Browsing: Cardiovascular Outcomes

Cardiovascular outcome evidence in diabetes and metabolism, including MACE, heart failure, renal outcomes, lipid therapy, hypertension, and cardiometabolic risk reduction.

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CARDS demonstrated that atorvastatin 10 mg reduces major cardiovascular events by 37% and stroke by 48% in patients with type 2 diabetes and normal to mildly elevated LDL-cholesterol without prior CVD, confirming that cardiovascular risk rather than LDL level should determine statin initiation and establishing universal statin use in primary cardiovascular prevention for type 2 diabetes.

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HPS demonstrated that simvastatin reduces major vascular events by 24% across all high-risk patients regardless of baseline LDL-cholesterol level, including those with diabetes without established coronary disease, eliminating the treatment threshold concept and establishing absolute cardiovascular risk as the primary criterion for statin therapy — one of the most influential results in preventive cardiology.

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WOSCOPS demonstrated that pravastatin reduces the combined incidence of nonfatal MI and coronary death by 31% in men with hypercholesterolaemia and no prior MI, establishing the primary prevention indication for statin therapy and providing the first large randomised evidence for population-level lipid lowering in high-risk individuals without established cardiovascular disease.

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The 4S trial demonstrated that simvastatin reduces all-cause mortality by 30%, coronary death by 42%, and major coronary events by 34% in patients with established coronary heart disease and no excess non-cardiovascular mortality, resolving the safety debate and establishing statin therapy as the standard of care in secondary cardiovascular prevention.

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VADT demonstrated that intensive glucose control achieving a median HbA1c of 6.9% did not significantly reduce cardiovascular events or mortality in veterans with long-standing type 2 diabetes and high cardiovascular disease prevalence, completing the ACCORD/ADVANCE/VADT triptych that defined the limits of aggressive glycaemic management in advanced disease.