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...[[arteries]] and [[arterioles]]. By relaxing [[vascular smooth muscle]], vasodilators act to decrease [[peripheral resistance]], thereby lowering [[blood pressur

[[Category:Vasodilators]]

{{Peripheral vasodilators}}

{{Vasodilators used in cardiac diseases}}

{{Peripheral vasodilators}} [[Category:Vasodilators]]

{{Peripheral vasodilators}} [[Category:Vasodilators]]

{{Vasodilators used in cardiac diseases}} [[Category:Vasodilators]]

{{Peripheral vasodilators}}

{{Peripheral vasodilators}} [[Category:Vasodilators]]

{{Vasodilators used in cardiac diseases}} [[Category:Vasodilators]]

{{Peripheral vasodilators}} [[Category:Vasodilators]]

{{Peripheral vasodilators}} [[Category:Vasodilators]]

{{Peripheral vasodilators}} [[Category:Vasodilators]]

...d tissue oxygen content and increased tissue CO₂ content act as vasodilators Acidosis acts as a direct coronary vasodilator and also potentiates the ac

...ted in the last years. Experiments show that when NO and [[Prostacyclin]] (Vasodilators) are inhibited there is still another factor causing the vessels to dilate< [[Category:Vasodilators]]

...systemic circulation]]). Factors that result in vasodilation are termed '''vasodilators'''. ...oles.<ref name="CVPharmacology">[http://www.cvpharmacology.com/vasodilator/vasodilators.htm CVPharmacology]</ref>

[[Category:Vasodilators]]