Sweat gland cell

Sweat gland cells are the primary functional units of sweat glands, which are specialized exocrine glands of the skin responsible for sweat production and secretion. Humans possess two main types: eccrine sweat glands (distributed widely over the body and directly open onto the skin surface) and apocrine sweat glands (mostly in the armpits and groin, opening into hair follicles)[1][2][3][4][6]. - Eccrine sweat gland cells include clear cells, dark cells, and myoepithelial cells, functioning to produce and secrete a watery, electrolyte-rich fluid essential for body temperature control[3]. - Apocrine sweat gland cells produce a more viscous, protein-rich fluid and are primarily involved in scent and, minimally, emotional sweating[1][5]. - Sweat gland cells also facilitate the excretion of nitrogenous waste and play a role in skin healing after injury via epithelial cell regeneration[1][3]. While sweat gland dysfunctions (such as hyperhidrosis or anhidrosis) have clinical relevance, **sweat gland cells themselves are not standard therapeutic targets as defined in pharmacology (receptors, enzymes, etc.)**, and “Sweat gland cells” is not a canonical molecular target but refers to a category of differentiated cells forming a multicellular structure[2][6]. Key notes: - This entry is flagged as **is_incorrect: true** because “Sweat gland cells” is not a specific molecular target or receptor; it refers generally to the cellular components of sweat glands, not to a single therapeutic molecular target. - No canonical abbreviation, established interacting drugs, or mechanisms of action exist for “Sweat gland cells” as a target. - No specific biomarkers or safety concerns are directly attributed to these cells in a therapeutic context.

Other names

Sweat gland cellsEccrine sweat gland cellApocrine sweat gland cell