Overview
Chronological age measures time. Biological age reflects how well your body is functioning. Two individuals of the same age may have vastly different metabolic health, inflammation levels, muscle mass, and disease risk.
Why is biological age more important than chronological age?
Biological age reflects cellular health, inflammation, metabolic function, and resilience. It is a stronger predictor of disease risk, functional decline, and longevity than calendar age alone.
What Influences Biological Age
Key contributors include:
Chronic inflammation
Insulin resistance
Hormonal balance
Muscle and bone health
Mitochondrial function
Lifestyle and stress exposure
Measuring and Influencing Biological Age
While no single test defines biological age, patterns across biomarkers provide insight. Interventions may include:
Metabolic optimisation
Hormonal support
Nutritional strategies
Regenerative therapies when indicated
Longevity as a Medical Strategy
Longevity medicine aims to:
Slow biological aging
Preserve function
Reduce long-term disease risk
This is not anti-aging, it is pro-health.
