The RAAS Pathway (ACEIs & ARBs)
Calcium Channel Blockers (CCBs)
Blockers & Selective Agents (Beta & Alpha)
Diuretics & Vasodilators
Specialized Meds & Arrhythmias
100

These antihypertensives are easily identified in a medication list by their shared "-pril" suffix

ACE Inhibitors

100

This specific medication is the 5th most prescribed drug in the United States and belongs to the dihydropyridine subclass.

Amlodipine (Norvasc)

100

Nearly every drug in this class, used for hypertension and post-MI therapy, carries the "-olol" suffix.

Beta Blockers

100

The brand name of this loop diuretic is a literal reference to its typical six-hour duration of effect.

Lasix (Furosemide)

100

 This Class III antiarrhythmic is highly effective for atrial and ventricular arrhythmias when other drugs fail.

Amiodarone

200

This class of drugs, including Losartan, is often used as a "backup plan" for patients who cannot tolerate the dry cough associated with ACE inhibitors

Angiotensin II Receptor Blockers (ARBs)

200

Dihydropyridines like Nifedipine can be identified by this consistent suffix.

-dipine

200

Ranked #6 in U.S. prescribing frequency, this beta-1 selective agent is a cornerstone of cardiovascular disease management

Metoprolol

200

 Ranking #12 on the prescribing scale, this is the most common thiazide diuretic used to treat hypertension.

Hydrochlorothiazide (HCTZ)

200

This Class V cardiac glycoside provides a dual balance by strengthening heart contractions while slowing atrial conduction.

Digoxin

300

The chemical structure of this 1981 breakthrough medication was modeled after peptides found in Brazilian pit viper venom.

Captopril

300

Unlike dihydropyridines, these two specific CCBs exert more pronounced cardiac effects and do not follow the standard suffix.

Verapamil and Diltiazem

300

This Nobel Prize winner introduced the first beta blocker, propranolol, in the 1960s.

Sir James Black

300

This potassium-sparing diuretic is unique for its versatility in treating acne vulgaris and hyperaldosteronism

Spironolactone

300

 Introduced in 1970, this classification system organizes antiarrhythmics into five distinct classes based on their mechanism of action.

Vaughan Williams classification

400

 While the liver generates angiotensinogen, this enzyme is primarily generated on the surface of pulmonary and renal endothelium

Angiotensin-converting enzyme (ACE)

400

CCBs lower blood pressure by inhibiting calcium entry into this specific type of tissue, leading to vasodilation.

vascular smooth muscle

400

Patients taking this alpha blocker for hypertension or BPH must have their surgeon notified before undergoing cataract surgery

Terazosin

400

Although approved for refractory hypertension, this drug is most famous today as a topical treatment for hair growth

Minoxidil

400

This versatile molecule acts as a vasodilator, a neurotransmitter, and a natural platelet inhibitor.

Nitric Oxide 

500

This serious Type I hypersensitivity reaction to ACE inhibitors is characterized by symmetric swelling of the eyelids and lips, which must be distinguished from the emergency known as orbital cellulitis.

Angioedema

500

This topical ophthalmic drug should be avoided in patients taking amlodipine because it antagonizes the medication's antihypertensive effects

Atropine

500

Caution is required when prescribing beta blockers to diabetic patients because the drugs can mask the symptoms of this condition.

Hypoglycemia

500

 This direct-acting vasodilator, ranked #121, is often used when standard antihypertensives are insufficient.

Hydralazine

500

Nitroglycerin is often administered via the sublingual route specifically to bypass this biological process.

First-pass metabolism