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The effect of oral motor activity on the athletic performance of professional golfers

机译:口服运动对职业高尔夫球手运动表现的影响

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Human motor control is based on complex sensorimotor processes. Recent research has shown that neuromuscular activity of the craniomandibular system (CMS) might affect human motor control. In particular, improvements in postural stability and muscle strength have been observed as a result of voluntary jaw clenching. Potential benefits of jaw aligning appliances on muscle strength and golf performance have also been described. These reports are highly contradictory, however, and the oral motor task performed is often unclear. The purpose of our study was, therefore, to investigate the effect of submaximum biting on golf performance via shot precision and shot length over three different distances. Participants were 14 male professional golfers – seven with sleep bruxism and seven without – randomly performing golf shots over 60m, 160m, or driving distance while either biting on an oral splint or biting on their teeth; habitual jaw position served as the control condition. Statistical analysis revealed that oral motor activity did not systematically affect golf performance in respect of shot precision or shot length for 60m, 160 m, or driving distance. These findings were reinforced by impact variables such as club head speed and ball speed, which were also not indicative of significant effects. The results thus showed that the strength improvements and stabilizing effects described previously are, apparently, not transferable to such coordination-demanding sports as golf. This could be due to the divergent motor demands associated with postural control and muscle strength on the one hand and the complex coordination of a golf swing on the other. Interestingly, subjects without sleep bruxism performed significantly better at the short distance (60 m) than those with bruxism. Because of the multifactorial etiology of parafunctional CMS activity, conclusions about the need for dental treatment to improve sports performance are, however, completely unwarranted.
机译:人体运动控制基于复杂的感觉运动过程。最近的研究表明,颅颌系统(CMS)的神经肌肉活动可能会影响人体运动控制。尤其是,由于自愿下颌紧握,已观察到姿势稳定性和肌肉力量得到改善。还描述了颚式矫正器对肌肉力量和高尔夫性能的潜在好处。这些报告相互矛盾,然而,执行口头运动任务通常不清楚。因此,我们的研究目的是通过三个不同距离上的击球精度和击球长度来研究次最大咬合对高尔夫球性能的影响。参加者有14名男性职业高尔夫球手,其中7名患有睡眠磨牙症,而7名没有高尔夫球手,他们在咬口夹板或咬牙时随机进行了超过60m,160m或行驶距离的击球。习惯性下颌位置作为控制条件。统计分析表明,就60m,160m或击球距离而言,口服运动活动并没有系统地影响击球精度或击球长度。球杆头速度和球速等冲击变量也加强了这些发现,但这些变量也并不表示明显的影响。因此,结果表明,显然,先前描述的强度提高和稳定效果不能转移到诸如高尔夫球之类的要求协调的运动上。这可能是由于一方面与姿势控制和肌肉力量相关的运动需求不同,另一方面与高尔夫挥杆的复杂协调有关。有趣的是,没有睡眠磨牙症的受试者在短距离(60 m)上的表现明显好于磨牙症。由于辅助功能性CMS活性的多因素病因,因此完全没有必要就需要进行牙科治疗以改善运动表现的结论。

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