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首页> 外文期刊>Journal of occupational and environmental medicine >Laboratory Validation of Hexoskin Biometric Shirt at Rest, Submaximal Exercise, and Maximal Exercise While Riding a Stationary Bicycle
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Laboratory Validation of Hexoskin Biometric Shirt at Rest, Submaximal Exercise, and Maximal Exercise While Riding a Stationary Bicycle

机译：骑自行车的休息，潜水运动锻炼和最大运动的Hexoskin生物训练的实验室验证

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Objective: Evaluate Hexoskin performance on a stationary bike against "gold standard'' laboratory equipment and develop adjustment models for future use in field settings. Methods: Compared respiratory rate (RR), tidal volume (V-T), minute ventilation (V-E), and heart rate (HR) measured by the Hexoskin shirt to simultaneous spirometry and full 12-lead electrocardiogram during a laboratory based incremental exercise test on a stationary bicycle. Results: Data from 17 participants demonstrated Hexoskin V-T and V-E had the best agreement in the submaximal exercise level (discrepancies less than or equal to 5.3%) with larger discrepancies observed at rest (less than or equal to 15.3%) and at maximal exercise level (less than or equal to 11.7%). The discrepancies for HR and RR were lower at all levels (less than 10%). Adjusting for sex and body weight allowed for a single V-E algorithm across the entire range of effort (r(2) = 0.89). Conclusion: These discrepancies are acceptable for field use in comparison to the ranges typical of bicycle commuting.
机译：目的：评价固定自行车对“黄金标准”实验室设备的exoxkin性能，并开发用于将来使用现场设置的调整模型。方法：比较呼吸率（RR），潮气量（VT），微小通风（VE），以及在固定自行车的实验室增量运动试验中，通过肝皮衬衫通过肝皮衬衫测量的心率（HR）。结果：来自17名参与者的数据展示了Hexoskin VT和VE在潜水期练习中最好的协议在休息时观察到较大的差异（小于或等于15.3％）和最大运动水平（小于或等于11.7％）的差异较大差异所有级别（小于10％）。调整性别和体重在整个努力范围内进行单一VE算法（R（2）= 0.89）。结论：这些差异对于现场是可接受的与典型自行车通勤的范围相比使用。

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