Inter- and intra-session variability of compression strain gauge for the adductor groin squeeze test on soccer athletes

IF 2.8 Q3 ENGINEERING, BIOMEDICAL
Kieran J. McMinn, Shelley N. Diewald, Craig Harrison, John B. Cronin, Dana Ye-Lee, Paris Saint Germain
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引用次数: 0

Abstract

The importance of hip adductor strength for injury prevention and performance benefits is well documented. The purpose of this study was to establish the intra- and inter-day variability of peak force (PF) of a groin squeeze protocol using a custom-designed compression strain gauge device. Sixteen semi-professional soccer players completed three trials over three separate testing occasions with at least 24-h rest between each session. The main findings were that the compression strain gauge was a reliable device for measuring PF within and between days. All intraclass correlations were higher than 0.80 and coefficients of variations were below 10% across the different sessions and trials. Due to the information gained through the compression strain gauge, the higher sampling frequency utilized, portability, and the relatively affordable price, this device offers an effective alternative for measuring maximal strength for hip adduction.

Abstract Image

足球运动员腹股沟内收肌挤压测试中压缩应变计在测试期间和测试时段内的变异性
髋关节内收肌力量对预防损伤和提高运动成绩的重要性已得到充分证明。本研究的目的是使用定制设计的压缩应变计装置,确定腹股沟挤压方案的峰值力(PF)在日内和日间的变化情况。16 名半职业足球运动员在三个不同的测试场合完成了三次试验,每次试验之间至少休息 24 小时。主要研究结果表明,压力应变计是一种可靠的设备,可用于测量日内和日间的 PF。所有类内相关性均高于 0.80,不同测试和试验的变异系数均低于 10%。由于压缩应变仪获得的信息、较高的采样频率、便携性和相对实惠的价格,该设备为测量髋关节最大内收力量提供了一种有效的替代方法。
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来源期刊
Healthcare Technology Letters
Healthcare Technology Letters Health Professions-Health Information Management
CiteScore
6.10
自引率
4.80%
发文量
12
审稿时长
22 weeks
期刊介绍: Healthcare Technology Letters aims to bring together an audience of biomedical and electrical engineers, physical and computer scientists, and mathematicians to enable the exchange of the latest ideas and advances through rapid online publication of original healthcare technology research. Major themes of the journal include (but are not limited to): Major technological/methodological areas: Biomedical signal processing Biomedical imaging and image processing Bioinstrumentation (sensors, wearable technologies, etc) Biomedical informatics Major application areas: Cardiovascular and respiratory systems engineering Neural engineering, neuromuscular systems Rehabilitation engineering Bio-robotics, surgical planning and biomechanics Therapeutic and diagnostic systems, devices and technologies Clinical engineering Healthcare information systems, telemedicine, mHealth.
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