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This session will focus on intercellular signaling mechanisms between neurons and non-neuronal cells that control gut motor functions. New data show that the activity and output of enteric neurons is regulated by multiple non-neuronal cell types including glia, interstitial cells of Cajal, fibroblast like cells, macrophages, and enterochromaffin cells. Understanding how these cells shape enteric neuromuscular function and how perturbations to these processes lead to motility disorders is important for ultimately treating gut motility disorders.
Abdominal pain is one of the most common reasons for doctors visits, and presents in numerous GI diseases. Unfortunately the current treatment options targeting sensory neurons to reduce pain have limited efficacy or unwanted side effects, and this is especially true for visceral pain…