Autonomic nervous system regulation via auditory stimulation

"Autonomic nervous system regulation via auditory stimulation" is not a specific molecule or receptor but rather describes a physiological process by which auditory inputs—such as music, noise, or binaural beats—modulate the activity of the autonomic nervous system. This process involves complex neural pathways linking auditory processing centers with regions that control sympathetic and parasympathetic outflow. For example, musical auditory stimulation has been shown to influence heart rate variability and vagal-sympathetic balance through mechanisms that may involve dopamine release in reward circuits and multisynaptic projections from brain regions such as the suprachiasmatic nucleus (SCN) to medullary centers regulating cardiovascular function[1][3][4]. Binaural beats can acutely modulate autonomic arousal by entraining neural oscillations associated with relaxation states[5]. However, there is no single molecular target; rather, this is an area involving distributed networks across the central nervous system. As such, it does not fit standard definitions for a druggable therapeutic target like a receptor or enzyme. Note: This entry is considered incorrect as a canonical drug target because it refers to a broad physiological mechanism rather than an individual molecule or protein amenable to direct pharmacological targeting.

Other names

Auditory stimulation and autonomic nervous system regulationMusic-induced autonomic modulationAuditory-driven autonomic response