Clinical trial
Childhood Obesity - Prevention of Diabetes Through Changed Eating Patterns
Active, not recruiting · Not applicable · 1 countries · Registry ID NCT04522921
What this study is about
The main purpose of the present study is to perform a 10 weeks dietary intervention study with a follow-up for 52 weeks in children from 7-14 years of age with overweight or obesity. In a caloric restricted and increased physical activity setting the control group will consume a low-moderate protein (15E%/day) diet whereas the intervention group will consume a higher protein (25E%/day) diet. Secondary, the investigators want to investigate the effect of frequent follow-up after the intervention, and the overall effect of the lifestyle camp. Compared to the low-moderate protein diet, the investigators hypothesis that a diet with higher consumption of protein-containing foods will more effectively induce weight loss (a reduction in BMI-SDS) or weight maintenance in children with overweight or obesity, and improve quality of life, and risk factors for type 2 diabetes.
Basic eligibility
Full registry criteria
Treatments and study arms
Diet with a higher amount of protein (25E% per day)
In a caloric restricted and increased physical activity setting, the participants will be served a higher protein (25E%/day) diet.
Increased follow-up contact after the 10-week intervention
Both the control-group and the intervention-group were offered an increased follow-up contact after camp.
Diet with a lower amount of protein (15E% per day)
In a caloric restricted and increased physical activity setting, the participants will be served a low-moderate protein (15E%/day) diet.
Primary outcomes
BMI-SDS was calculated using World Health Organization Anthro-Plus software.
Body weight (kg) was measured in light clothing without shoes using a Bioelectric impedance (InBody model 270, Hopkins Medical Products, Grand Rapids, MI, USA).
Body fat (%) was measured in light clothing without shoes using a Bioelectric impedance (InBody model 270, Hopkins Medical Products, Grand Rapids, MI, USA).
Skeletal muscle mass (kg) was measured in light clothing without shoes using a Bioelectric impedance (InBody model 270, Hopkins Medical Products, Grand Rapids, MI, USA).