A proactive, data-informed clinical strategy aimed at modifying an individual’s predicted health and lifespan trajectory by intervening against the biological drivers of age-related decline. This adjustment involves implementing personalized, evidence-based therapies and lifestyle changes to shift the onset of chronic disease further into the future, thereby extending the duration of high-quality healthspan. It represents a shift from reactive medicine to predictive, preventative longevity optimization.
Origin
This concept stems from the application of advanced biological age metrics, such as epigenetic clocks and physiological reserve indices, which allow clinicians to quantify a patient’s current trajectory. The term emphasizes the dynamic and modifiable nature of the aging process, moving beyond genetic determinism. It integrates principles from geroscience and precision medicine to offer a measurable goal for anti-aging interventions.
Mechanism
Adjustment is achieved by targeting the core hallmarks of aging, including chronic inflammation, cellular senescence, and hormonal decline. The mechanism involves utilizing interventions like metabolic optimization, senolytic compounds, and strategic hormone replacement to restore cellular function and tissue resilience. By mitigating age-related damage accumulation, the clinical strategy effectively alters the slope of functional decline, resulting in a measurable deceleration of biological aging.
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