Concurrent Agreement Between ActiGraph and activPAL for Measuring Physical Activity in Pregnant Women and Office Workers.

Melissa A Jones, Sara J Diesel, Bethany Barone Gibbs, Kara M Whitaker
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引用次数: 2

Abstract

Introduction: Current best practice for objective measurement of sedentary behavior and moderate-to-vigorous intensity physical activity (MVPA) requires two separate devices. This study assessed concurrent agreement between the ActiGraph GT3X and the activPAL3 micro for measuring MVPA to determine if activPAL can accurately measure MVPA in addition to its known capacity to measure sedentary behavior.

Methods: Forty participants from two studies, including pregnant women (n = 20) and desk workers (n = 20), provided objective measurement of MVPA from waist-worn ActiGraph GT3X and thigh-worn activPAL micro3. MVPA from the GT3X was compared with MVPA from the activPAL using metabolic equivalents of task (MET)- and step-based data across three epochs. Intraclass correlation coefficient and Bland-Altman analyses, overall and by study sample, compared MVPA minutes per day across methods.

Results: Mean estimates of activPAL MVPA ranged from 22.7 to 35.2 (MET based) and 19.7 to 25.8 (step based) minutes per day, compared with 31.4 min/day (GT3X). MET-based MVPA had high agreement with GT3X, intraclass correlation coefficient ranging from .831 to .875. Bland-Altman analyses revealed minimal bias between 15- and 30-s MET-based MVPA and GT3X MVPA (-3.77 to 8.63 min/day, p > .10) but with wide limits of agreement (greater than ±27 min). Step-based MVPA had moderate to high agreement (intraclass correlation coefficient: .681-.810), but consistently underestimated GT3X MVPA (bias: 5.62-11.74 min/day, p < .02). For all methods, activPAL appears to better estimate GT3X at lower quantities of MVPA. Results were similar when repeated separately by pregnant women and desk workers.

Conclusion: activPAL can measure MVPA in addition to sedentary behavior, providing an option for concurrent, single device monitoring. MET-based MVPA using 30-s activPAL epochs provided the best estimate of GT3X MVPA in pregnant women and desk workers.

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ActiGraph和activPAL在孕妇和上班族体力活动测量中的同时一致性。
目前对久坐行为和中高强度体力活动(MVPA)进行客观测量的最佳实践需要两个独立的设备。本研究评估了ActiGraph GT3X和activPAL3 micro测量MVPA的同时一致性,以确定activPAL除了已知的测量久坐行为的能力外,是否还能准确测量MVPA。方法:来自两项研究的40名参与者,包括孕妇(n = 20)和办公室工作人员(n = 20),通过腰戴式ActiGraph GT3X和大腿戴式activPAL micro3客观测量MVPA。GT3X的MVPA与activPAL的MVPA通过三个时期的任务代谢当量(MET)和基于步骤的数据进行了比较。班级内相关系数和Bland-Altman分析,通过总体和研究样本,比较了不同方法每天的MVPA分钟数。结果:activPAL MVPA的平均估计范围为22.7至35.2分钟(基于MET)和19.7至25.8分钟(基于步数)/天,而GT3X为31.4分钟/天。基于met的MVPA与GT3X具有较高的一致性,类内相关系数在0.831 ~ 0.875之间。Bland-Altman分析显示,基于met的MVPA和GT3X MVPA在15和30秒之间的偏差最小(-3.77至8.63分钟/天,p > 0.10),但一致性范围很广(大于±27分钟)。基于步骤的MVPA具有中等到高度的一致性(类内相关系数:0.681 - 0.810),但始终低估了GT3X MVPA(偏差:5.62-11.74 min/day, p < 0.02)。对于所有方法,activPAL似乎在较低MVPA量下更好地估计GT3X。孕妇和上班族分别进行了同样的实验。结论:activPAL除了可以测量久坐行为外,还可以测量MVPA,为并发单设备监测提供了一种选择。基于met的MVPA使用30 s激活pal时代提供了孕妇和案头工作人员GT3X MVPA的最佳估计。
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