首页> 美国卫生研究院文献>Journal of Sports Science Medicine >Comparison of Proprioceptive Training and Muscular Strength Training to Improve Balance Ability of Taekwondo Poomsae Athletes: A Randomized Controlled Trials
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Comparison of Proprioceptive Training and Muscular Strength Training to Improve Balance Ability of Taekwondo Poomsae Athletes: A Randomized Controlled Trials

机译:本体感受训练和肌肉力量训练以提高跆拳道运动员平衡能力的比较:随机对照试验。

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摘要

Maintaining balance while performing “Hakdariseogi” in Taekwondo, which involves standing on one leg, is a critical aspect of the Poomsae competition. The purpose of this study was to investigate the effect of proprioceptive training and lower-limb muscular strength training on the balance of Taekwondo Poomsae athletes over a 6-week period. Thirty Taekwondo Poomsae athletes were randomly assigned to three groups, namely, a proprioception training group, a lower-limb muscular strength training group, and a control group. Biomechanics data were collected using eight infrared cameras (Qualysis, Sweden) at 200 Hz and a force plate (Kistler, Switzerland) at 2,000 Hz while the participants performed “Hakdariseogi” before and after the 6-week intervention. Balance and stability variables were calculated using customized MATLAB R2014b software (Mathworks, Inc., USA). The medio-lateral (M/L) center of pressure (CoP) range, M/L CoP mean velocity, antero-posterior (A/P) CoP range, A/P CoP mean velocity, and the vertical ground reaction torque after the training were reduced at P1 in the PG groups (p < 0.05). A decrease in the A/P CoP range, A/P CoP mean velocity, and vertical ground reaction torque after the training were observed at P2 in the PG and SG groups (p < 0.05). The PG exhibited a smaller A/P CoP range and A/P CoP mean velocity, in comparison to CG (p < 0.05). The A/P CoP position at P1 was negatively correlated with the vertical ground reaction torque, A/P CoP range, and A/P CoP mean velocity at P2(r = -0.438, r = -0.626, r = -0.638). Based on the above results, this study determined that both proprioception training and lower-extremity muscle strength training resulted in an improvement of athletic performance. It was also desirable to move the CoP position through conscious effort forward at P2 in order to maintain the crane stance without sway.Key points class="unordered" style="list-style-type:disc">The proprioception training improved the balance of Taekwondo athletes.The lower-extremity muscle strength training improved the balance of Taekwondo athletes.It was desirable to move the CoP position through conscious effort forward in order to maintain the “Hakdariseogi” stance without sway.
机译:在跆拳道中表演“ Hakdariseogi”时要保持平衡,这涉及到单腿站立,这是Poomsae比赛的重要方面。这项研究的目的是调查在6周的时间内,本体感受训练和下肢肌肉力量训练对跆拳道Poomsae运动员平衡的影响。将30名跆拳道Poomsae运动员随机分为三组,分别是本体感受训练组,下肢肌肉力量训练组和对照组。在六个星期的干预前后,参与者使用“ Hakdariseogi”进行了“ Hakdariseogi”运动,使用八台200 Hz的红外热像仪(瑞典Qualysis,瑞典)和2,000 Hz的压板,收集了生物力学数据。使用定制的MATLAB R2014b软件(Mathworks,Inc.,美国)计算平衡和稳定性变量。压迫后的中外侧(M / L)压力中心(CoP)范围,M / L CoP平均速度,前后(A / P)CoP范围,A / P CoP平均速度和垂直地面反作用扭矩PG组的P1训练量减少(p <0.05)。在PG和SG组中,P2时,训练后A / P CoP范围,A / P CoP平均速度和垂直地面反作用扭矩减小(p <0.05)。与CG相比,PG的A / P CoP范围和A / P CoP平均速度更小(p <0.05)。 P1处的A / P CoP位置与垂直地面反作用扭矩,A / P CoP范围以及P2处的A / P CoP平均速度呈负相关(r = -0.438,r = -0.626,r = -0.638)。基于以上结果,本研究确定本体感觉训练和下肢肌肉力量训练均能改善运动表现。还需要通过有意识的努力在P2处向前移动CoP位置,以保持起重机的姿态而不会摇摆。要点 class =“ unordered” style =“ list-style-type:disc”> <!- list-behavior = unordered prefix-word = mark-type = disc max-label-size = 0-> 本体感觉训练改善了跆拳道运动员的平衡。 下肢肌肉力量训练改善了跆拳道运动员的平衡。 希望通过有意识的努力向前移动CoP位置,以保持“ Hakdariseogi”的立场而不会摇摆。

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