Advanced coronary CT scans with machine learning now quantify plaque volume more accurately than LDL levels, enabling early intervention and personalized prevention for cardiovascular disease. New AI-...
New research identifies IRF7 as a critical driver of unstable atherosclerotic plaques, offering a potential therapeutic target to reduce cardiovascular events through innovative clinical trials and te...
Recent research indicates shingles vaccination may reduce inflammation and epigenetic aging in older adults, potentially lowering risks of dementia and cardiovascular diseases. Emerging evidence shows...
Recent studies link methylglyoxal to AGE formation, driving aortic stiffening via oxidative stress. Gly-Low supplements show promise in reducing AGE levels, offering new preventive strategies for hear...
A new study demonstrates that CAR regulatory T cells targeting oxidized LDL can cut atherosclerotic plaque by 70% in mice, offering a potential one-time therapy for cardiovascular disease prevention. ...
Recent research highlights how neutrophil extracellular traps (NETs) drive chronic inflammation and vascular aging, with NET inhibitors like DNase I and PAD4 antagonists showing potential in reducing ...
Excessive neutrophil extracellular traps (NETs) promote chronic inflammation and endothelial dysfunction, increasing risks for atherosclerosis and stroke, with recent research highlighting inhibitors ...
UK Biobank study reveals prolonged sitting independently raises cardiovascular risk, even among exercisers, forcing paradigm shift in heart health recommendations. Groundbreaking research shows excess...
New research shows 3-minute interval walking boosts mitochondrial energy by 49%, reduces inflammation markers by 22%, and significantly improves cardiovascular health more effectively than continuous ...
New studies reveal Curcuma kwangsiensis radix’s antiplatelet properties via three novel sesquiterpenoids, with AI models predicting thrombin inhibition and WHO endorsing standardized research. B...
