Why I Eat Keto for High Lp(a)
In a Nutshell
High Lp(a), a genetically driven cholesterol particle, heightens heart attack risk up to 230% by depleting BH4, uncoupling eNOS, and generating superoxide that fuels arterial oxidative stress and inflammation—independent of ApoB. A high-fat ketogenic diet counters this by elevating BHB (>1.0 mmol/L) to boost NADPH for BH4 regeneration, restore nitric oxide, reduce superoxide via multiple pathways, and slash visceral fat. Additional protocols: 1,000 mg/day vitamin C (split doses), 500 mcg MTHF (especially for MTHFR variants), and high-flavanol dark chocolate (≥90%, low metals), targeting waist-hip ratio <0.9 (men)/<0.85 (women).
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What if a carefully formulated high-fat ketogenic diet could protect against one of the most feared drivers of heart disease? Cardiovascular disease remains a world-leading cause of death. Doctors and scientists are turning attention to new players like Lp(a) (LP little a), a cholesterol-containing particle that floats in the blood and contributes to plaque buildup in arteries, heart attacks, stroke, and death. Those with high Lp(a), like the speaker, have a 230% increased risk of heart attack-related death. Lp(a) is 90% genetically determined, passed on like from the speaker's dad. This video assembles pieces of a biological puzzle for how a specific high-fat ketogenic diet might reduce or eliminate the impact of Lp(a).
Today, walk through the science and reveal tools that can make life-or-death differences. Genes are a ticking time bomb, increasing risk of dying from cardiovascular disease by up to 230%. Lp(a) is a structure believed to significantly increase cardiovascular risk. It's not a superhero; it's a super villain that bounces around chaotically in cells, damaging whatever it touches. You're not just losing a good thing; you're generating a bad one.
Real quick, find more in-depth content at the Stay Curious Metabolism newsletter, including multiple letters on Lp(a). There's a deeper level with long-form, highly referenced articles.
Chapter 1: Background on Lp(a) and why it poses serious cardiovascular risk.
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