Adelaide Dental School, Faculty of Health and Medical Sciences, The University of Adelaide, Adelaide, South Australia, Australia.
School of Dentistry, University of Queensland, Herston, Queensland, Australia.
Matern Child Nutr. 2024 Oct;20(4):e13671. doi: 10.1111/mcn.13671. Epub 2024 May 28.
Reducing free sugars intake is important for the prevention of dental caries and obesity in children. The study aimed to determine the amount and sources of free sugars known to contribute to dental caries, and identify sociodemographic determinants of intake by children aged 5 years in Australia. Cross-sectional analysis of dietary data from a cohort study, collected using a customized food frequency questionnaire were used to calculate free sugars intake as grams/day and percentage contribution to Estimated Energy Requirement (EER). The percent contribution of food sources to free sugars intake was derived. Sociodemographic determinants of achieving intakes within WHO thresholds (i.e., <5% and <10% Energy were explored with multinomial logistic regression. Complete data were available for 641 children (347 boys, 294 girls). Median (IQR) free sugars intake (g/day) was 31.6 (21.3-47.6) in boys and 28.1 (19.6-47.9) in girls. The median (IQR) percentage contribution to EER was 7.9 (5.4-12.7); 21% and 42% of children had intakes <5% EER and between 5% and <10%, respectively. The main sources of free sugars were: (1) Cakes, Biscuits and Cereal Bars; (2) Sweetened Milk Products (predominantly yoghurts) and (3) Desserts. Maternal university education, single-parent household, and maternal place of birth being Australia or New Zealand were associated with free sugars intake <5% EER. In conclusion, less than a quarter of 5-year-old children in the SMILE cohort achieved the WHO recommendations to limit free sugars to <5% EER. Strategies to lower free sugars intake could target priority populations such migrants, populations with lower levels of education or health literacy and identify areas for intervention in the wider food environments that children are exposed to.
减少游离糖摄入量对于预防儿童龋齿和肥胖非常重要。本研究旨在确定已知会导致龋齿的游离糖摄入量和来源,并确定澳大利亚 5 岁儿童游离糖摄入量的社会人口学决定因素。本研究使用来自队列研究的膳食数据的横断面分析,使用定制的食物频率问卷收集数据,以计算游离糖摄入量(以克/天表示)和对估计能量需求(EER)的贡献率。还得出了食物来源对游离糖摄入量的贡献率。采用多项逻辑回归探讨了实现世卫组织阈值(即<5%和<10%能量)摄入量的社会人口学决定因素。共有 641 名儿童(347 名男孩,294 名女孩)完成了完整的数据采集。男孩游离糖摄入量的中位数(IQR)为 31.6(21.3-47.6)克/天,女孩为 28.1(19.6-47.9)克/天。EER 的中位数(IQR)贡献率为 7.9(5.4-12.7)%;21%和 42%的儿童的摄入量分别<5% EER 和 5%-<10% EER。游离糖的主要来源是:(1)蛋糕、饼干和麦片棒;(2)加糖牛奶制品(主要是酸奶)和(3)甜点。母亲接受过大学教育、单亲家庭,以及母亲出生在澳大利亚或新西兰,与游离糖摄入量<5% EER 相关。总之,SMILE 队列中只有不到四分之一的 5 岁儿童达到了世卫组织将游离糖摄入量限制在<5% EER 的建议。降低游离糖摄入量的策略可以针对重点人群,如移民、受教育程度或健康素养较低的人群,并确定儿童接触的更广泛食物环境中的干预领域。