Babaei-Mobarakeh Mojtaba, Letafatkar Amir, Barati Amir Hosein, Khosrokiani Zohre
Department of Biomechanics and Sport Injuries, Faculty of Physical Education and Sport Sciences, Kharazmi University, Mirdamad, Shahid Mofateh, Tehran, Iran.
Department of Biomechanics and Sport Injuries, Faculty of Physical Education and Sport Sciences, Kharazmi University, Tehran, Iran.
J Bodyw Mov Ther. 2018 Oct;22(4):1013-1021. doi: 10.1016/j.jbmt.2017.12.002. Epub 2017 Dec 6.
Rehabilitation of injuries in the upper extremity and reestablishment of muscle strength throughout the range of motion in overhead movements, are the major concerns of athletes and coaches in the sports field.
To determine the effect of eight-week "gyroscopic device" mediated resistance training exercise on grip strength, wrist and shoulder strength and proprioception, and upper extremity performance, in participants with impingement syndrome or tennis elbow.
For this study, in a university rehabilitation clinic 45 volleyball players (aged 22-28) purposefully were selected and divided into 3 groups: shoulder impingement (group I), tennis elbow (group II), and control (group III). The experimental groups performed the "gyroscopic device" mediated resistance training, three sessions a week over 8 wks. Grip strength, wrist and shoulder strength and proprioception, and upper extremity performance were measured before and after implementation of the intervention (eight-week resistance training using a "gyroscopic device") using a hand hold dynamometer, isokinetic dynamometer, and Y balance test respectively.
After 8 weeks of "gyroscopic device" exercise, improvement in the shoulder, wrist and grip strength, shoulder and wrist proprioception and performance scores of both experimental groups was significant. There were no significant differences between study groups I and II, both groups, however, demonstrated significant differences when compared to the control group, but between group I and the control group, and between group II and the control group, the difference was significant. However, no significant change was seen in the control group.
Due to the significant effects of the "gyroscopic device" mediated exercise on grip strength, wrist and shoulder strength and proprioception, and performance of the upper extremity, use of the exercise can be recommended for subjects with impingement syndrome or tennis elbow impairment in measured variables. More research is needed to confirm the result of this study.
上肢损伤的康复以及在过顶运动的整个运动范围内恢复肌肉力量,是体育领域运动员和教练主要关注的问题。
确定为期八周的“陀螺装置”介导的阻力训练运动对患有撞击综合征或网球肘的参与者的握力、手腕和肩部力量、本体感觉以及上肢表现的影响。
在本研究中,在一所大学康复诊所中,有目的地选取了45名排球运动员(年龄在22 - 28岁之间),并将其分为3组:肩部撞击组(第一组)、网球肘组(第二组)和对照组(第三组)。实验组进行“陀螺装置”介导的阻力训练,每周3次,共8周。在实施干预(使用“陀螺装置”进行为期八周的阻力训练)前后,分别使用手持式测力计、等速测力计和Y平衡测试来测量握力、手腕和肩部力量、本体感觉以及上肢表现。
经过8周的“陀螺装置”运动后,两个实验组的肩部、手腕和握力、肩部和手腕本体感觉以及表现得分均有显著提高。第一组和第二组之间没有显著差异,然而,与对照组相比,两组均显示出显著差异,但是第一组与对照组之间以及第二组与对照组之间的差异是显著的。然而,对照组没有明显变化。
由于“陀螺装置”介导的运动对握力、手腕和肩部力量、本体感觉以及上肢表现有显著影响,因此对于患有撞击综合征或网球肘损伤的受试者,在测量变量方面可以推荐使用该运动。需要更多研究来证实本研究的结果。