Combining Prebiotic and Diet/Physical Activity Educational Program Effects on Body Composition and Intestinal Microbiota in Children
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About
The purpose of this study was to determine the feasibility, acceptability, and initial efficacy of combining prebiotic (Beneo Synergy 1) and calcium treatment with Project FUN (an online nutrition and physical activity program) on body composition and intestinal microbiota among 4th and 5th grade children whose social determinants placed them at higher risk for obesity. This aim was addressed through testing the following hypotheses:
H1 Prebiotic and calcium supplementation in combination with Project FUN, will result in improved body composition scores, dietary fat percentage, and physical activity compared to a usual class control who did not receive the intervention.
H2 Higher counts of Bacteroides and Bifidobacterium as well as fewer Firmicutes in the stool samples will correlate with improvement in body composition scores.
Since this was a pilot community-based efficacy study, the following feasibility, acceptability, and descriptive research questions were also addressed:
RQ1 What percentages of participants submit stool samples, body composition assessments and complete at least 70 percent of the intervention over the course of a 12-week study? RQ2 What is the relationship between changes in body composition scores, dietary fat percentage, physical activity and microbiota in stool samples before and after the 12-week intervention?
Full description
The purpose of this study was to determine the feasibility, acceptability, and initial efficacy of combining prebiotic (Beneo Synergy 1) and calcium treatment with Project FUN (an online nutrition and physical activity program) on body composition and intestinal microbiota among 4th and 5th grade children whose social determinants placed them at higher risk for obesity. This aim was addressed through testing the following hypotheses:
H1 Prebiotic and calcium supplementation in combination with Project FUN, will result in improved body composition scores, dietary fat percentage, and physical activity compared to a usual class control who did not receive the intervention.
H2 Higher counts of Bacteroides and Bifidobacterium as well as fewer Firmicutes in the stool samples will correlate with improvement in body composition scores.
Since this was a pilot community-based efficacy study, the following feasibility, acceptability, and descriptive research questions were also addressed:
RQ1 What percentages of participants submit stool samples, body composition assessments and complete at least 70 percent of the intervention over the course of a 12-week study? RQ2 What is the relationship between changes in body composition scores, dietary fat percentage, physical activity and microbiota in stool samples before and after the 12-week intervention? The sample included 4th- 5th grade students at two private urban schools where 98% were eligible for free or reduced fee lunch. Of the 123 consenting 56% were male; 71% Latinx; 15% African American; 14% Other. Three percent were underweight; 49% normal weight; 22% overweight; 25% obese.
Consenting Latinx (n=20) and African American (n=8) participants completed microbiome analysis. Of these 54% were male; 6.5% underweight; 38.7% normal weight; 32.3% overweight; 2.6% obese.
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Inclusion criteria
- 4th- 5th grade students at two private urban schools where 98% were eligible for free or reduced fee lunch.
Exclusion criteria
- Parents indicated their child had taken an antibiotic in the last month since antibiotics can change intestinal flora though none required exclusion for this reason or for illness preventing participation.
Trial design
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Interventional model
Masking
123 participants in 2 patient groups
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Data sourced from clinicaltrials.gov
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