Context: Classical enteroenteroendocrine cell (EEC) biology evolved historically from
identification of scattered hormone-producing endocrine cells within the epithelial mucosa of …

Conclusions: The EEC system represents the largest specialized endocrine network in
human physiology, integrating environmental and nutrient cues, enabling neural and …

Context Classical enteroenteroendocrine cell (EEC) biology evolved historically from
identification of scattered hormone-producing endocrine cells within the epithelial mucosa of …

Conclusions: The EEC system represents the largest specialized endocrine network in
human physiology, integrating environmental and nutrient cues, enabling neural and …

Conclusions The EEC system represents the largest specialized endocrine network in
human physiology, integrating environmental and nutrient cues, enabling neural and …

Conclusions: The EEC system represents the largest specialized endocrine network in
human physiology, integrating environmental and nutrient cues, enabling neural and …

Conclusions: The EEC system represents the largest specialized endocrine network in
human physiology, integrating environmental and nutrient cues, enabling neural and …

Conclusions: The EEC system represents the largest specialized endocrine network in
human physiology, integrating environmental and nutrient cues, enabling neural and …