… , microbial metabolites interact with the EECs to stimulate or suppress hormone secretion,
which act through endocrine and paracrine signaling to regulate … microbial regulation of EECs …

… flies, EECs synthesize regulatory peptides known as enteroendocrine peptides (EEPs) and
package them into small vesicles that are stored near the basolateral cell membrane. While …

… In this model, bacterial colonization rapidly reduced L cell … ) expression in the murine
enteroendocrine cell line GLUTag, for … , suggesting the potential regulation of GLP1 biosynthesis …

… Scattered in our intestinal epithelium, enteroendocrine cells (EECs) regulate several aspects
of the host's physiology and translate signals coming from the gut microbiota through their …

… and IBD is microbial endocrinology, in which the bacteria regulate neuroendocrine hormone
… Enteroendocrine cells express a vast array of receptors that play key roles in gut sensing (…

… Microbial metabolites can be sensed differently by specific subpopulations of
enteroendocrine cells. Furthermore, hormones such as GLP-1 can have different functions when …

… gut microbes interact with the host through several pathways involving enteroendocrine cells
(eg L cells). … Given that multiple biological functions are physiologically regulated by the gut …

… important role in the regulation of digestion. … microorganisms tolerated by the human body.
The relationship between the microbiota, the immune system, and the enteroendocrine cells …

… cells and tissues. EECs are ideally situated to sense and respond to environmental, nutrient,
and microbial … -derived lipopolysaccharides regulate EEC hormone secretion (Figure 2); …

… Enteroendocrine cells form the largest endocrine organ in … of GI secretion and motility, the
regulation of food intake, … , and microorganisms.10, 44 Enteroendocrine cells represent the first …