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味觉体验可增加摄入量,营养教育可提高学龄前儿童尝试不熟悉蔬菜的意愿:一项群组随机试验。

Taste Exposure Increases Intake and Nutrition Education Increases Willingness to Try an Unfamiliar Vegetable in Preschool Children: A Cluster Randomized Trial.

出版信息

J Acad Nutr Diet. 2019 Dec;119(12):2004-2013. doi: 10.1016/j.jand.2019.05.012. Epub 2019 Aug 1.

Abstract

BACKGROUND

Intake of vegetables in children remains low.

OBJECTIVE

To compare taste exposure (TE), nutrition education (NE) and TE+NE together on intake of an unfamiliar vegetable (mooli/daikon radish) in preschool-aged children.

DESIGN

Children attending 11 preschools in England were randomly assigned by clusters to four intervention conditions using a 2×2 factorial design: TE, NE, TE+NE, and no intervention (control).

PARTICIPANTS

Two hundred nineteen children aged 2 to 5 years participated from September 2016 to June 2017.

INTERVENTION

The intervention period was 10 weeks preceded and followed by measurements of raw mooli intake as a snack. Preschools were randomized to receive weekly TE at snack time (n=62 children); NE (n=68) using the PhunkyFoods program; TE+NE (n=55) received both weekly taste exposures at snack and lessons from the PhunkyFoods program; and the control condition (n=34), received NE after the final follow-up measurement.

MAIN OUTCOME MEASURES

Individual measured intakes of mooli at Week 1 (baseline), Week 12 (postintervention), and Week 24 and Week 36 (follow-ups).

STATISTICAL ANALYSIS

Differences in intakes were analyzed by cluster. Logistic regressions were conducted to examine odds ratios for intake patterns.

RESULTS

Data from 140 children with complete mooli intake assessments were analyzed. TE increased intake from 4.7±1.4 g to 17.0±2.0 g and this was maintained at both follow-ups. Children assigned to the NE conditions were more likely to eat some of the mooli than children who were not in the NE conditions (odds ratio 6.43, 95% CI 1.5 to 27.8). Combining TE and NE produced no additional benefit to intake beyond TE alone.

CONCLUSIONS

Taste exposures encouraged children to eat more of the unfamiliar vegetable, whereas nutrition education encouraged children who were noneaters to try the vegetable. Both approaches were effective and can be used to produce different outcomes.

摘要

背景

儿童蔬菜摄入量仍然较低。

目的

比较味觉暴露(TE)、营养教育(NE)和 TE+NE 对学龄前儿童摄入不熟悉蔬菜(白萝卜/大头菜)的影响。

设计

采用 2×2 析因设计,以群组为单位将参加英格兰 11 所幼儿园的儿童随机分配到 4 个干预组:TE、NE、TE+NE 和无干预(对照组)。

参与者

2016 年 9 月至 2017 年 6 月期间,219 名 2 至 5 岁的儿童参与了研究。

干预

干预期为 10 周,在此期间及之后,作为零食测量生白萝卜的摄入量。幼儿园随机每周在零食时间接受 TE(62 名儿童);使用 PhunkyFoods 计划进行 NE(68 名儿童);TE+NE(55 名儿童)在零食时间接受每周味觉暴露和 PhunkyFoods 课程;对照组(34 名儿童)在最后一次随访后接受 NE。

主要观察指标

第 1 周(基线)、第 12 周(干预后)、第 24 周和第 36 周(随访)时个体测量的白萝卜摄入量。

统计分析

采用群组分析摄入量差异。采用逻辑回归检验摄入量模式的优势比。

结果

对 140 名具有完整白萝卜摄入量评估的儿童进行了数据分析。TE 使摄入量从 4.7±1.4 g 增加到 17.0±2.0 g,并且在两次随访中均得到维持。接受 NE 条件的儿童比未接受 NE 条件的儿童更有可能吃一些白萝卜(优势比 6.43,95%CI 1.5 至 27.8)。TE 与 NE 相结合对摄入量的影响并不优于单独的 TE。

结论

味觉暴露鼓励儿童多吃不熟悉的蔬菜,而营养教育鼓励不吃蔬菜的儿童尝试吃蔬菜。这两种方法都很有效,可以产生不同的效果。

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