Chronic Sympathetic Dysregulation: A Unifying Hypothesis for Autonomic Regulation, Aging, and Longevity

Description This paper proposes the concept of Chronic Sympathetic Dysregulation (CSD) as a unifying framework for understanding autonomic regulation across multiple physiological systems, aging processes, and chronic disease trajectories. Contemporary medicine typically addresses diseases within organ-specific frameworks, despite increasing evidence of shared regulatory mechanisms. The autonomic nervous system (ANS) integrates cardiovascular, metabolic, immune, and reproductive functions. Persistent sympathetic activation combined with impaired parasympathetic recovery may represent a common regulatory dysfunction underlying diverse clinical conditions. The CSD framework is presented as hypothesis-generating rather than causal. It conceptualizes aging as a sequential failure of autonomic regulation, potentially beginning with sleep disruption and progressing toward systemic dysregulation. Sympathicolysis—the systematic reduction of sympathetic load—is introduced as a potential therapeutic paradigm. Heart rate variability (HRV) is proposed as a practical biomarker, and erectile dysfunction as an early clinical indicator in men. In addition, an afferent hypothesis for extracorporeal magnetotransduction therapy (EMTT) is outlined as a potential tool for modulating autonomic function from the periphery. This work aims to stimulate interdisciplinary discussion and further investigation into systemic regulatory approaches in medicine.