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Possibility of intrinsic muscle contractile properties in force summation and postactivation potentiation as indices of maximal muscle strength and muscle fatigue

机译:内在的肌肉收缩特性可能在力量加总和激活后增强中作为最大肌肉力量和肌肉疲劳的指标

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Introduction: We investigated whether intrinsic muscle contractile properties in force summation and postactivation potentiation (PAP) can be used as indices of maximal muscle strength and muscle fatigue. Methods: Twelve men participated in this study. The maximum voluntary contraction torque (MVC), torque evoked by several stimulations in the tibialis anterior (TA) muscle, force summation parameters, and PAP were evaluated with the progression of fatigue. The force summation parameters were evaluated with respect to responses of single, double, and triple stimulations. Results: The percent decreases in the evoked torque parameters with or without PAP were greater than those during MVC. Force summation parameters were significantly related to MVC and fatigue resistance. Conclusions: Intrinsic muscle contractile properties with or without PAP in the TA overestimate fatigue during MVC. However, force summation parameters can be used as indices of maximal muscle strength with or without fatigue and fatigue resistance capacity.
机译:简介:我们研究了力量求和和激活后增强(PAP)中固有的肌肉收缩特性是否可以用作最大肌肉力量和肌肉疲劳的指标。方法:十二名男性参加了这项研究。评估最大自愿收缩扭矩(MVC),胫骨前(TA)肌肉几次刺激引起的扭矩,力总和参数以及PAP与疲劳的进展。关于单次,两次和三次刺激的响应,评估了力的总和参数。结果:有或没有PAP时,诱发转矩参数的下降百分比大于MVC期间。力求和参数与MVC和抗疲劳性显着相关。结论:TA中有或没有PAP的固有肌收缩特性高估了MVC期间的疲劳。然而,力求和参数可以用作具有或不具有疲劳和抗疲劳能力的最大肌肉强度的指标。

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