WikiBiomeThe human microbiome encyclopedia
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.

20%
weighted overlap
16
shared signals
Comparison

Barrett's EsophagusandGastroesophageal Reflux Disease (GERD)

5 references occur in both reconciled evidence sets. Shared signals do not establish shared causes, diagnoses, or treatments.

7
Barrett's Esophagus references
16
Gastroesophageal Reflux Disease (GERD) references
5
shared references
01

Metals elevated or accumulated

0 shared

Shared

None indexed

Only in Barrett's Esophagus

Only in Gastroesophageal Reflux Disease (GERD)

Nickel DietaryPM2.5 MetalsNickel
06

Host response depleted

1 shared

Shared

Claudin 1

Only in Barrett's Esophagus

None indexed

Only in Gastroesophageal Reflux Disease (GERD)

OccludinDendritic CellsGlutathione (GSH)
07

Ecological state

2 shared

Shared

Gram Negative Anaerobe DominanceOral Esophageal Translocation

Only in Barrett's Esophagus

Type II MicrobiomeIntestinal MetaplasiaAneuploidyH Pylori Paradoxical ProtectionProgressive Prevotella Gradient

Only in Gastroesophageal Reflux Disease (GERD)

Type I To Type II Esophageal ShiftLPS TLR2 IL6 Claudin1 DIS PathwayStreptococcus Prevotella Co ExclusionSIBO GERD OverlapBile Acid Mucosal DamagePPI Induced Secondary DysbiosisArachidonic Acid Pathway DisruptionBidirectional Gut Brain AxisType I To Type II Microbiome ShiftPPI Driven PH ElevationSIBOTLR2 TLR4 ActivationBidirectional Dysbiosis CycleFungal DysbiosisNickel Allergic Mucosal Inflammation
08

Virulence and functional enzymes

3 shared

Shared

LPS BiosynthesisTonB Iron TransportBacterial Proteases

Only in Barrett's Esophagus

MlaD Membrane Lipid Asymmetry

Only in Gastroesophageal Reflux Disease (GERD)

Nickel-UreaseNiFe-HydrogenaseArachidonic Acid EnzymesTrypsin Like PAR2 ActivatorsABC TransportersFungal LipasesBeta-Glucuronidase