Systemic Entropy Deceleration is a theoretical and clinical goal representing the therapeutic strategy to slow the progressive, inevitable increase in disorder and loss of functional complexity within the biological system, which is the physical definition of aging. This involves interventions that enhance homeostatic capacity, improve cellular resilience, and reduce the accumulation of molecular damage across multiple organ systems. It is the fundamental objective of all longevity-focused clinical protocols and precision health strategies.
Origin
This highly sophisticated term borrows the concept of “entropy” (disorder) from thermodynamics and applies it to the biological process of aging, where “systemic” refers to the whole organism. The clinical goal of “deceleration” signifies a measurable reduction in the rate of age-related functional decline, aiming to maintain a state of higher biological order. It is a conceptual framework for integrating diverse anti-aging interventions under a single, overarching principle.
Mechanism
Deceleration is achieved by targeting the core hallmarks of aging: improving DNA repair to reduce genetic instability, enhancing mitochondrial function to boost energy efficiency,
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