As we age, several factors compromise our cellular energy production:
Mitochondria rely on a coenzyme called NAD+ to function. Levels of NAD+ naturally drop as we age, leading to a "communication breakdown" between the cell's nucleus and its power plants. Science-Backed Strategies for Longevity
Triggers mitophagy, forcing the body to clear out old, sluggish mitochondria.
Unlike nuclear DNA, mitochondrial DNA (mtDNA) lacks robust repair mechanisms and sits right next to the "exhaust" of energy production, making it highly susceptible to mutations.
As we age, several factors compromise our cellular energy production:
Mitochondria rely on a coenzyme called NAD+ to function. Levels of NAD+ naturally drop as we age, leading to a "communication breakdown" between the cell's nucleus and its power plants. Science-Backed Strategies for Longevity
Triggers mitophagy, forcing the body to clear out old, sluggish mitochondria.
Unlike nuclear DNA, mitochondrial DNA (mtDNA) lacks robust repair mechanisms and sits right next to the "exhaust" of energy production, making it highly susceptible to mutations.
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