Our Biochemistry Is Designed for Life. How Does It Change Over Time?
The Science of Quantitative Immortality
A breakthrough webinar with Dr. Dayan Goodenowe, PhD
Explore the measurable biology behind aging and the factors that influence long-term functional health.
True Longevity Starts with Human Biochemistry
What You’ll Learn
What Aging Actually Is
A deep dive into the biochemical mechanics of aging, including:
- Lipid degradation
- Chronic inflammation
- Mitochondrial decline
- Impaired cellular repair systems
Understand how these measurable shifts drive your biological age — not just your chronological age.
How We Accurately Measure Aging
Learn how advanced tools are used in research to evaluate biological markers associated with aging trajectories.
- Metabolic and lipid biomarkers
- Brain imaging technologies
- Functional biochemical signatures
- The difference between “healthy aging” and “resilient aging”
- Understand how these measurable shifts drive your biological age — not just your chronological age.
The Biology of Quantitative Immortality
Explore the biological systems associated with long-term functional resilience, including:
- Lipid membranes
- Cellular energy production
- Antioxidant defense systems
- Repair and regeneration pathways
Discover how resilience networks determine how long — and how well — we can live.
Key biological factors discussed in the webinar include:
- Neurological and metabolic resilience
- Cellular repair pathways
- Factors associated with vitality across the lifespan