SCR-LIP-000094 · Claim · machine-readable JSON →

Lipedema thigh skin shows significantly increased dermal interstitial spaces (~46% vs 42% in controls, p=0.003) and abnormal vessel phenotype (microangiopathy) concentrated in hydrostatic-pressure-exposed areas, with elevated tissue sodium proposed as a mechanism of endothelial glycocalyx damage leading to endothelial inflammation and microangiopathy.

Claim at a glance

Structured evidence, machine-compiled — not a verdict.

Auto-compiled by the Layer 1 surveillance loop; not yet human-reviewed. anthropic/claude-sonnet-4.6 · 2026-05-31

Evidence over time

Interstitial Fluid in Lipedema and Control Skin — Allen et al. (2020) ✓ verified — refining · cross sectional · 2020 · reading confidence: high
The article directly addresses tissue-level mechanisms in lipedema (interstitial fluid accumulation, microangiopathy, endothelial inflammation via sodium-glycocalyx hypothesis) using histological analysis of skin biopsies with quantitative

Populationwomen with lipedema (thigh skin biopsies)

Conditionlipedema

Exposuredermal interstitial space expansion and elevated tissue sodium

Comparatorhealthy control thigh skin (~42% interstitial space)

Outcomemicroangiopathy and glycocalyx damage prevalence

Scopeauto-ingested from Layer 1 surveillance

Auto-ingested single source; not yet human-reviewed.