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23 Cards in this Set

  • Front
  • Back

Organic Nitrates


Activation of drug causes a release of nitric oxide
NO combines with gaunylyl cyclase, causing an increase in cGMP (causing vasodilation)

Isosorbide dinitrate

Organic Nitrates


Activation of drug causes a release of nitric oxide


NO combines with gaunylyl cyclase, causing an increase in cGMP (causing vasodilation)

Isosorbide mononitrate

Organic Nitrates


Activation of drug causes a release of nitric oxide


NO combines with gaunylyl cyclase, causing an increase in cGMP (causing vasodilation)

Nitroglycerin

Beta Blockers


Decrease cardiac output, decrease sympathetic outflow, inhibit renin release

Acebutolol

Beta Blockers


Decrease cardiac output, decrease sympathetic outflow, inhibit renin release

Atenolol

Beta Blockers


Decrease cardiac output, decrease sympathetic outflow, inhibit renin release

Bisoprolol

Beta Blockers


Decrease cardiac output, decrease sympathetic outflow, inhibit renin release

Carvedilol

Beta Blockers


Decrease cardiac output, decrease sympathetic outflow, inhibit renin release

Esmolol

Beta Blockers


Decrease cardiac output, decrease sympathetic outflow, inhibit renin release

Labetalol

Beta Blockers


Decrease cardiac output, decrease sympathetic outflow, inhibit renin release

Metoprolol

Beta Blockers


Decrease cardiac output, decrease sympathetic outflow, inhibit renin release

Nadolol

Beta Blockers


Decrease cardiac output, decrease sympathetic outflow, inhibit renin release

Nebivolol

Beta Blockers


Decrease cardiac output, decrease sympathetic outflow, inhibit renin release

Propranolol

Calcium Channel Blockers


Dilates vessels by blocking the inward movement of calcium (results in the relaxation of smooth muscle and reduction in cardiac contractility)

Amlodipine

Calcium Channel Blockers


Dilates vessels by blocking the inward movement of calcium (results in the relaxation of smooth muscle and reduction in cardiac contractility)

Clevidipine

Calcium Channel Blockers


Dilates vessels by blocking the inward movement of calcium (results in the relaxation of smooth muscle and reduction in cardiac contractility)

Diltiazem

Calcium Channel Blockers


Dilates vessels by blocking the inward movement of calcium (results in the relaxation of smooth muscle and reduction in cardiac contractility)

Felodipine

Calcium Channel Blockers


Dilates vessels by blocking the inward movement of calcium (results in the relaxation of smooth muscle and reduction in cardiac contractility)

Isradipine

Calcium Channel Blockers


Dilates vessels by blocking the inward movement of calcium (results in the relaxation of smooth muscle and reduction in cardiac contractility)

Nicardipine

Calcium Channel Blockers


Dilates vessels by blocking the inward movement of calcium (results in the relaxation of smooth muscle and reduction in cardiac contractility)

Nifedipine

Calcium Channel Blockers


Dilates vessels by blocking the inward movement of calcium (results in the relaxation of smooth muscle and reduction in cardiac contractility)

Nisoldipine

Calcium Channel Blockers


Dilates vessels by blocking the inward movement of calcium (results in the relaxation of smooth muscle and reduction in cardiac contractility)

Verapamil

Sodium Channel Blocker


Inhibits the late phase of the sodium current to reduce intracellular sodium and calcium overload; this improves diastolic function

Ranolazine