Chronic fatigue is theoretically defined as a systemic physiological state resulting from the synergistic interaction of specific mineral dysregulations, particularly magnesium depletion, tissue calcification, and copper toxicity. The underlying mechanism relies on the principle that cellular energy currency (ATP) requires magnesium for bioactivation, while imbalances of calcium and copper lead to the deposition of bio-unavailable metals in soft tissues, thereby blocking nutrient uptake and mitochondrial function. Consequently, therapeutic efficacy in this domain depends on the restoration of mineral homeostasis and the specific antagonism of toxic metal accumulation rather than the random supplementation of isolated nutrients.
Chronic fatigue is theoretically defined as a systemic physiological state resulting from the synergistic interaction of specific mineral dysregulations, particularly magnesium depletion, tissue calc…