Postural control circuit

Postural control circuits" refer to the **integrated neural networks** within the central nervous system that maintain body posture and balance. These are not a single molecular target but rather a complex interplay between multiple brain regions—including the spinal cord, brainstem, cerebellum, basal ganglia, thalamus, and cerebral cortex—and peripheral sensory systems such as visual, vestibular, and somatosensory pathways[1][3][5]. The primary functions of these circuits are to stabilize the body's center of mass over its base of support during both static positions and dynamic activities. They achieve this by integrating multisensory input to generate appropriate motor responses for maintaining orientation and stability against gravity[2][3]. Dysfunction in these neural pathways is implicated in various neurological diseases that affect balance and gait. **Note:** "Postural control circuits" is not a canonical molecular or pharmacological target but rather describes an anatomical/functional network. It does not fit standard drug-target categories such as receptor or enzyme; thus it should be flagged as incorrect for structured drug discovery purposes.

Other names

Postural control systempostural circuitsposture control circuitsbalance control circuits