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What are ace inhibitors? Mechanism of angiotensin 2 and pharmacological actions Examples of ace inhibitors Pharmcology of ace inhibitors ( Mechanism, Therapeutic uses, and side effects)
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1.Blood vessel : Vasoconstriction by smooth muscle contraction thus results in increase in Bp
2.Kidney : ↑ Na/H₂O reabsorption results in increase in blood volume thus increase in Bp Angiotensin II stimulates the release of Aldosterone from adrenal cortex Aldosterone acts on distal tubule of nephron to reabsorb Na/H₂O and also Increase in K+ excretion
They are the first choice of drugs in all grades of essential as well as renovascular hypertension It inhibits Angiotensin converting enzyme which inhibits the Angiotensin II formation Lower doses (enalapril 2.5-10 mg/day or equivalent) which are well tolerated
Used alone they can control hypertension in 50-60% patients, and addition of b blocker/ diuretics it can extend efficacy to ~90%
A- Angiotensin II Aldosterone ADH C- ↓ Constriction
Hypertension Heart failure Coronary artery disease/ MI Cardiac remodeling Renal disease
Cough Angioedema Pregnancy problem Taste changes Other (rashes, fatigue) Proteinuria Renal insufficiency Increased potassium – hyperkalemia Low Bp