Objective The gastrointestinal tract plays a key role in feelings of satiation. It is known that
there is a reciprocal interaction between the stomach and intestine, but it is not known which …

Background & Aims: Peptide YY (PYY) levels are reported to be decreased in obesity. The
relation between gastric functions, satiation, and gut hormones in obesity is incompletely …

Background & Aims: We assessed the association of body mass and gastric volumes
(fasting and postprandial) with satiation and postprandial symptoms. Methods: Healthy …

It is widely accepted that gastric parameters such as gastric distention provide a direct
negative feedback signal to inhibit eating; moreover, gastric and intestinal signals have …

Summary 1 Introduction 2 Physiological mechanisms of satiation and satiety 2.1
Physiological mechanisms of satiation 2.1. 1 Gastric mechanisms of satiation 2.1. 2 Intestinal …

Background & Aims: Altered postprandial satiation influences food intake in obesity. The aim
of this study was to evaluate the contribution of gastric motor functions to intra-and …

The contributions of gastric emptying (GE) and gastric accommodation (GA) to satiation,
satiety, and postprandial symptoms remain unclear. We aimed to evaluate the relationships …

In cell line and animal models, sweet and bitter tastants induce secretion of signaling
peptides (eg, glucagon-like peptide-1 and cholecystokinin) and slow gastric emptying (GE) …

Objective: This study evaluated gastric emptying (GE) and small intestinal (SI) transit in
people with morbid obesity and their relationships to glycaemia, incretin hormones, and …

BACKGROUND: An enhanced gastric emptying rate might reduce the satiating effect of food
and thereby promote obesity. Gastric emptying rate has previously been compared between …