Proprioceptor

Proprioceptors are specialized sensory mechanoreceptors located in muscles, tendons, and joints, responsible for detecting body position, movement, and tension[1][3][4]. The three major types are: - Muscle spindles (detect muscle stretch) - Golgi tendon organs (detect tendon tension) - Joint kinesthetic receptors (detect joint angle/movement)[1][4] These receptors integrate mechanical changes in the musculoskeletal system and relay this information to the central nervous system, allowing the organism to perceive joint angle, muscle length, and movement even without visual cues[1][3][5]. Their signals are critical for postural control, coordinated movement, and injury prevention. Note: - The requested target "Body position" describes a physiological function and is not a specific molecule, receptor, or typical therapeutic target. - The canonical molecular mediators are proprioceptors, which are not traditionally targeted by drugs. - If the query intends a specific molecular entity, it should specify a named protein, ion channel, gene, or analogous target.

Other names

Proprioceptive receptorKinesthetic receptorMechanoreceptor (subset)Sensory receptor for body position