This podcast uncovers the hidden source of heart attacks, focusing on the relationship between lactic acid, glucose, and health conditions. It explores the stress-heart attack connection, the role of adrenaline, and its impact on cholesterol and heart health. Additionally, it discusses the causes of hypoxia and lactic acidosis, along with prevention strategies.
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Quick takeaways
Chronic stress leads to glucose production and hypoxia, increasing the risk of heart-related problems.
Smoking, vaping, and certain medications can cause lactic acidosis and contribute to heart issues.
Deep dives
The Impact of Chronic Stress on Heart Health
Chronic stress leads to an increase in adrenaline release, triggering the production of glucose in the body. This excess glucose is converted into lactate, lactic acid, and eventually leads to hypoxia. Hypoxia can result in various heart-related problems, such as arrhythmias, high blood pressure, and arterial blockages. Stress-induced adrenaline also elevates LDL cholesterol and triglyceride levels, further contributing to heart issues. Increasing parasympathetic, calming activities like long walks and reducing sugar intake can help mitigate the effects of chronic stress on heart health.
Effects of Smoking, Vaping, and Other Factors on Heart Health
Smoking and vaping release propylene glycol and nicotine, both of which increase lactate production and adrenaline, leading to hypoxia and heart problems. Tylenol poisoning, inflammation, diabetes, and excessive alcohol consumption can also cause hypoxia. Metformin, a commonly prescribed medication, can induce a severe side effect called lactic acidosis. Deficiencies in vitamins B1 and B12 can contribute to lactate accumulation and hypoxia. Avoiding triggers like smoking, vaping, excessive sugar, and adopting a ketogenic diet, along with regular B1 supplementation, can help prevent lactic acidosis and maintain heart health.
Importance of Flushing Out Stress and Nutritional Support
Reducing chronic stress triggers and engaging in stress-reducing activities like walking in nature and incorporating intermittent high-intensity exercise with rest intervals can help flush out adrenaline and cortisol. This flushing out of stress hormones helps prevent glucose production and subsequent lactate accumulation. Additionally, B1 supplementation aids in improving oxygen levels and reducing stress. Tocotrienols, a type of vitamin E, are recommended for increasing oxygen levels in the heart muscle. By actively managing and addressing chronic stress and ensuring proper nutritional support, individuals can promote heart health and prevent the negative impacts of hypoxia.