The scientific study of the intrinsic biological and physiological systems that enable an organism, including humans, to withstand, recover from, and adapt positively to acute or chronic stressors. This field identifies the molecular, cellular, and systemic mechanisms of adaptive capacity. It seeks to quantify and enhance the biological foundation of human endurance and health.
Origin
This area of study evolved from stress research and psychoneuroimmunology, shifting the focus from pathology and vulnerability to health and inherent strength. It seeks to quantify and understand the biological basis of “bouncing back” from adversity, a concept that has been historically viewed only through a psychological lens. This science is now a core tenet of preventative medicine.
Mechanism
Resilience Biology is primarily mediated by robust allostatic mechanisms, involving the rapid and efficient modulation of the hypothalamic-pituitary-adrenal (HPA) axis and the autonomic nervous system. Key molecular mechanisms include the upregulation of heat shock proteins and sirtuins, which promote cellular repair and survival. The optimization of mitochondrial function is also essential to ensure energy supply during high-demand periods, with this adaptive capacity often enhanced through controlled, beneficial stressors known as hormesis.
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