Rethinking Cardiovascular Disease Treatment Methods

Current treatments for heart disease fail to address root causes. Stents and bypass surgery only restore blood flow temporarily without tackling underlying endothelial dysfunction and inflammation driving heart disease Despite their ability to lower cholesterol, statins have limitations. While these drugs lower LDL cholesterol by 25% to 35%, they don't address oxidative damage or rebuild vessel health, leaving underlying inflammatory processes unchanged Excess linoleic acid (LA) from vegetable oils fuels heart disease. Modern diets contain 7.2% LA, as opposed to 2.8% a century ago. This creates mitochondrial dysfunction and dangerous oxidized LDL cholesterol formation Reducing LA intake shows measurable cardiovascular benefits. Limiting LA to under 5 grams daily reduces inflammatory markers like hsCRP by 15% and IL-6 by 10% within weeks Novel approaches like nanoparticle chelation show promise. Targeted delivery systems can address calcified plaques directly, offering more precise treatment than traditional intravenous methods at lower costs

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