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首页> 外文期刊>BMC Pediatrics >Patterns of objectively measured sedentary time in 10- to 12-year-old Belgian children: an observational study within the ENERGY-project
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Patterns of objectively measured sedentary time in 10- to 12-year-old Belgian children: an observational study within the ENERGY-project

机译:客观测量10至12岁比利时儿童久坐时间的模式:能源项目中的一项观察性研究

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Background This study examined the frequency of and differences in sedentary bouts of different durations and the total time spent in sedentary bouts on a weekday, a weekend day, during school hours, during after-school hours and in the evening period in a sample of 10- to 12-year-old Belgian children. Methods Accelerometer data were collected as part of the ENERGY-project in Belgium ( n =?577, 10.9?±?0.7?years, 53% girls) in 2011. Differences in total sedentary time, sedentary bouts of 2–5, 5–10, 10–20, 20–30 and ≥30?min and total time accumulated in those bouts were examined on a weekday, a weekend day, during school hours, during after-school hours and in the evening period, using multilevel analyses in MLwiN 2.22. Results More than 60% of the participants’ waking time was spent sedentary. Children typically engaged in short sedentary bouts of 2–5 and 5–10?min, which contributed almost 50% towards their total daily sedentary time. Although the differences were very small, children engaged in significantly fewer sedentary bouts of nearly all durations during after-school hours compared to during school hours and in the evening period. Children also engaged in significantly fewer sedentary bouts of 5–10, 10–20, and 20–30?min per hour on a weekend day than on a weekday. Conclusions Although primary school children spend more than 60% of their waking time sedentary, they generally engaged in short sedentary bouts. Children’s sedentary bouts were slightly longer on weekdays, particularly during school hours and in the evening period, although the differences were very small. These results suggest that in this age group, interventions focusing on reducing total sedentary time rather than interrupting prolonged sedentary time are needed.
机译:背景本研究调查了10个样本中不同持续时间的久坐发作的频率和差异以及在工作日,周末,上课时间,课余时间和晚上在久坐发作的总时间-适用于12岁的比利时儿童。方法2011年,比利时的ENERGY项目(n =?577,10.9?±?0.7?岁,女孩53%)收集了加速度计数据。总的久坐时间,久坐不动的时间分别为2–5、5–5在工作日,周末,上课时间,课后时间和晚上,使用多级分析在10、10-20、20-30和≥30分钟的总和中,检查这些回合中累积的总时间。 MLwiN 2.22。结果参与者的醒着时间中有60%以上是久坐的。儿童通常会进行2至5分钟和5至10分钟的久坐运动,这对他们每天的久坐时间贡献了近50%。尽管差异很小,但是与课余时间和晚上相比,孩子在课余时间的几乎所有时间的久坐感明显减少。与平日相比,儿童在周末每天每小时进行5–10、10–20和20–30分钟的久坐运动的次数明显减少。结论尽管小学生久坐时间花费了其静坐时间的60%以上,但他们通常会进行短暂的久坐运动。在工作日,儿童久坐不动的时间会稍长一些,特别是在上课时间和晚上,尽管差异很小。这些结果表明,在这个年龄段中,需要着重减少久坐时间而不是延长久坐时间的干预措施。

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