Provider-supervised catalog
Cardiovascular treatments help manage risk factors like blood pressure and cholesterol using well-established medications such as lisinopril, telmisartan, rosuvastatin, and ezetimibe. Each listing shows its exact strength and price, and is dispensed only after an independent, licensed U.S. provider reviews your intake and history.
8 treatments
Telmisartan 20–80 mg Tablets
An ARB that blocks the hormone signal that tightens blood vessels, supporting steady blood pressure control. Prescribed and monitored by a licensed provider.
3 strengths available
from $39.00
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Ezetimibe 10 mg Tablets
Blocks cholesterol absorption in the gut to help lower LDL — used alone or alongside a statin. Prescribed after provider review of your lipid history.
from $49.00
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Rosuvastatin 2.5–40 mg Tablets
A statin that dials down the liver's cholesterol production so it clears more LDL from your blood. Intensity is matched to your risk profile by a licensed provider.
5 strengths available
from $29.00
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Lisinopril 2.5–40 mg Tablets
A first-line ACE inhibitor that relaxes blood vessels by cutting off the hormone that constricts them. A long-established option, prescribed after provider review.
6 strengths available
from $44.95
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Losartan 12.5–100 mg Tablets
An ARB that blocks the blood-pressure-raising signal at the receptor level. A common alternative when ACE inhibitors aren't a fit. Provider-prescribed and monitored.
4 strengths available
from $39.00
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Nebivolol 1.25–20 mg Tablets
A newer-generation beta blocker that eases the heart's workload and helps vessels relax via nitric oxide. Prescribed when provider review supports it.
5 strengths available
from $44.98
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Propranolol 5–80 mg Tablets
A classic beta blocker that blunts adrenaline's effects — slower heart rate, steadier physical stress response. Provider-prescribed for your specific use case.
6 strengths available
from $44.95
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Icosapent Ethyl 0.5–1 g Capsules
Prescription-purity EPA omega-3 that targets elevated triglycerides — not a fish oil supplement. Often paired with statin therapy after provider review.
2 strengths available
from $54.99
Choose optionsHow statins work: the cholesterol synthesis pathway
A plain-language, mechanism-focused look at the cholesterol-synthesis pathway and how statins act on the enzyme that helps drive it.
ACE inhibitors and ARBs: how they are understood to act on the renin-angiotensin system
An educational overview of the renin-angiotensin system and how ACE inhibitors and angiotensin-receptor blockers are understood to act within it.
How beta blockers are understood to act on beta-adrenergic receptors
An educational, mechanism-focused overview of how beta blockers such as propranolol and nebivolol are understood to act on beta-adrenergic receptors within the sympathetic nervous system.
Ezetimibe vs. statins: two different cholesterol-lowering mechanisms
A plain-language, mechanism-focused comparison of two cholesterol-lowering approaches: one understood to act on cholesterol absorption in the gut, the other on the body's own manufacture of cholesterol in the liver.
Telmisartan vs. losartan: how two ARBs differ pharmacologically
A neutral, mechanism-focused comparison of two prescription angiotensin II receptor blockers — telmisartan and losartan — and the pharmacologic properties that distinguish them within the same class.
Icosapent ethyl vs. fish oil: how purified EPA differs from dietary omega-3s
A neutral, composition-focused look at how a highly purified prescription EPA ester differs from the mixed EPA and DHA fatty acids found in dietary fish oil.
How blood pressure is regulated: cardiac output, vascular resistance, and the baroreflex
An educational, mechanism-focused overview of how the body sets and defends arterial blood pressure through cardiac output, vascular resistance, fast neural reflexes, and slower kidney-based signaling.
What systolic and diastolic blood pressure mean: the cardiac cycle behind the two numbers
An educational, physiology-focused look at what the top and bottom blood pressure numbers represent as the heart contracts and relaxes across the cardiac cycle.
How cholesterol travels in the blood: LDL, HDL, and ApoB
A plain-language, mechanism-focused look at how lipoprotein particles package and carry cholesterol through the bloodstream, what apolipoproteins like ApoB mark, and how reverse cholesterol transport is understood to work.
What a lipid panel measures: LDL-C, HDL-C, triglycerides, and non-HDL explained
An educational, mechanism-focused explanation of what each number on a standard lipid panel represents and how the markers map onto the body's lipoprotein transport system.
How triglycerides are metabolized: dietary fat, chylomicrons, and VLDL
A plain-language, mechanism-focused look at how the body absorbs, packages, transports, and unloads triglycerides — from dietary fat and chylomicrons to liver-made VLDL, lipoprotein lipase, and free fatty acid uptake.
How heart rate is controlled: the SA node and the autonomic nervous system
A plain-language, mechanism-focused look at how the heart's sinoatrial node generates each beat and how the autonomic nervous system speeds it up or slows it down.
Endothelial function and nitric oxide: how blood vessels regulate their own tone
A plain-language, mechanism-focused look at how the endothelium — the living lining of blood vessels — is understood to produce nitric oxide and use it to modulate vascular tone, vasodilation, and blood flow.
How atherosclerotic plaque forms in artery walls
A plain-language, mechanism-focused look at how cholesterol-carrying particles become trapped in the artery wall and how the wall's own response gradually builds an atherosclerotic plaque.
