Long Term Homeostasis describes the sustained maintenance of physiological parameters, such as core body temperature, blood glucose levels, and endocrine set points, over extended periods despite ongoing internal and external perturbations. This stability reflects the robust, integrated functionality of all major regulatory systems, including the endocrine network. It is the capacity for enduring internal stability.
Origin
This concept builds upon Claude Bernard’s original work on the ‘milieu intérieur,’ extending the principle of dynamic equilibrium across years rather than immediate moments. In wellness science, it emphasizes the necessity of consistent, adaptive regulation rather than episodic correction. The longevity of an organism depends on this persistent balancing act.
Mechanism
Achieving Long Term Homeostasis relies on slow, adaptive changes in gene expression and receptor sensitivity within feedback loops, ensuring resilience against chronic stressors like aging or nutritional shifts. Hormonal systems contribute by adjusting baseline secretion rates and receptor density over months or years to maintain functional set points. This involves coordinated signaling between the nervous, immune, and endocrine systems to buffer against cumulative entropy.
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