Clinical trial
Effectiveness of a School-based Obesity Prevention Program on Body Fat At 6 Months of Mexican Children
Opening soon · Not applicable · 0 countries · Registry ID NCT06802302
What this study is about
School-based programs are an essential strategy for preventing obesity, yet the most effective way to implement them remains unclear. This study aims to evaluate the effectiveness of a school-based obesity prevention program, delivered by different implementers, in comparison to a control group, focusing on body fat reduction in Mexican children. This is a cluster randomized controlled trial. Approximately six public elementary schools (240 children) in Hermosillo, Mexico, will be invited to participate. Schools will be randomly assigned to one of three groups: a program implemented by advanced undergraduate students in Nutrition and Physical Activity (NUT-PA), a program implemented by Physical Education teachers and Physical Activity students (PEST-PA), or a control group. The intervention will consist of a 6-month obesity prevention program that includes nutrition education, physical activity sessions, and parent participation. The control group will continue with their regular school activities. The primary outcome will be the difference in body fat percentage at 6 months between the NUT-PA group and the control group, as well as between the PEST-PA group and the control group. Secondary outcomes will include BMI Z-score, waist circumference, and various lifestyle parameters. A mixed-effects linear analysis will be conducted using an intention-to-treat approach.
Basic eligibility
Full registry criteria
Treatments and study arms
Planet Nutrition Program
The intervention in this study will be the same for both intervention groups, both based on the previously designed and tested "Planet Nutrition" Program (PNP). The program components include: nutrition education lessons (one 1-hour session per week), physical activity classes (two 1-hour sessions per week), and nutrition information for parents. The intervention will be implemented from February to June 2025.
Primary outcomes
Body composition will be obtained using electrical bioimpedance RJL Quantum II (Clinton Township, Michigan) following the methodology recommended by the manufacturer. With obtained data (resistance and reactance values in ohms), an equation previously designed to estimate fat-free mass in Mexican children will be used. Fat mass will be obtained by subtracting the kilograms of fat-free mass from the total kilograms of the subject and its percentage with respect to total body weight will be also calculated.
Study locations
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