99% Cancer Cells DIE ITSELF From Easiest Metabolic Trick

Summary

Dr. Thomas Seafed, a professor of biology at Boston College, explains that cancer cells share a common vulnerability: their dependence on fermentation for energy. By targeting glucose and glutamine metabolism, especially with natural compounds like milk thistle, citrus, and soy, cancer cells can be deprived of the fuel they need to grow. Along with strategic lifestyle changes such as exercise and diet, Dr. Seafed believes metabolic therapy could become a key approach to preventing and treating cancer in the future. This approach, though not a cure, aims to remove the conditions cancer cells need to thrive.

Takeaways

• 😀 Cancer cells rely on fermentation for energy, and this is a common weakness across all types of cancer.
• 😀 Glucose and glutamine are the two main fuels that cancer cells use to sustain fermentation and grow.
• 😀 Cutting off access to glucose is simple, but glutamine is more complicated and requires targeted strategies.
• 😀 Glutamine isn't inherently harmful, but in an unstable metabolic state, it becomes fuel for cancer cells.
• 😀 Natural compounds like cylibin (found in milk thistle), naringenin (found in citrus), and genistein (found in soy) can slow down glutamine metabolism, preventing cancer growth.
• 😀 A strategic approach is essential when targeting glutamine, as it is crucial for other bodily functions like immune system support and gut health.
• 😀 Stabilizing insulin levels, reducing stress, and adding natural compounds into the diet can help with cancer prevention.
• 😀 Physical activity is vital for mitochondrial health, which helps regulate glutamine metabolism and reduce cancer cell growth.
• 😀 Inflammation triggers glutamine to fuel cancer cells, so reducing inflammation (e.g., by consuming omega-3 fats) is key in managing cancer risk.
• 😀 While metabolic therapy isn't yet a mainstream treatment, Dr. Seafed believes it will play a major role in cancer prevention and treatment in the future.

Q & A

What is Dr. Thomas Seafed's main theory about cancer cells?

Dr. Seafed believes that 99% of cancer cells can die on their own if their main growth mechanism—dependence on fermentation—is blocked. He argues that all types of cancer cells share a common weakness: their reliance on fermentation to generate energy without oxygen.

What is the primary fuel source for cancer cells, according to Dr. Seafed?

Cancer cells primarily depend on glucose and glutamine as their fuel sources. These two substances provide the energy needed for cancer cells to grow and multiply.

How does Dr. Seafed differentiate cancer cells from normal cells in terms of energy production?

Unlike normal cells, cancer cells depend on fermentation, a process that generates energy without the need for oxygen. This makes them fundamentally different, as normal cells typically rely on oxidative metabolism (using oxygen) for energy.

Why does Dr. Seafed believe glucose alone isn't enough to target cancer cells?

While cutting out glucose can be relatively simple, glutamine is more complex and crucial for cancer cell growth. Glutamine provides the necessary nitrogen for the production of DNA, RNA, and proteins in cancer cells, making it a vital part of their growth process.

How does glutamine become problematic in the context of cancer?

Glutamine becomes problematic when the body's metabolic environment is disrupted, such as during insulin spikes, mitochondrial fatigue, and chronic inflammation. In this state, glutamine can fuel cancer cells, promoting their growth and even aiding in their formation.

What is cylibin, and how does it impact cancer cells?

Cylibin, a flavonoid found in milk thistle, is a natural antioxidant that interferes with cancer cell metabolism. It reduces the activity of enzymes and blocks signaling pathways triggered by high glutamine levels, effectively putting cancer cells on a 'diet' by limiting their access to glutamine.

What are some other natural compounds that can help target cancer cells' dependence on glutamine?

Two other compounds with anti-glutamine properties are naringenin (found in citrus fruits like grapefruit, oranges, and lemons) and genistein (found in soy). Both compounds act similarly to cylibin, helping to prevent cancer cells from using glutamine for energy.

What should someone do if they are undergoing cancer treatment and want to target glutamine?

If you're undergoing cancer treatment, it's important to consult with your doctor before using compounds like milk thistle or citrus in your diet. These compounds could interfere with prescribed medications. The approach should be personalized, taking into account your overall health and treatment plan.

How does inflammation affect glutamine metabolism in cancer cells?

Inflammation is a major trigger for glutamine metabolism going awry. When inflammation is present, glutamine can be diverted to cancer cells, fueling their growth. Omega-3 fatty acids, found in fish and walnuts, can help reduce inflammation and maintain healthy glutamine metabolism.

How does physical activity influence cancer cell metabolism?

Regular physical activity helps improve mitochondrial health, which in turn stabilizes glutamine metabolism. When mitochondria are strong, they can help regulate glucose and glutamine, preventing cancer cells from exploiting these fuels for their growth.