Systemic Entropy Mitigation refers to the collection of interventions designed to counteract the natural tendency toward disorder, functional decline, and molecular damage across the body’s interconnected physiological systems. Within hormonal health, this specifically targets the processes that degrade endocrine signaling fidelity and cellular energy production over time. It is a pursuit of sustained order against biological decay.
Origin
Drawing from physics, where entropy describes increasing disorder, this term applies the concept to biological systems, recognizing that aging and chronic stress increase this internal disorder. Mitigation implies proactive measures to maintain high levels of functional organization.
Mechanism
The mechanism involves supporting cellular repair pathways, such as DNA repair and protein quality control mechanisms like autophagy, to remove damaged components. Furthermore, maintaining redox balance through robust antioxidant capacity prevents the propagation of oxidative damage that drives molecular disarray. Hormonal optimization plays a key role by supporting the anabolic signals required for continuous self-maintenance.
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