Linked from

The 20 pages that link to Endothelial dysfunction, each with the reason it gives.

• SepsisRelated: Inflammatory injury to vessel linings contributes to leakage, abnormal clotting, and poor tissue perfusion.

• AtherosclerosisRelated: A dysfunctional arterial lining makes it easier for lipoproteins and inflammatory cells to enter the wall.

• Cardiovascular diseaseRelated: Vessel-lining damage can precede plaque development and promote vascular complications.

• Altitude sicknessRelated: Changes in vascular permeability may contribute to edema, but their role in altitude illness remains under study.

• Coronary artery diseaseRelated: Damage to this lining helps initiate plaque formation in coronary arteries.

• Erectile dysfunctionRelated: It can contribute to erectile problems and reflect systemic vascular risk.

• Septic shockRelated: Inflammatory injury to the endothelium increases leakage and disrupts vascular tone.

• Multiple organ dysfunction syndromeRelated: Endothelial injury can impair vascular tone, barrier function, and tissue perfusion in MODS.

• Cytokine stormRelated: Inflammatory mediators can disrupt this barrier, contributing to leakage and organ injury.

• Atherosclerotic cardiovascular diseaseRelated: Endothelial injury and dysfunction help initiate plaque formation.

• Cytokine release syndromeRelated: Inflammatory injury to vascular endothelium contributes to leakage and low blood pressure in severe CRS.

• Long COVIDRelated: Vascular changes are investigated as a possible contributor to circulation and organ symptoms.

• Distributive shockRelated: Inflammatory endothelial injury can promote leakage, abnormal tone, and maldistributed perfusion.

• ArteriosclerosisRelated: It can promote processes that damage arterial walls and encourage atherosclerotic plaque formation.

• Pre-eclampsiaRelated: Placenta-derived signals can disrupt maternal endothelium, contributing to hypertension and organ injury.

• Health effects of smoking tobaccoRelated: Smoking damages vessel linings, helping explain its role in atherosclerosis and heart attacks.