Appetite and Satiety Control-Gut Mechanisms
English[eng]
9783040000000
lixisenatide||intragastric meal retention||energy intake||type 2 diabetes||obesity||amino acid||isoleucine||chronic supplementation||energy expenditure||oral glucose tolerance test||glycaemic control||gastric emptying breath test||endocannabinoid||cannabinoid CB1 receptor||gut–brain||intestine||western diet||preference||whey protein||gastric emptying||appetite||lifecourse||gut hormones||hunger||protein||TAS2R5||TAS2R39||TAS2R14||agonist||food intake||GLP1||CCK||PYY||miniature pig||pig model||functional brain imaging||molecular imaging||vagal afferents||single fiber recording||insulin resistance||GLP-1r||gastric barostat||scintigraphy||meal ingestion||postprandial responses||hedonic sensations||homeostatic sensations||abdominal wall activity||abdominal distension||taste||fat||carbohydrate||bariatric surgery||GLP-1||ghrelin||Roux-en-Y gastric bypass||gastric band||sleeve gastrectomy||circadian||gastrointestinal tract||enteroendocrine cells||chemosensory||GIP||nutrients||hormones||food ingestion||digestion||satiety||digestive well-being||functional gastrointestinal disorders||postprandial symptoms||brainstem||vagus||feeding||gastrointestinal||cue reactivity||meal anticipation||motivation||nutrient preference||flavor||aversion||bile acids||TGR-5||FXR||gastrointestinal hormones||body weight||gastric accommodation||satiation||CB1 receptor||gut-brain||reward||aging||whey||anorexia||supplements||sarcopenia||nutrient sensing||enteroendocrine cells (EECs)||appetite regulation||G-protein coupled receptors (GPCRs)||bitter substances||gastric motor function||postprandial blood glucose||preclinical studies||human studies||texture||oro-sensory exposure||sensory science||cephalic responses||brain areas||brain stem||weight management||intestinal brake||duodenal jejunal and ileal brake||tastants||circadian clock||gastric bypass surgery||microbiome||hypothalamus||n/a