Medical/Surgical Mgmt Of CVD Flashcards
ACE inhibitor: Inhibit conversion of _____ to _____, decreases ___ retention and peripheral vaso_____ in order to ____ ____.
Angiotensin I, angiotensin II
Dilation
Decrease BP
Captopril (capotes), enalopril (vasotec), lisinopril (zestril)
ACE inhibitors
Angiotensin II receptor blockers (ARBs): blocks binder of _____ at the tissue/smooth muscle level, ____ ____.
Angiotensin II
Decreasing BP
Losartan (cozaar)
ARBs (angiotensin II receptor blocker)
Nitrates: decrease ____ through peripheral vaso____, reduce myocardial oxygen demand, reduce chest discomfort (angina); may also ____ coronary arteries, improve coronary blood flow.
preload
Dilation
Dilate
Nitroglycerin
Nitrates
Beta-adrenergic blocking agents: reduce myocardial demand by ___ ___ and _____; control ___, chest pain; reduce ____.
Reducing HR and contractility
Arrhythmias
BP
atenolol (tenormin), metropolis (lopressor, toprol XL), propranolol (inderal)
Beta blockers
Calcium channel blockers: inhibit flow of calcium ions, ____ ____, decrease ___, dilate coronary arteries, reduce ____, control ____ and chest pain.
Decrease HR
Contractility
BP
Arrhythmias
diltiazem (cardizem, procardia), amlopidine (norvasc)
CCB
Antiarrhythmics: alter ___, restore normal heart __, control arrhythmias, improve ____
Conductivity
Rhythm
CO
Digitalis: increases contractility and decreases ____. Mainstay in treatment of ____
HR
CHF
Diuretics: decrease ___ ___ by reducing preload/afterload. Control ____.
Myocardial work
HTN
Furosemide (lasix), hydrochlorothiazide (esidrix)
Diuretics
Aspirin: decrease ____ aggregation, may prevent ____
Platelet
MI