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27 Cards in this Set

  • Front
  • Back
ACE Inhibitors

1) MOA
2)CU
3)AE
4)Contra
1)block conversion of AT1 to AT2
dec afterload -> dec vasc resistance, dec BP, inc CO
dec Na and H20 retention -> dec preload
dec long term remodeling of heart

2)First Choice for CHF

3) Persistent Dry Cough d/t Bradykinin; Angioedema, Postural Hypotension

4)Pregnant
Angiotensin 2 Antagonist

1)MOA
2)CU
3)AE
4)Contra
1)competitive anatagonist of angiotensin receptors

2)give if cant tolerate ACE inhib (the cough, or angioedema)

3)Do not effect bradykinin

4)Pregnant
B- Blockers

1)MOA
2)Contra
1)Negative inotropic effects
Inhibits NE -> reverse cardiac remodeling
Dec HR and inhibits Renin

2)Acute Heart Failure d/t negative inotropic effects

2)
Diuretics

1) What 2 groups of diuretics would you use to treat CHF

2) Should you use diuretics by themselves to treat CHF?
1) Loop and Thiazides

2) No, there is no mortality benefit with diuretics alone. Must be combined with another treatment for CHF
Direct Vasodilators

1)MOA
2)When would you use them?
3)How would you use them
1)vasodilation ->dec preload
arterial dilation ->dec afterload

2)Use in patients intolerant to ace or beta blockers

3)Need to use the combo of hydralazine and Isosorbide dinitrite
Spironolactone

1)MOA
2)When would you use?
3)AE
1)Aldosterone antagonist ->prevents Na retention and myocardial hypertrophy

2)Advanced cases of CHF

3)endocrine probs (gynecomastia, dec libido, menstrual probs, hyperkalemia)
Digoxin

1)MOA

2)Effects at Toxic Dose
1) inhibits Na/K ATPase -> inc Na in cell ->less driving force for Ca/Na exchanger (norm pumps Ca out and Na in) -> inc Ca in cell

-dec sympathetics and dec TPR
-inc Vagal tone on SA/AV node -> dec HR and dec O2 demand, dec AV node conductance

-baroreceptor sensitization -> inc afferent inhib activity which dec SNS and dec renin-angiotensin activity

2) Inc refractory period through AV node -> arrhythmia, tachy, fib
Digoxin

1) AE on CNS
2) AE, drug toxicity with which drugs
3) Contra
1)hallucinations, confusion, vision changes with halos on dark objects

2)Quinidine, Verapamil, Amiodarone -> because they displace digoxin from binding sites -> inc plasma conc of digoxin

3)patients with Diastolic, or RHF, Uncontrolled HTN. bradyarrhythmias
Captopril
ACE Inhibitor
Enalapril
ACE Inhibitor
Lisinopril
ACE Inhibitor
Carvedilol
Non selective B clocker
Metoprolol
B1 Selective Blocker
Propranolol
DONT USE FOR HEART FAILURE
Hydralazine
Direct Vasodilator
Isosorbide dinitrite
Direct Vasodilator
Spironolactone
Aldosterone Antagonist
Losartan
Angiotensin 2 Receptor Antagonist
Valsartan
Angiotensin 2 Receptor Antagonist
Dobutamine

1)MOA

2)CU
1)a1,b1,b2 Agonist -> inc cAMP and inc Ca ->inc contractility

NO EFFECT on HR (dont know why)

2) Inotropic agent for Acute Heart Failure
Amrinone
1)MOA
2)CU
1)Phosphodiesterase 3 inhibitor -> inc cAMP and inc Ca -> inc contractility, and cause arterial and venous vasodilation

2)Inotropic Agent used in Acute HF
Milrinone
1)MOA
2)CU
1)Phosphodiesterase 3 inhibitor -> inc cAMP and inc Ca -> inc contractility, and cause arterial and venous vasodilation

2)Inotropic Agent used in Acute HF
Dopamine
1)MOA at low dose
2)MOA at intermediate dose
3)MOA at high dose

4)CU
1)acts on Dopamine Receptors
d1->dilates renal blood vessels

2)acts on B1 receptors ->inc force and rate of contraction, and inc renin release

3)act on A1 receptors ->inc force of contraction

4)Inotrope for Acute HF
Glucagon
1)MOA
2)CU
1)Inc cAMP and Ca ->Inc contractility

2)used in patients with acute cardiac dysfunction d/t B blocker overdose
First Choice for CHF
ACE Inhibitors
What to give if cant tolerate ACE Inhibitor side effects?
Angiotensin 2 Antagonists
What do you give for the most advanced Heart Failure Cases?
Spironolactone because the most advance cases have Increased Aldosterone, and this drug antagonizes it