Morley Robbins – How 3 Minerals Turn On Cancer – Part 1
Mar 16, 2025
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Morley Robbins discusses the relationship between minerals and cancer, focusing on iron's role in cancer development, the importance of copper, iron, and magnesium in the body, and the impact of minerals on various health conditions. The podcast also covers topics like nanomotors in mitochondria and the Warburg effect in cancer metabolism. The speakers stress the value of exchanging information in the natural health community and highlight the rise of cancer rates due to the lack of oxygen. Overall, they emphasize the importance of individuals taking control of their health and reconnecting with themselves.
Bioavailable copper is crucial for proper mitochondrial function and energy production, and its deficiency can promote the growth of cancer cells.
Excess iron in the body can disrupt cellular oxygen utilization and contribute to the development of tumors.
The Warburg effect, where cancer cells switch to anaerobic metabolism, is caused by a lack of bioavailable copper.
It is important to prioritize bioavailable sources of copper, such as grass-fed beef liver and whole food vitamin C, for supporting mitochondrial function and preventing oxidative stress.
Deep dives
The importance of copper in mitochondrial function
Copper is crucial for proper mitochondrial function and energy production in cells. Without sufficient bioavailable copper, cells are unable to utilize oxygen effectively and may switch to anaerobic metabolism. This can lead to the growth and proliferation of cancer cells, as well as other health issues. Sources of bioavailable copper include grass-fed beef liver, whole food vitamin C, and bee pollen.
The detrimental effects of excess iron
Excess iron in the body can disrupt the ability of cells to work with oxygen and lead to mitochondrial dysfunction. Iron fortification projects and iron filings in food have contributed to widespread iron overload. This excess iron can choke off the cells' access to oxygen and create an anaerobic environment. This, in turn, can promote the growth and development of tumors. Restoring and supporting proper copper levels in the body is essential for overcoming these effects.
Understanding the Warburg effect and the importance of copper
The Warburg effect refers to the phenomenon where cancer cells switch to anaerobic metabolism, even in the presence of oxygen. This is due to a lack of bioavailable copper, which is necessary for the cells to harness and utilize oxygen effectively. When the cells cannot activate oxygen, they turn to an inefficient anaerobic metabolism, which promotes tumor growth. Restoring bioavailable copper levels can help the cells return to normal and support proper energy production.
Bioavailable sources of copper and their significance
Sources of bioavailable copper include grass-fed beef liver, whole food vitamin C (such as from innate response), and bee pollen. These sources provide the necessary copper that can support mitochondrial function and energy production in cells. Proper copper levels are crucial for regulating iron and preventing oxidative stress. It is important to prioritize bioavailable sources of copper rather than relying on supplemental forms, which may not have the same efficacy.
The Importance of Understanding Copper and its Role in Metabolism
Copper is a fat-soluble mineral that plays a crucial role in various cellular functions. It is essential for the formation and proper functioning of cell membranes, aiding in the metabolism of fats and the production of ATP in the mitochondria. Copper is also involved in cholesterol recycling and the activation of enzymes that work with fats. Deficiencies in copper can lead to imbalances in lipid metabolism and impact overall health.
The Connection Between Copper and B12 Deficiency
Research indicates a correlation between copper and B12 deficiencies. Studies dating back to 1934 have shown that copper plays a role in activating various B vitamins, including B12, which is involved in blood cell production. Copper is necessary for processes that manage iron levels in the body and is essential for the creation of new blood cells. Deficiencies in copper can have a significant impact on an individual's metabolism, including blood health.
The Impact of Lifestyle and Environment on Disease
It is crucial to understand that many diseases are not random occurrences but are influenced by our lifestyle choices and environmental factors. The prevalence of diseases such as cancer and autism can be attributed to a combination of toxic environments, mineral imbalances, lack of oxygen, and exposure to non-native electromagnetic frequencies. By making conscious decisions to improve our environment and support our body's proper functioning, we can reduce the risk of developing these diseases.
The Importance of Taking Personal Responsibility for Health
It is essential for individuals to take ownership of their health and make informed decisions regarding their well-being. Relying solely on medical professionals or mainstream narratives may not provide a comprehensive understanding of the root causes of disease. Instead, actively seeking and sharing information from various sources, such as alternative health experts and cutting-edge research, can empower individuals to make educated choices and take control of their health.
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Morley Robbins aka the Magnesium man is joining us today to talk about minerals and cancer.
In recent years he’s been spending the bulk of his time on iron and how iron causes cancer. It’s interesting because most people have no idea why this is the case.
One of the main reasons is iron oxidizes in the body and prevents the mitochondria from generating oxygen and therefore ATP. It starves the cells of oxygen and with no energy cancer cells begin to proliferate.
Although there are over 90 minerals there are only a few that Morley focuses on which are copper, iron and magnesium and the interplay between the 3 is MASSIVE.
Obviously calcium is at play here too but to a lesser extent.
I hope you enjoy this show with Morley Robbins.
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