Biological Capital represents the finite, accumulated physiological reserves and functional integrity of an organism’s cells, tissues, and systems throughout its lifespan. This concept quantifies the intrinsic capacity for self-repair, regeneration, and homeostatic regulation that directly influences healthspan and longevity. Maintaining a robust biological capital is critical for sustaining optimal endocrine function and mitigating the effects of age-related hormonal decline.
Origin
This term is a conceptual framework, drawing an analogy from economic principles to human physiology and wellness. It originates from the longevity and anti-aging medical space, seeking to frame health not merely as the absence of disease but as an investment in and preservation of physical reserves. The concept shifts the focus from treating symptoms to proactively managing the body’s fundamental, finite resources.
Mechanism
The operational mechanism centers on cellular processes like mitochondrial efficiency, telomere maintenance, and stem cell vitality. Hormones, including Growth Hormone and DHEA, act as critical stewards of this capital, influencing protein synthesis and tissue turnover rates. Declining biological capital manifests as reduced organ reserve, slower recovery from stress, and a progressive failure to maintain endocrine balance, accelerating the biological aging process.
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