Can a keto diet eliminate cancer growth? Dr. Thomas Seyfried says yes
Target Cancer・2 minutes read
Dr. Thomas Seyfried discusses targeting cancer cells by starving them of fermentable fuels like glucose and glutamine, transitioning the body to a ketotic state to protect normal cells while targeting cancer cells. The goal is to prolong the lives of cancer patients with a high quality of life by utilizing a press pulse therapeutic strategy that combines diet and drugs in a specific sequence for optimal synergy without toxicity.
Insights
- Cancer cells rely on glucose and glutamine for fermentation metabolism, making them vulnerable to starvation by removing these fermentable fuels.
- The press pulse therapeutic strategy, involving consistent glucose reduction and intermittent glutamine targeting, can effectively target tumor cells while sparing the immune system, showcasing a promising approach to cancer treatment with reduced toxicity levels.
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Recent questions
How do cancer cells obtain energy?
Cancer cells rely on glucose and glutamine for fermentation metabolism, not on oxygen like normal cells. This unique metabolic process allows cancer cells to thrive and grow rapidly by utilizing fermentable fuels.
What is the press pulse therapeutic strategy?
The press pulse therapeutic strategy involves consistently reducing glucose levels while pulsing glutamine targeting drugs to starve cancer cells of their fermentable fuels. This approach aims to target tumor cells effectively while protecting normal cells and the immune system, ultimately prolonging the lives of stage four cancer patients.
Why is ketosis beneficial in targeting cancer cells?
Transitioning the body to a ketotic state protects normal cells while targeting cancer cells by preventing them from using fatty acids and ketones as fuel. This metabolic state inhibits cancer cells' ability to grow and proliferate, making them more vulnerable to treatments that starve them of fermentable fuels.
How does chronic inflammation contribute to cancer development?
Chronic inflammation from factors like obesity and processed foods can damage mitochondria, leading to oxidative phosphorylation dysfunction and cancer development. Maintaining a healthy lifestyle and diet is crucial in preventing mitochondrial injury and reducing the risk of cancer.
What lifestyle changes can help prevent cancer?
Following a metabolic approach to cancer management, such as maintaining a low-carb, high-exercise lifestyle in ketosis, can reduce the likelihood of cancer development. Avoiding highly processed carbohydrates, engaging in physical activity, and reducing chronic inflammation through healthy choices can contribute to overall health and vitality while lowering the risk of cancer.
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