

The Dangers of Copper Deficiency and Iron Overload - Discussion Between Morley Robbins & Dr. Mercola
104 snips Nov 27, 2022
In this engaging discussion, Morley Robbins, founder of the Magnesium Advocacy Group and author of "Cu-RE Your Fatigue," dives deep into the critical roles of copper and iron in our health. He reveals how copper deficiency can disrupt metabolism and genetic expression, while iron overload poses significant risks. The conversation also highlights the emotional dimensions of iron management and effective strategies like blood donation. Robbins emphasizes dietary sources of copper and the importance of education in addressing these often-overlooked issues.
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Copper's Impact on Genes
- Copper deficiency downregulates vital genes like beta-enolase and carbonic anhydrase.
- These genes are involved in energy production and fructose metabolism.
Mitochondria, Copper, and Ceruloplasmin
- Mitochondrial function is crucial for overall health and depends heavily on copper.
- Ceruloplasmin delivers copper to mitochondria, supporting energy production.
Cardiolipin and Mitochondrial Health
- Cardiolipin, a fat unique to mitochondrial membranes, is vital for their function.
- Its composition depends on diet, and high linoleic acid intake can lead to oxidation and impaired function.