MITOCHONDRIAL THEFT: THE CELLULAR PARASITISM YOU CAN’T SUPPLEMENT AWAY

In this high-signal analysis, Aris Sterling deconstructs the groundbreaking and unsettling discovery of "mitochondrial theft"—a biological mechanism where stressed or senescent cells use physical tunneling nanotubes to hijack energy-producing mitochondria from their healthy neighbors. For decades, functional medicine has focused on individual cellular health and "boosting" mitochondrial output through supplementation. However, recent performance research reveals a far more complex reality: your body is a competitive marketplace of energy, and "vampire cells" may be draining your biological potential from the inside out. This episode explores the transition from individual cell maintenance to network-wide bio-energetic resilience, stripping away the marketing of the antioxidant industry to reveal the hard truth about cellular infrastructure. Aris provides three tactical moves to dismantle these parasitic bridges and protect your healthy cellular population through systemic hormetic stress and inflammatory control. Stop feeding the thieves and start securing the network.

Citations:

1. Journal of Cell Biology: "Tunneling Nanotubes and Intercellular Mitochondrial Transfer in Health and Disease."

2. Nature Communications: "Metabolic Hijacking: The Role of TNTs in Cellular Stress Responses."

3. Cell Metabolism: "Mitochondrial Trafficking and Systemic Bio-energetic Resilience."