View clinical trials related to Gut Hormones.
Filter by:The purpose of this project is to investigate the effects of breaking up prolonged sitting on postprandial metabolic responses, gut hormones secretion and energy balance in sedentary overweight and obese adults.
The purpose of this project is to investigate the effects of breaking up prolonged sitting on postprandial metabolic responses, gut hormones secretion and energy balance in sedentary lean adults.
The investigators of the study want to investigate the complex interactions between glucose metabolism, food intake/weight loss, and different appetite regulating hormones after ESG in comparison with conventional laparoscopic sleeve gastrectomy (LSG).
The investigators want to evaluate the difference in glucose metabolism and intestinal hormonal response after a liquid meal versus a solid meal in patients after bariatric surgery.
This study intends to assess the role of inflammation in insulin resistant conditions (i.e., obesity and pre-diabetes) and the subsequent development of disease, such as type 2 diabetes (T2D) and cardiovascular disease (CVD), in the adolescent population.
Obesity can occur due to an imbalance of energy. This energy balance is greatly influenced by hunger and satiety. Obese person cannot resist hunger, while non obese can control hunger. Gut hormones, such as PYY and ghrelin, are associated with appetite and satiety control. This study's objective is to compare the effect of breakfast with balance composition on gut hormones, glucose and ad libitum intake four hours after breakfast between obese and non obese.. The research methodology was used a clinical trial with 18 obese women and 22 non obese women participants. Subjects were given a balance breakfast (protein 12,4%, carbohydrate 68,2%, fat 22,6%). Gut hormones (PYY, Ghrelin, GLP -1) level , Glucose level and satiety level were measured at 0, 15, 60, 120, and 180 minutes after breakfast. Ad libitum meal was given four hours after breakfast and measured after.
Gut hormones, such as PYY and ghrelin, are associated with appetite control and obesity. Protein is thought to be the most satieting nutrient and could affect production of several gut hormones. This study's objective is to find the effect of breakfast with different protein composition on PYY, ghrelin, and ad libitum intake four hours after breakfast. The research methodology was used a clinical trial with 22 obese women participants. Subjects were given three types of breakfast: low protein consumption (12.4% protein), medium protein (23.5% protein), and high protein (40,6% protein). PYY and ghrelin level were measured at 0, 15, 60, 120, and 180 minutes after breakfast. Ad libitum meal was given four hours after breakfast and measured after.
To investigate the effects of different fat metabolites on gut hormone secretion in gastric bypass operated subjects and BMI-matched controls.