Sp393
GLP-1S IN THE TREATMENT OF OBESITY AND DIABETES
Date
May 7, 2023
Explore related products in the following collection:
Society: AGA
Enteroendocrine cells play a major role in sensing the luminal contents of the gut and communicating with other organs such as the pancreas, liver and brain. The gut-brain connection is essential in the regulation of food intake. These interaction is neuro-hormonal and mediated by incretin hormones such as GLP-1. Recently, GLP-1 receptor analogs were FDA-approved for obesity and diabetes.
Enteroendocrine cells play a major role in sensing the luminal contents of the gut and communicating with other organs such as the pancreas, liver and brain. The gut-brain connection is essential in the regulation of food intake. These interaction is neuro-hormonal and mediated by incretin hormones such as GLP-1. Recently, GLP-1 receptor analogs were FDA-approved for obesity and diabetes.
Presenter
Mayo Foundation for Medical Education and Research
Tracks
Related Products
WEIGHT LOSS OUTCOMES WITH SEMAGLUTIDE BASED ON DIABETES STATUS AND SEVERITY USING THE INDIVIDUALIZED METABOLIC SURGERY SCORE
Background: Transoral outlet reduction endoscopy (TORe) has been shown to be effective in managing weight regain after Roux-en-Y gastric bypass (RYGB), as has the glucagon-like peptide-1 agonist, liraglutide. However, the effect of adjunctive liraglutide after TORe has yet to be assessed…
REGULATOR OF G-PROTEIN SIGNALING AS AN ENTEROENDOCRINE-SPECIFIC TARGET FOR OBESITY TREATMENT: ALTERED RGS9 IN ENTEROENDOCRINE CELLS IMPAIRS POSTPRANDIAL GLP-1 RESPONSE AND MODIFIES FOOD INTAKE IN MICE
Enteroendocrine cells play a major role in sensing the luminal contents of the gut and communicating with other organs such as the pancreas, liver and brain. The gut-brain connection is essential in the regulation of food intake…
INTRODUCTION
SOCIETY: AGA
