SummaryDietary protein enhances satiety and promotes weight loss, but the mechanisms by which appetite is affected remain unclear. We investigated the role of gut hormones, key regulators of ingestive behavior, in mediating the satiating effects of different macronutrients. In normal-weight and obese human subjects, high-protein intake induced the greatest release of the anorectic hormone peptide YY (PYY) and the most pronounced satiety. Long-term augmentation of dietary protein in mice increased plasma PYY levels, decreased food intake, and reduced adiposity. To directly determine the role of PYY in mediating the satiating effects of protein, we generated Pyy null mice, which were selectively resistant to the satiating and weight-reducing ...
This thesis explores the roles of the gut hormones Peptide YY (PYY) and glucagon-like peptide 1 (GLP...
Background: Effects of protein intake on appetite-regulating hor-mones and their dynamics are unclea...
Regulation of food intake and body weight depends on direct and feedback signals from adipose tissue...
SummaryDietary protein enhances satiety and promotes weight loss, but the mechanisms by which appeti...
Dietary protein enhances satiety and promotes weight loss, but the mechanisms by which appetite is a...
Obesity is a major global health concern. Current anti-obesity therapies are either ineffective, or ...
The increasing prevalence of obesity, and its associated morbidity and mortality, together with limi...
Aims/hypothesis. Obese people exhibit reduced circulating peptide YY (PYY) levels, but it is unclear...
Peptide YY (PYY) is a gut-derived hormone that is renowned for its effects on satiety. Reduced satie...
SummaryObesity is a major public health issue worldwide. Understanding how the brain controls appeti...
The prevalence of obesity and associated diseases, including type-2 diabetes mellitus, continues to ...
The obesity epidemic is a critical and global public health burden. Drugs that safely promote weight...
Introduction: Proteins, particularly whey proteins, represent the most satiating macronutrient in an...
Background: Recent findings suggest that low plasma peptide YY (PYY) levelsmay contribute to diet-in...
Objectives: High protein diets are associated with greater satiety and weight loss than diets rich i...
This thesis explores the roles of the gut hormones Peptide YY (PYY) and glucagon-like peptide 1 (GLP...
Background: Effects of protein intake on appetite-regulating hor-mones and their dynamics are unclea...
Regulation of food intake and body weight depends on direct and feedback signals from adipose tissue...
SummaryDietary protein enhances satiety and promotes weight loss, but the mechanisms by which appeti...
Dietary protein enhances satiety and promotes weight loss, but the mechanisms by which appetite is a...
Obesity is a major global health concern. Current anti-obesity therapies are either ineffective, or ...
The increasing prevalence of obesity, and its associated morbidity and mortality, together with limi...
Aims/hypothesis. Obese people exhibit reduced circulating peptide YY (PYY) levels, but it is unclear...
Peptide YY (PYY) is a gut-derived hormone that is renowned for its effects on satiety. Reduced satie...
SummaryObesity is a major public health issue worldwide. Understanding how the brain controls appeti...
The prevalence of obesity and associated diseases, including type-2 diabetes mellitus, continues to ...
The obesity epidemic is a critical and global public health burden. Drugs that safely promote weight...
Introduction: Proteins, particularly whey proteins, represent the most satiating macronutrient in an...
Background: Recent findings suggest that low plasma peptide YY (PYY) levelsmay contribute to diet-in...
Objectives: High protein diets are associated with greater satiety and weight loss than diets rich i...
This thesis explores the roles of the gut hormones Peptide YY (PYY) and glucagon-like peptide 1 (GLP...
Background: Effects of protein intake on appetite-regulating hor-mones and their dynamics are unclea...
Regulation of food intake and body weight depends on direct and feedback signals from adipose tissue...