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The 40 pages that link to Blood pressure, each with the reason it gives.

• Cardiovascular diseaseRelated: Its sustained elevation is both a measurable risk factor and a source of vascular injury.

• Cardiac outputRelated: Pressure and cardiac output jointly shape blood flow through the systemic circulation.

• VasoconstrictionRelated: Constriction can raise pressure upstream by increasing resistance.

• VasodilationRelated: Systemic dilation can reduce pressure by lowering peripheral resistance.

• Metabolic syndromeRelated: Thresholds for elevated blood pressure help determine whether the cluster is present.

• Pulmonary circulationRelated: Pressure drives flow through the low-resistance vessels of the lungs.

• Pressure gradientRelated: Differences in blood pressure along vessels provide the gradient that drives circulation.

• Vascular resistanceRelated: Pressure differences drive flow against vascular resistance.

• Circulatory systemRelated: It is a key measure of the pressure driving flow through the vascular system.

• ShockRelated: Pressure helps sustain organ perfusion, though normal readings do not rule out shock.

• Vasovagal syncopeRelated: A sudden fall can reduce the brain's blood supply and contribute to loss of consciousness.

• Blood flowRelated: Pressure supplies the gradient that drives blood through the circulation.

• AneurysmRelated: Higher pressure increases mechanical load on an already weakened vessel wall.

• MicrocirculationRelated: Pressure gradients propel blood through arterioles, capillaries, and venules.

• HemodynamicsRelated: Pressure differences between regions drive blood through the circulation.

• Vital signsRelated: It reflects circulatory pressure and is routinely recorded with vital signs.

• Blood circulationRelated: Pressure gradients move blood through vessels and reflect the heart's pumping work.

• Blood vesselRelated: Pressure drives blood through the vessel network and falls as blood moves away from the heart.

• Cardiovascular systemRelated: Pressure gradients propel blood and reflect the load on the heart and vessels.

• Postural orthostatic tachycardia syndromeRelated: Blood-pressure measurements help distinguish POTS from orthostatic hypotension.

• Systole (cardiac physiology)Related: Arterial pressure rises during ventricular ejection and falls during relaxation.

• TorrRelated: Clinical pressure is commonly recorded in millimetres of mercury, a unit closely related to torr.

• BeetrootRelated: Beetroot nitrate may modestly lower blood pressure by increasing nitric oxide availability.

• CitrullineRelated: Nitric oxide provides a plausible link between citrulline intake and vascular pressure, but effects vary.

• Healthy dietRelated: Sodium and potassium intake can influence this cardiovascular risk factor.

• Millimetre of mercuryRelated: Clinical blood pressure is conventionally reported in millimetres of mercury.

• Jean Léonard Marie PoiseuilleRelated: Quantitative study of circulation framed Poiseuille’s investigation of blood flow.

• NosebleedRelated: A high reading during an episode does not by itself establish what caused the bleeding.

• Physiological phenomenaRelated: It is a measurable outcome of cardiovascular function and vascular resistance.