Palatinose creates an improved metabolic profile with more stable blood glucose levels and a higher contribution of fat utilisation in energy metabolism
The latest scientific research from Professor Dr Andreas F.H. Pfeiffer and his team at the German Institute of Human Nutrition, Potsdam-Rehbrücke, Germany, shows that the type of sugar used makes a significant difference to the blood glucose management of people with type 2 diabetes.
It becomes clear that not all sugars are alike in their metabolic profile. Consequently, it is physiology and hormone response that matter more than carbohydrate chemistry.
The study results provide new scientific evidence that the favourable metabolic profile of BENEO’s Palatinose (isomaltulose) results from the opposite effect it has, compared with sucrose on the incretin hormones GIP (Gastric Inhibitory Polypeptide) and GLP-1 (Glucagon-like peptide-1). The benefits of Palatinose, observed in direct comparison with sucrose in this study, suggest that the hormone (incretin) response plays a key role for the effects in metabolism and health.
The human intervention study used a randomised, double-blind crossover design with 10 type 2 diabetics who consumed 50g of Palatinose or sucrose dissolved in water after overnight fast. The results show that Palatinose reduces insulin secretion and lowers blood glucose fluctuations in people with type 2 diabetes mellitus: with Palatinose, the blood glucose response was lower (with approximately 20% lower peak concentrations), the insulin release was 55% lower, the GIP release was very low and delayed (overall 40% less vs sucrose) and the GLP-1 secretion was higher and sustained (overall 6.3 fold higher vs sucrose).
The reason for the significantly different incretin response of Palatinose compared with sucrose is explained by its unique molecular bond and related slow release properties. As a result of its slower digestion, Palatinose bypasses the K-cells in the upper intestine (which produce GIP) and reaches GLP-1 producing L-cells in the lower intestine. These incretin hormones play an important role in blood glucose regulation, insulin release and related long-term effects in development of insulin resistance and type 2 diabetes.
Pfeiffer and his team also demonstrated long-term benefits of the different incretin hormone response of Palatinose in blood sugar management and diabetes prevention. Within an earlier long-term feeding study with mice, the same research group showed that a diet with Palatinose (vs sucrose) resulted in less liver fat accumulation and better glucose tolerance.
While these results indicated that the lower effects of Palatinose (vs sucrose) on GIP release were relevant benefits in the prevention of a fatty liver and type 2 diabetes, they may also imply further potential for Palatinose in weight management and body fat. A clear link of these benefits with the different incretin response, and here in particular the lower GIP release, was established with animals who did not have GIP receptors.
Anke Sentko, Vice President Regulatory Affairs and Nutrition Communication at BENEO, commented: 'We are very pleased with these independent study results. It shows the strong potential for Palatinose in blood sugar management and diabetes prevention. With the number of people suffering diabetes mellitus set to rise even further, the findings of this study are of great relevance to a large proportion of the population. Though our understanding of the full potential of the different hormone (incretin) response of Palatinose in supporting health and preventing disease is still in the early stages, this new research again underlines the fact that not all sugars are alike!'
BENEO’s Palatinose is a fully digestible disaccharide-type carbohydrate composed of glucose and fructose. Owing to its unique molecular linkage, it is a slow release carbohydrate and is derived from beet sugar. It is fully yet slowly digested and absorbed, providing balanced and sustained energy, with a lower blood glucose rise and less insulin release.
Palatinose creates an improved metabolic profile with more stable blood glucose levels and a higher contribution of fat utilisation in energy metabolism. It can be used as a sugar alternative, replacing sucrose or other high glycaemic carbohydrates on a gram-to-gram basis.