Dose-response impact of a soluble fiber, NUTRIOSE®, on energy intake, body weight and body fat in humans
نویسندگان
چکیده
Background: Results from observational and intervention studies have shown that increased fiber intakes from different origins were related to positively impact weight management. The hypothesis is that a non-viscous soluble dietary fiber may influence anthropometric parameters and caloric intakes. Methods: This 9-week randomized, double-blind, parallel clinical study in 100 overweight adults in China, investigated the effect of different dosages of dietary supplementation with a soluble non-viscous fiber, NUTRIOSE® on caloric intake, body weight, BMI and body fat. NUTRIOSE® is a glucose polymer resistant to digestion in the small intestine and largely fermented in the colon due to the presence of specific linkages. Subjects were randomized by body mass index and caloric intake, and then assigned to receive either placebo (orange juice) or 8 g, 14 g, 18 g, or 24 g/day of NUTRIOSE® mixed with orange juice (n=20 volunteers/group). Study products were orally consumed twice daily, three hours after breakfast (at 10 AM) and four hours after lunch (at 4 PM). Energy intake was assessed daily and anthropometric parameters were measured weekly. Results: In a comparison of time effects within the same treatment group, the NUTRIOSE® groups ate significantly fewer kcal at subsequent meals with differences noted as early as 2 weeks for the 24 g group up to a reduction of 394 kcal/day and as early as 4 weeks for the 14g and 18g groups. Body weight and BMI decreased significantly in the 14, 18, and 24 g groups. Body fat decreased significantly in the 18 and 24 g groups. Conclusions: These results demonstrate that a supplementation for 9 weeks with NUTRIOSE® significantly reduces energy intake, mean body weight, BMI, and body fat with a dose-response relationship.
منابع مشابه
The soluble fiber NUTRIOSE induces a dose-dependent beneficial impact on satiety over time in humans.
Strong evidence supports the ability of dietary fibers to improve satiety. However, large variations in the physical and chemical characteristics of dietary fiber modulate the physiologic responses. We hypothesized that a nonviscous soluble dietary fiber may influence satiety. This randomized, double-blind, placebo-controlled clinical study in 100 overweight healthy adults in China investigated...
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