Systemic attrition mitigation is the clinical strategy focused on slowing the generalized, progressive decline of physiological reserve and function across multiple organ systems, which is a hallmark of biological aging and chronic stress. In the hormonal domain, this involves protecting endocrine gland function, maintaining hormone receptor sensitivity, and reducing the cumulative allostatic load on the body. This is a fundamental principle of longevity medicine, aimed at preserving functional capacity.
Origin
This concept is rooted in geroscience, drawing on the understanding that aging is a process of accumulating molecular and cellular damage, leading to a loss of systemic resilience and homeostatic capacity. The term ‘attrition mitigation’ frames therapeutic intervention as a defense against this inevitable, yet modifiable, age-related functional decline across the body’s interconnected networks.
Mechanism
The mechanism involves proactive, multi-target interventions designed to reduce oxidative stress, improve cellular detoxification, and stabilize the delicate feedback loops of the endocrine system. Strategies include the use of potent antioxidants, NAD+ precursors to support cellular energy, and careful, restorative hormone replacement to prevent the atrophy of endocrine tissues and maintain the structural integrity of the systemic network. This approach safeguards the body’s functional reserves.
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