Abstract
<jats:p>Chronic non-communicable diseases—including hypertension, type 2 diabetes, obesity, and chronic pain syndromes—are characterized by pathological shifts in homeostatic set-points within the hypothalamus and related neuroendocrine circuits. Current pharmacologic interventions transiently normalize physiological parameters but fail to reverse the underlying set-point deviation, resulting in relapse upon treatment withdrawal. We propose that homeostatic regulation shares fundamental mechanisms with memory consolidation: a transiently achieved healthy physiological state, if accompanied by appropriate neurochemical signals during a critical temporal window, can be consolidated into a new long-term set-point. Acupuncture is uniquely positioned to provide such signals through its capacity to release β-endorphin, endocannabinoids, oxytocin, and to modulate hypothalamic-pituitary-adrenal (HPA) axis activity in a temporally precise manner. We outline a three-step intervention strategy: (1) induce a comprehensive healthy physiological state via pharmacological or behavioral means; (2) administer acupuncture at specific acupoints during a circadian-defined memory consolidation window to release neuromodulatory factors that mark this state for long-term storage; (3) deliver periodic maintenance acupuncture to reinforce the new set-point until it becomes the system default. Specific testable predictions are provided. If validated, this hypothesis transforms acupuncture from a symptom-modulation technique into a precision tool for homeostatic reprogramming.</jats:p>