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A new approach to assess movements and isometric postures of spine and trunk at the workplace

机译:一种评估工作场所脊柱和躯干运动和等距姿势的新方法

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摘要

Low back pain is regarded as the primary cause of occupational disability in many countries worldwide. However, there is a lack of valid assessment of kinematic spine and trunk parameters to provide further insight into occupational spine loads. A new 3-dimensional mobile measurement system (3D-SpineMoveGuard) was developed and evaluated by means of repeated dynamic and isometric trunk positions by 10 male and 10 female volunteers. The interclass correlation coefficient indicates high test–retest reliability (r = 0.975–0.999) of the 3D-SpineMoveGuard. Moreover, analysis of validity revealed almost identical results for the new measurement system. The evaluation study indicates a good scientific quality for the use in occupational task analyses. The objective assessment of indirectly measured spine and trunk kinematics will give further insight to predict and prevent job-related spine loads.
机译:在全球许多国家,腰背痛被认为是职业残疾的主要原因。但是,缺乏对运动脊柱和躯干参数的有效评估,无法进一步了解职业脊柱负荷。开发了一种新的3维移动测量系统(3D-SpineMoveGuard),并通过10位男性和10位女性志愿者重复的动态和等距躯干位置进行了评估。类间相关系数表明3D-SpineMoveGuard的重测信度(r = 0.975-0.999)。此外,有效性分析显示,新测量系统的结果几乎相同。评估研究表明,在职业任务分析中的使用具有良好的科学素质。间接测量脊柱和躯干运动学的客观评估将为预测和预防与工作相关的脊柱负荷提供进一步的见识。

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