Explore the Science Behind GENEFLAMMATION

Detailed educational resources on the biological systems we study and the educational protocols we describe. Each system includes pathway diagrams, key genetic markers, and research-based insights.

Introduction to GENEFLAMMATION

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Mitochondrial Resilience

Optimization of cellular energy machinery

Mitochondria are the energy-producing organelles inside nearly every cell. Their primary function is to convert nutrients into ATP, the universal currency of cellular energy. When mitochondrial function is compromised by oxidative stress or specific genetic variants, vitality declines. Understanding the genetic variants that affect mitochondrial resilience allows for precise, targeted nutritional and lifestyle interventions.

System Video

Pathway Diagram

Chronic Inflammation

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Mitochondrial Damage

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Oxidative Stress

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Reduced ATP

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Fatigue

Key Genetic Markers

SOD2

Ala16Val

Encodes mitochondrial superoxide dismutase. Risk variants reduce antioxidant defense inside mitochondria.

NQO1

Pro187Ser

Affects regeneration of key antioxidants including CoQ10. Risk variants reduce mitochondrial protection.

GPX1

Pro198Leu

Glutathione peroxidase. Variants affect how efficiently cells neutralize reactive oxygen species.

Research-Based Insights

✦CoQ10 (ubiquinol form) directly supports mitochondrial electron transport chain function, especially important for SOD2 and NQO1 variant carriers.

✦NAC (N-Acetyl Cysteine) is a precursor to glutathione, the master cellular antioxidant, critical for GPX1 variant carriers.

✦Alpha-Lipoic Acid regenerates other antioxidants and directly supports mitochondrial function.

✦High-intensity interval training is one of the most potent triggers for mitochondrial biogenesis, the creation of new healthy mitochondria.