Age Attenuation Resistance describes a state of robust physiological and molecular integrity that actively resists the typical functional decline associated with chronological aging. It is characterized by the preservation of youthful cellular function, stable hormonal signaling, and a reduced rate of sarcopenia and immune senescence. Achieving this resistance is a core goal in longevity medicine, focusing on maintaining healthspan alongside lifespan.
Origin
This term is rooted in the intersection of gerontology and preventative medicine, emphasizing an active defense against age-related degradation rather than merely treating disease symptoms. The concept draws heavily from studies on centenarians and the biological mechanisms, such as telomere maintenance and cellular clearance, that confer a slower biological aging trajectory. The focus is on intrinsic biological defense mechanisms.
Mechanism
The mechanism involves optimizing the body’s intrinsic repair and defense pathways, including enhanced DNA repair, sustained mitochondrial efficiency, and favorable modulation of key longevity pathways like mTOR and AMPK. By mitigating chronic low-grade inflammation and maintaining endocrine balance, the body’s tissues retain their functional capacity and responsiveness to homeostatic signals, effectively slowing the rate of functional decline.
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