Comparative evidence
Compare conditions
Put two canonical disease records side by side. The result is a shareable, deterministic comparison of what is shared, what is unique, and how much evidence each record currently carries.
- 21%
- weighted overlap
- 22
- shared signals
Comparison
Colorectal CancerandCardiovascular Disease
0 references occur in both reconciled evidence sets. Shared signals do not establish shared causes, diagnoses, or treatments.
- 36
- Colorectal Cancer references
- 24
- Cardiovascular Disease references
- 0
- shared references
Metals depleted or redistributed
2 sharedTaxa enriched
4 sharedShared
Only in Colorectal Cancer
Only in Cardiovascular Disease
Taxa depleted
3 sharedShared
Only in Colorectal Cancer
Only in Cardiovascular Disease
Host response elevated
3 sharedShared
Only in Colorectal Cancer
Only in Cardiovascular Disease
Host response depleted
1 sharedShared
Only in Colorectal Cancer
Only in Cardiovascular Disease
Ecological state
2 sharedShared
Only in Colorectal Cancer
Secondary Bile Acid AccumulationFermentative Acidic MicroenvironmentEpithelial Barrier DisruptionColonic Serotonin DepletionAnaerobic DominanceSecondary Bile Acid ExcessSCFA DepletionWarburg EffectCross Kingdom DysbiosisVirome Network Disruption
Only in Cardiovascular Disease
TMAO Production DominanceLPS EndotoxemiaIndoxyl Sulfate AccumulationReduced Butyrate EcosystemFunctional ShieldingOral To Gut TranslocationEndotoxemiaOral Gut TranslocationTMAO AccumulationFungal Bacterial Co Dysbiosis
Virulence and functional enzymes
2 sharedShared
Only in Colorectal Cancer
FadAFap2LPS TLR4BFT ToxinColibactin PksUreaseGlyoxalase IBFT Zinc MetalloproteaseColibactin GenotoxinFadA AdhesinFap2 LectinNAD(P)H Oxidase
Only in Cardiovascular Disease
TMA Lyase CutC/DLipopolysaccharide LPS BiosynthesisSiderophores Enterobactin YersiniabactinTryptophanaseIndole ProductionHSP60TMA Lyase CutC CutDLPS Biosynthesis Enzymes
