• Chronic stress
• Poor glycemic control
• Advanced Glycation End-products (AGEs)
• Sedentary lifestyle
• Poor nutrition & overeating
• Insufficient/poor-quality sleep
• Poor circadian rhythm management
• Environmental toxins & heavy metals

Advanced Glycation End-products (AGEs), also known as "glycotoxins", can be produced during cooking methods such as grilling, frying and broiling, as well as inside the body through poor blood sugar control. AGEs increase oxidative stress, inflammation, and mitochondrial dysfunction. Mitochondrial dysfunction itself can further increase AGE production, creating a vicious cycle.

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Poor nutrition, especially the typical Western diet high in ultra-processed foods, refined grains, added sugars and poor-quality fats, is strongly associated with mitochondrial dysfunction and accelerated aging.

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If your lifestyle is poor, don't waste your time chasing supplements.

Focus on:
• Meditation
• Exercise
• A high-quality diet
• Building meaningful social connections
• Optimizing sleep
• Potentially reducing toxic burden (e.g., heavy metal exposure)

Once your lifestyle is optimized, these interventions become the "icing on the cake."

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Primary mechanism: Activation of PGC-1α, promoting mitochondrial biogenesis.

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• Promotes mitochondrial biogenesis
• Supports neurogenesis
• Acts as a free radical scavenger
• May increase mitochondrial density throughout the body

Because PQQ promotes mitochondrial growth, combining it with exercise is likely more effective than using it alone.

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• Transports fatty acids into mitochondria
• Supports cellular energy production

• Supports mitochondrial function
• Acts as an antioxidant
• May help counter age-related mitochondrial decline

• The biologically active form of B12
• Bypasses certain methylation pathway limitations

MOTS-c is a mitochondrial-derived peptide that inhibits the methionine-folate cycle while increasing PGC-1α activity.

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• Improves metabolic homeostasis
• May reduce obesity and insulin resistance
• May improve athletic performance
• Supports mitochondrial biogenesis
• Has been linked to longevity phenotypes in certain populations

PGC-1α levels naturally decline with age. Exercise, fasting, and cold exposure also increase PGC-1α expression.

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• May stimulate mitochondrial biogenesis
• May improve mitochondrial oxidative capacity
• Supports vitamin D production

Moderate sunlight exposure can positively influence mitochondrial health and metabolic function.

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• Supports ATP production
• May improve mitochondrial function
• Acts directly at the cellular level
• May enhance cellular energy production

Rather than increasing cardiovascular fitness, red light therapy primarily targets cellular metabolism.

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• May improve metabolic efficiency
• Supports brown adipose tissue activation
• Can promote mitochondrial adaptations
• Has long been used for athletic recovery

Exposure to cold may improve mitochondrial efficiency and metabolic flexibility.

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• Sleep 7–9 hours per night
• Prioritize sleep quality over quantity
• Use blackout curtains
• Reduce blue light exposure
• Use blue light filtering software (e.g., F.lux)
• Wear blue light blocking glasses 2 hours before bed
• Use warmer lighting at night
• Consider using a weighted blanket
• Keep bedroom temperature between 62–68°F (17–20°C)
• Maintain a consistent sleep schedule
• Consider bed cooling systems (e.g., ChilliPad)
• Use sleep masks if necessary
• Use white noise if beneficial
• Consider magnesium baths before bed
• Some individuals find binaural beats helpful

Good sleep hygiene is one of the most powerful interventions for maintaining mitochondrial function and slowing biological aging.

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