875962Pr-9
MAXHSF1activatesR-52-0.875962Pr-9
MYO10HSF1activatesR-52-0.875962Pr-9
NEBHSF1activatesR-52-0.875962Pr-9
PTPRDHSF1activatesR-52-0.875962Pr-9
RNASeq_CCND2_CallHSF1activatesR-52-0.875962Pr-9
RNASeq_FGFR3_CallHSF1activatesR-52-0.875962Pr-9
RNASeq_MAFB_CallHSF1activatesR-52-0.875962Pr-9
SETD2HSF1activatesR-52-0.875962Pr-9
TACC2HSF1activatesR-52-0.875962Pr-9
t(14;16)_cytogeneticHSF1activatesR-52-0.875962Pr-9
amp1qHSF1repressesR-55-1.27743Pr-67

Genes (4)

C6orf226, ARPC4, TRMT9B

Regulons (5)

R-55, R-1075, R-1089, R-2987, R-375

del13HSF1repressesR-55-1.27743Pr-67

Genes (4)

C6orf226, ARPC4, TRMT9B

Regulons (5)

R-55, R-1075, R-1089, R-2987, R-375

AHNAK2HSF1activatesR-56-1.77472Pr-36
DCHS1HSF1activatesR-56-1.77472Pr-36
DIS3HSF1activatesR-56-1.77472Pr-36
FAM46CHSF1activatesR-56-1.77472Pr-36
FAT3HSF1activatesR-56-1.77472Pr-36
MAXHSF1activatesR-56-1.77472Pr-36
NRASHSF1activatesR-56-1.77472Pr-36
PTPRDHSF1activatesR-56-1.77472Pr-36
RNASeq_FGFR3_CallHSF1activatesR-56-1.77472Pr-36
RNASeq_MAFB_CallHSF1activatesR-56-1.77472Pr-36
SETD2HSF1activatesR-56-1.77472Pr-36
SYNE1HSF1activatesR-56-1.77472Pr-36
t(14;16)_cytogeneticHSF1activatesR-56-1.77472Pr-36

Regulator Causal Mechanistic Flow Network

Cytoscape network of the regulator, with upstream mutations and downstream regulons.

Influences from mutations (magenta chevrons) to this regulator (blue triangles) and then from the regulator to the downstream regulons (red square) are indicated with colored edges. Red-colored edges denote up-regulation or activation while green colored edges represent down-regulation or repression.