Subcutaneous tissue

Subcutaneous tissue, also known as the hypodermis, is the deepest layer of the skin and is composed primarily of adipose (fat) cells and connective tissue[1][4][5][8]. It functions as the body's main site for fat storage, provides thermal insulation, protects internal organs and muscles from physical trauma, serves as an energy reservoir, and connects the skin to the underlying muscles and bones[3][4][8]. Other functions include hormone production (such as leptin), facilitation of wound healing, and playing a role in immune response and metabolic regulation[2][3]. The subcutaneous layer is not a molecular target like a receptor or enzyme, but rather a tissue structure. It is important in many diseases, including metabolic syndrome, diabetes, certain skin disorders, and neoplastic conditions[2]. Medications can be administered via the subcutaneous route for slow absorption, but the tissue itself is not a drug target[4]. Note: - Subcutaneous tissue is not a molecule, receptor, enzyme, or other typical therapeutic target. - The entry is incorrect as a \"target\"—it refers to a tissue, not a molecule or protein amenable to direct drug targeting[1][2][3][4][5][8]. - No canonical abbreviation exists; standard nomenclature uses the full names or synonyms such as \"hypodermis\" or \"subcutis\". - Functions and disease roles reflect tissue-level biology, not targeted pharmacology. - No known interacting drugs or molecular mechanisms of drug action directly related to \"subcutaneous tissue\".

Other names

HypodermisSubcutisSuperficial fasciaTela subcutanea