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CIPRES intervention reduces sedentary time and increases MVPA in school childrenSchool Program Reduces Sitting Time for Children in France

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Key Takeaway
Note that CIPRES reduces sedentary time and increases MVPA, primarily during after-school periods.

This cluster-randomized controlled trial involved 543 children in 3rd and 4th grades across four French municipalities. Participants were assigned to either the CIPRES intervention, a multi-component program based on Socio-Ecological and Trans-Contextual models, or a control group.

The primary outcome was sedentary time (ST). Results showed a prevention of increase in relative ST over the whole week by 1.2 percentage points (p=0.033). During the specific after-school period, ST decreased by 2.5 percentage points (p=0.002). Secondary outcomes for moderate-to-vigorous physical activity (MVPA) showed an increase of 0.7 percentage points over the week (p=0.034) and a more substantial increase of 1.4 percentage points during after-school periods (p=0.003).

Safety data, including adverse events or discontinuations, were not reported. A notable limitation was that no significant intervention effects were observed during non-school days. The results suggest the program is particularly effective for improving activity patterns in highly deprived youth during school-related timeframes.

Researchers conducted a study involving 543 children in the 3rd and 4th grades across four French municipalities. They tested a program called CIPRES, which used special activity booklets to encourage better habits based on how kids interact with their environment.

The results showed that students in the program spent less time being sedentary throughout the week. Specifically, they saw a significant decrease in sitting time during the after-school period and an increase in moderate-to-vigorous physical activity during those same hours. These changes were most notable for children living in areas with higher levels of social need.

While the program worked well during school and after-school hours, it did not show significant effects on days when children were not at school. This suggests that the structured environment of the school day is a key factor in making these improvements. Talk to your child's teacher or doctor about how similar programs might help your child stay active.

What this means for you:
The CIPRES program successfully reduced sitting time and increased physical activity for students during school hours.

Common questions

How did the program change how much kids sat down?

The CIPRES program successfully reduced sedentary time for students. During the after-school period, children in the program saw a decrease of 2.5 percentage points in sitting time compared to the control group. These results suggest that structured school programs can help keep children moving more during their daily routines.

Did the kids become more active?

Yes, the study found an improvement in moderate-to-vigorous physical activity. During the after-school period, students showed a 1.4 percentage point increase in active movement. These improvements were part of a larger trend where children spent less time being still and more time being physically active.

Was the program effective on weekends?

The study found that the intervention was most effective during school-related times. While it successfully reduced sitting and increased activity during the school week and after-school periods, no significant changes were observed on non-school days. This highlights how important the school environment is for these specific results.

Study Details

Study typeRct
EvidenceLevel 2
PublishedJun 2026
View Original Abstract ↓
BackgroundChildren’s sedentary behavior is a major public health priority. While school-based programs are common, research must explore more effective approaches using robust theoretical frameworks. The CIPRES cluster-randomized controlled trial evaluated a 6-week multi-component school-based intervention combining the Socio-Ecological perspective and Trans-Contextual Model to reduce children’s sedentary time (ST) and increase moderate-to-vigorous physical activity (MVPA).MethodsFour French municipalities were cluster-randomized to either the CIPRES or Control group. Participants were children in 3rd and 4th grades. The intervention was multilevel, using co-constructed activity booklets to target school, after-school, and home settings to reduce ST. Activities were driven by TCM principles. Device-based ST and MVPA were assessed via 7-day accelerometry (accelerometers GT3X+) at baseline and post-intervention. Intervention effects and the moderating role of the Ecological Deprivation Index were analyzed using multiple constrained linear mixed models on three distinct periods (entire week, after-school and non-school days).ResultsA total of 543 children (49.2% girls; mean age 9.2 years; 76.2% highly deprived) participated. The intervention yielded significant group*time interaction effects over the whole week, preventing the increase in relative ST (β = −1.2 percentage points [pp], p = 0.033) and improving relative MVPA (β = +0.7 pp., p = 0.034) in the CIPRES group. These effects were primarily driven by the after-school period (relative ST: β = −2.5 pp., p = 0.002; relative MVPA: β = +1.4 pp., p = 0.003). No significant intervention effects were observed during non-school days. Crucially, deprivation level significantly moderated efficacy during the after-school period: the intervention significantly decreased ST and increased MVPA primarily among highly deprived participants, while slightly deprived participants exhibited behavioral deterioration.ConclusionThe theory-based CIPRES intervention effectively curbed the weekly accumulation of ST, driven by improvements during the after-school period. By predominantly benefiting highly deprived youth, it offers a promising strategy to reduce social health inequalities, though further strategies are required to effectively alter routines during non-school days.
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