Key result
A late adiposity peak and an early adiposity rebound were significantly associated with a higher risk of overweight at seven years of age, with a late adiposity peak increasing the risk by 2.3-fold.
Why the study?
The timing of adiposity peak or rebound determines overweight or obesity in adolescence and adulthood, but limited studies have examined this association in young school-age children.
Does a late adiposity peak or early adiposity rebound increase the risk of overweight or obesity in first-grade children?
Cohort (n=2,330)
Does a late adiposity peak or early adiposity rebound increase the risk of overweight or obesity in first-grade children?
Relative Risk: 2.3 (95% CI 1.29–4.08)
Absolute Event Rate: 14.29% vs 10.07%
p-value: p=<0.01
Late adiposity peak and early adiposity rebound are associated with an increased risk of overweight in middle childhood, suggesting early growth trajectories can predict later adiposity.
Supports monitoring early growth trajectories for overweight risk; hypothesis-generating and requires prospective trials before clinical use.
BACKGROUND: The timing of adiposity peak (AP) or adiposity rebound (AR) is a determinant of overweight or obesity in adolescence and adulthood. However, limited studies have reported the association in young school-age children. We aimed to evaluate this association and explore the role of health behaviours in it. METHODS: Routinely collected, sequential, anthropometric data from the 1st to 80th months of age were used to estimate AP and AR timings in 2330 children born in Shanghai between 2010 and 2013. Multivariate regression analyses were applied to identify the associations between the AP or AR timings and the risk of developing overweight or obesity in first-grade school children. The roles of health behaviours, including dietary patterns, physical activity level, sleep and snacking habits, and screen time, were also evaluated. RESULTS: Children with a late AP or an early AR were at higher risk of overweight but not obesity or central obesity in their first grade. A high physical activity level was associated with a lower risk of having overweight in children with a late AP, and limited screen time was associated with a decreased risk of having overweight or obesity in children with an early AR. The absence of a late-night snacking habit in children with a non-early AR indicated a decreased risk of having overweight. However, this association was not observed among children with an early AR. CONCLUSION: The timings of AP and AR are tied to overweight in middle childhood. Prevention strategies are suggested to move forward to control late AP and early AR.
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Lin et al. (2022) conducted a cohort in Overweight or obesity (n=2,330). Late adiposity peak (AP) vs. Non-late adiposity peak was evaluated on Overweight in the first grade of primary school (RR 2.30, 95% CI 1.29-4.08, p=<0.01). A late adiposity peak and an early adiposity rebound were significantly associated with a higher risk of overweight at seven years of age, with a late adiposity peak increasing the risk by 2.3-fold.
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