<p>M-wave peak to peak amplitude (mean ± SD) from <i>vastus lateralis</i> (VL), <i>vastus medialis</i> (VM) and <i>rectus femoris</i> (RF) muscles measured before and after exercise.</p
<p>KE EMG RMS corresponds to the sum of EMG RMS of the following muscles: Vastus Lateralis, Rectus F...
<p>a) Gluteus maximus, b) Medial hamstrings, c) Vastus medialis, d) Rectus femoris. Mean power frequ...
<p>Mean and standard error of sEMG RMS/M<sub>max</sub> values of the vastus lateralis (VL), vastus m...
<p>V-waves are circled on the figures. Note the reductions in V-wave amplitude following the 80% pro...
<p># indicates interaction between time and protocol, with values reduced from pre-exercise and lowe...
<p>Data are mean values ± SD. Significantly different from PRE: *P<0.05, **P<0.01, ***P<0.001.</p
<p>Values are mean ± SD; IMVC: isometric maximal voluntary torque; VA: voluntary activation; eT<sub>...
<p>Data are mean values ± SD. Significantly different from PRE: <sup>$$</sup> P<0.01. Significant bo...
<p>The upper panel concerns the vastus lateralis muscle and the lower panel, the biceps femoris musc...
<p>Normalized by the values obtained in the torque-velocity test. In the time domain, the results ar...
Electromyography (EMG) is one of the important indicators during exercise, as it is closely related ...
The compound muscle action potential (M wave) has been commonly used to assess the peripheral proper...
<p>90°<sub>25</sub>: 25-m sprint with one 90°-COD. The medial panel represents the standardized diff...
Objectives We examined the extent to which peripheral changes affect EMG signal adjustments during ...
Reliability of the motor response (M-wave) is fundamental in many reflex studies; however it has rec...
<p>KE EMG RMS corresponds to the sum of EMG RMS of the following muscles: Vastus Lateralis, Rectus F...
<p>a) Gluteus maximus, b) Medial hamstrings, c) Vastus medialis, d) Rectus femoris. Mean power frequ...
<p>Mean and standard error of sEMG RMS/M<sub>max</sub> values of the vastus lateralis (VL), vastus m...
<p>V-waves are circled on the figures. Note the reductions in V-wave amplitude following the 80% pro...
<p># indicates interaction between time and protocol, with values reduced from pre-exercise and lowe...
<p>Data are mean values ± SD. Significantly different from PRE: *P<0.05, **P<0.01, ***P<0.001.</p
<p>Values are mean ± SD; IMVC: isometric maximal voluntary torque; VA: voluntary activation; eT<sub>...
<p>Data are mean values ± SD. Significantly different from PRE: <sup>$$</sup> P<0.01. Significant bo...
<p>The upper panel concerns the vastus lateralis muscle and the lower panel, the biceps femoris musc...
<p>Normalized by the values obtained in the torque-velocity test. In the time domain, the results ar...
Electromyography (EMG) is one of the important indicators during exercise, as it is closely related ...
The compound muscle action potential (M wave) has been commonly used to assess the peripheral proper...
<p>90°<sub>25</sub>: 25-m sprint with one 90°-COD. The medial panel represents the standardized diff...
Objectives We examined the extent to which peripheral changes affect EMG signal adjustments during ...
Reliability of the motor response (M-wave) is fundamental in many reflex studies; however it has rec...
<p>KE EMG RMS corresponds to the sum of EMG RMS of the following muscles: Vastus Lateralis, Rectus F...
<p>a) Gluteus maximus, b) Medial hamstrings, c) Vastus medialis, d) Rectus femoris. Mean power frequ...
<p>Mean and standard error of sEMG RMS/M<sub>max</sub> values of the vastus lateralis (VL), vastus m...