Sweating is regulated by the autonomic nervous system and serves an important thermoregulatory function [1]. Sudomotor nerves innervate the sweat glands and modulate perspiration in response to thermal stress [2]. Heat-sensitive neurons in the preoptic area and anterior hypothalamus detect increases in core body temperature [3]. Projections from these areas to sudomotor centers in the hypothalamus and brainstem activate cholinergic signaling to sweat glands, resulting in increased sweating and evaporative heat loss [1][2]. Sweat rate is also influenced by central command during exercise [4] and modulated by circadian rhythms in the suprachiasmatic nucleus [5]. Dysfunction of autonomic neural pathways can lead to disordered thermoregulation and altered sweating [2]. The sudomotor system is complex, integrating thermal, hormonal, and neural signals to precisely control perspiration.