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Vasodilation in skeletal muscle
American Journal of Physiology-Legacy Content, 1963Blood flow was studied in dog hind-limb muscle isolated except for femoral and sciatic nerves. At constant perfusion pressure, elevation of aortic pressure produced by blood transfusion or intravenous epinephrine administration elicited a three- to fourfold increase in blood flow in perfused muscle.
Richard D. Jones, Robert M. Berne
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Sympathetic Vasodilator Outflow
Physiological Reviews, 1954Abstract : Excitation of the sympathetic vasodilator outflow by hypothalamic and medullary stimulation causes a concomitant increase of cardiac contractile force and of skeletal muscle blood flow indicating those effects being integral parts of the reaction pattern elicited by intracerebral activation of the sympathetic vasodilator system.
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Vasodilating Mechanisms of Levosimendan [PDF]
Cardiovascular Drugs and Therapy, 2003 Nick Sperelakis, Hisashi Yokoshiki
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Sympathomimetics, Inotropics, and Vasodilators
AACN Advanced Critical Care, 1992Management of the critically ill patient often necessitates the use of multiple inotropic and vasoactive medications. This article offers a concise, clinical reference to guide the practicing clinician in the use of these agents. The focus is on parenteral agents used for acute rather than chronic management. Physiologic concepts basic to understanding
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Vasodilation for Vasospastic Hypertension
New England Journal of Medicine, 1973Accelerated or malignant hypertension is a progressive vasospastic disease characterized by rapidly increasing peripheral vascular resistance. Arterial pressure must be quickly and effectively reduced to halt arteriolar deterioration and to prevent advancing renal damage, hemorrhagic complications, or hypertensive encephalopathy.
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The vasodilator role of adenosine
Pharmacology & Therapeutics, 1989In this article, the evidence in favor of a vasodilator role for endogenous adenosine in heart, brain and skeletal muscle is critically reviewed, together with the current views on the cellular mechanisms of adenosine evoked ...
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Vasodilation is the physiological process in which blood vessels widen, allowing increased blood flow to various tissues in the body. This occurs mainly in the smooth muscle of blood vessels, particularly arterioles, which regulate blood flow. Vasodilation is essential for controlling blood pressure, regulating body temperature, and delivering oxygen ...
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