Linked from

The 25 pages that link to Endothelium, each with the reason it gives.

• HemostasisRelated: Intact endothelium suppresses clotting; injury exposes surfaces that promote it.

• VasoconstrictionRelated: Endothelial signals can promote or oppose the smooth-muscle contraction.

• ThrombosisRelated: Endothelial damage or dysfunction can shift a vessel surface toward clot formation.

• Basement membraneRelated: Endothelial cells also rest on basement membranes, extending the concept beyond surface epithelia.

• ArteryRelated: Arterial endothelial cells sense flow and release signals that affect vessel tone and clotting.

• Vascular smooth muscleRelated: Endothelial signals, including nitric oxide and endothelin, regulate adjacent smooth muscle.

• ViremiaRelated: Endothelial barriers can constrain or facilitate viral passage from blood into tissues.

• MicrocirculationRelated: Endothelial cells regulate permeability and signals that adjust local vessel behavior.

• Hemolytic uremic syndromeRelated: Endothelial damage in kidney microvessels drives platelet consumption and red-cell fragmentation.

• Antiphospholipid syndromeRelated: Antiphospholipid antibodies can activate endothelial cells, favoring a prothrombotic vessel surface.

• ArterioleRelated: Endothelial signals influence arteriolar smooth-muscle tone.

• DesmopressinRelated: Endothelial storage granules supply the von Willebrand factor released after treatment.

• ErectionRelated: Endothelial signaling helps regulate the vessel relaxation needed for increased penile blood flow.

• VenuleRelated: Venular endothelial cells control permeability and interactions with passing blood cells.

• Caldwell EsselstynRelated: Esselstyn emphasizes preserving the endothelium’s capacity to regulate blood flow.

• Raynaud syndromeRelated: Endothelial signaling helps regulate the vessel constriction and dilation disrupted during attacks.