Linked from

The 14 pages that link to Vascular resistance, each with the reason it gives.

• HypertensionRelated: Narrower or stiffer arteries increase resistance and can sustain elevated pressure.

• Blood pressureRelated: Changes in vessel diameter alter resistance and strongly influence arterial pressure.

• VasoconstrictionRelated: A smaller vessel radius sharply increases resistance to flow.

• VasodilationRelated: Widening a vessel generally lowers its resistance to blood flow.

• BaroreflexRelated: Changes in vessel constriction alter resistance and therefore arterial pressure.

• Blood flowRelated: Resistance determines how much flow a given pressure gradient produces.

• MicrocirculationRelated: Changes in small-vessel diameter strongly alter resistance and tissue perfusion.

• HemodynamicsRelated: Resistance determines how much flow a given pressure gradient produces.

• Blood circulationRelated: Changes in vessel diameter alter resistance and help regulate blood flow.

• Blood vesselRelated: Small changes in vessel radius can sharply change resistance across the circulation.

• ArterioleNarrower topic: Arterioles provide much of the adjustable resistance in systemic circulation.

• Hagen–Poiseuille equationRelated: The equation models how vessel radius, length, and blood viscosity affect this resistance.

• Arteriovenous malformationRelated: Bypassing high-resistance capillaries changes flow through the AVM and its neighboring circulation.

• Jean Léonard Marie PoiseuilleRelated: The tube-resistance model offers a useful idealization of resistance in blood vessels.