Bicluster Expression of Patient Tumors
Expression of genes from patient tumors in bicluster on left side of red dashed line and out of bicluster on right of red dashed line. Each patient tumor is represented as a boxplot, ordered by their median expression for the bicluster genes (smallest to largest) and colored according to it's GBM subtype. |
Enrichment of Tumor Subtypes in Qunitiles
Patient tumors are sorted as on the left and broken into quintiles following the dashed grey lines. Then each quintile is tested for enrichment of each tumor subtype. The deviation from zero indicate -log10(enrichment p-value), and positive values indicate over-enrichment and negative values underenrichment. |
Genes | Patient Tumors | FPC Var. Exp. (Perm. p-value) | Survival (p-value) | Independent Replication |
---|---|---|---|---|
28 | 414 | 0.66 (0.0E+00) |
3.29 (1.0E-03) |
Co-expression Survival |
Regulators | Causal Flows | Enriched GO BPs | Enriched Hallmarks of Cancer |
---|---|---|---|
3 | 13 | 34 | 2 |
Study | FPC Var. Exp. (Perm. p-value) | Survival (p-value) |
---|---|---|
Gravendeel, et al. 2009 | 0.59 (0.0E+00) | 2.96 (3.1E-03) |
Madhavan, et al. 2009 | 0.67 (0.0E+00) | 3.48 (5.0E-04) |
Murat, et al. 2008 | 0.59 (0.0E+00) | -1.18 (2.4E-01) |
Mutation | Regulator | Bicluster | ||
---|---|---|---|---|
EPHRIN_B_REVERSE_SIGNALING | IRF1 | TARGETSCAN_541 | ||
E_CADHERIN_SIGNALING_IN_KERATINOCYTES | PPARG | TARGETSCAN_541 | ||
IL1_MEDIATED_SIGNALING_EVENTS | IRF1 | TARGETSCAN_541 | ||
IL23_MEDIATED_SIGNALING_EVENTS | PPARG | TARGETSCAN_541 | ||
IL2_MEDIATED_SIGNALING_EVENTS | ELF1 | TARGETSCAN_541 | ||
IL3_MEDIATED_SIGNALING_EVENTS | IRF1 | TARGETSCAN_541 | ||
IL5_MEDIATED_SIGNALING_EVENTS | IRF1 | TARGETSCAN_541 | ||
NECTIN_ADHESION_PATHWAY | IRF1 | TARGETSCAN_541 | ||
OSTEOPONTIN_MEDIATED_EVENTS | IRF1 | TARGETSCAN_541 | ||
PIK3CA | IRF1 | TARGETSCAN_541 | ||
SHP2_SIGNALING | PPARG | TARGETSCAN_541 | ||
SIGNALING_EVENTS_MEDIATED_BY_THE_HEDGEHOG_FAMILY | ELF1 | TARGETSCAN_541 | ||
SIGNALING_EVENTS_MEDIATED_BY_VEGFR1_AND_VEGFR2 | IRF1 | TARGETSCAN_541 |
GO Term | GO BP ID | Genes |
Response to molecule of bacterial origin | GO:0002237 | |
Activation of immune response | GO:0002253 | |
Immune system process | GO:0002376 | |
Immune response-activating cell surface receptor signaling pathway | GO:0002429 | |
Antigen processing and presentation of peptide or polysaccharide antigen via mhc class ii | GO:0002504 | HLA-DRA |
Regulation of immune system process | GO:0002682 | |
Positive regulation of immune system process | GO:0002684 | |
Immune response-activating signal transduction | GO:0002757 | |
Immune response-regulating signaling pathway | GO:0002764 | |
Immune response-regulating cell surface receptor signaling pathway | GO:0002768 | |
Response to stress | GO:0006950 | |
Defense response | GO:0006952 | |
Inflammatory response | GO:0006954 | CYBB GBP5 HCK S100A8 S100A9 TLR2 |
Immune response | GO:0006955 | FCGR2B HLA-DMB HLA-DRA LCP2 RGS1 TLR2 |
Response to biotic stimulus | GO:0009607 | |
Response to wounding | GO:0009611 | |
Response to bacterium | GO:0009617 | |
Response to organic substance | GO:0010033 | |
Antigen processing and presentation | GO:0019882 | |
Response to lipopolysaccharide | GO:0032496 | S100A8 |
Response to cytokine stimulus | GO:0034097 | |
Response to interferon-gamma | GO:0034341 | |
Innate immune response | GO:0045087 | C1QB CLEC4A CYBB FCER1G HCK LCP2 NCF2 S100A8 S100A9 TLR2 |
Respiratory burst | GO:0045730 | CYBB NCF2 |
Regulation of immune response | GO:0050776 | FCGR2B |
Positive regulation of immune response | GO:0050778 | HLA-DMA |
Antigen receptor-mediated signaling pathway | GO:0050851 | |
T cell receptor signaling pathway | GO:0050852 | HLA-DRA LCP2 |
Multi-organism process | GO:0051704 | |
Response to other organism | GO:0051707 | |
Interferon-gamma-mediated signaling pathway | GO:0060333 | HCK HLA-DRA IFNGR2 |
Cellular response to chemical stimulus | GO:0070887 | |
Cellular response to cytokine stimulus | GO:0071345 | |
Cellular response to interferon-gamma | GO:0071346 | GBP5 |
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Legend: Hanahan and Weinberg, Cell 2011 |