Investigating the presence of gender differences in cutting technique and the implication for ACL injury.

Dataset shows results generated in related to human movement of the leg and ankle. It includes three-dimensional kinematic data of the lower limb during a cutting and running task, surface electromyographic activity of 8 lower limb muscles during a cutting and running task and ground reaction force data generated during a cutting and running task. The cutting and running technique of 15 males and 15 female consenting touch football players was analysed in the Biomechanics Research Laboratory at University of Wollongong, where the data was collected by BSc (Hons) candidate who was assisted by a team of trained research assistants. Data was collected for approximately 2 hours per participant to generate the datasets using an OptoTRAK 3020 motion analysis system to collect the kinematic data, two Kistler force platforms to collect the ground reaction force data and a Noraxon Telemyo 900 EMG system to collect the muscle activity data. In addition to instruments, the data was also sourced from survey responses, text, images and statistcs.

本数据集收录与腿部及踝关节人体运动相关的研究成果。其内容涵盖变向跑任务期间下肢的三维运动学数据、8块下肢肌肉在该任务中的表面肌电活动数据，以及变向跑过程中产生的地面反作用力数据。本研究在伍伦贡大学（University of Wollongong）生物力学研究实验室开展，对15名男性及15名女性签署知情同意书的触式橄榄球运动员的变向跑技术动作进行了分析。数据由一名荣誉理学士学位（BSc (Hons)）候选人在经过专业培训的研究助理团队协助下采集，每位参与者的数据采集时长约为2小时。采集过程中，采用OptoTRAK 3020运动分析系统获取运动学数据，通过两台Kistler测力台采集地面反作用力数据，并借助Noraxon Telemyo 900肌电系统记录肌肉活动数据。除上述仪器采集的数据外，本数据集还包含调查问卷回复、文本资料、图像及统计数据。