<p>Mean EMG<sub>rms</sub> (EMG<sub>mean</sub>), peak EMG<sub>rms</sub> (EMG<sub>peak</sub>) and rate of EMG rise (RER) decrease over the 20 sets (A) as well as the simple linear regression of EMG<sub>mean</sub> predicted by RER (B) is presented. Data are mean ± SD for four sets. Significant difference from set 1–4: * <0.05. Significant difference between EMG<sub>mean</sub> and RER from the same sets: a; Significant difference between EMG<sub>mean</sub> and EMG<sub>peak</sub> from the same sets: b; Significant difference between RER and EMG<sub>peak</sub> from the same sets: c.</p
<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>For a representative subject, recorded (black/gray) and reconstructed (red/blue) EMG signals are ...
<p>The simple linear regression of the rate of torque development (RTD) predicted by the rate of rat...
<p>Mean torque (T<sub>mean</sub>), peak torque (T<sub>peak</sub>) and rate of torque development (RT...
<p>Percentage differences in RMS values of the EMG signal calculated as the differences between W an...
<p>Mean change in rectified EMG for all 16 muscles across subjects during the [0, 150] ms time inter...
<p>Instant mean power frequency (i<i>fmean</i>) during the first (black) and the twentieth (grey) se...
<p>Absolute data for each variable (MVT and EMG/M) are normalized to the value recorded before the s...
<p>Percentage differences in RMS values of the EMG signal calculated as the differences between the ...
<p>Relationships between mean EMG activity and peak acceleration (A–B) and between mean EMG activity...
<p>KE EMG RMS corresponds to the sum of EMG RMS of the following muscles: Vastus Lateralis, Rectus F...
<p><b>a)</b> The average amplitudes of recorded TA EMG patterns are illustrated with respect to tria...
<p>Samples of RLMs from a single 24L experiment illustrate the combinations of muscle activity in EM...
→ indicates a significant difference (p ≤ 0.05) between this percentage and all percentages away fro...
<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>For a representative subject, recorded (black/gray) and reconstructed (red/blue) EMG signals are ...
<p>The simple linear regression of the rate of torque development (RTD) predicted by the rate of rat...
<p>Mean torque (T<sub>mean</sub>), peak torque (T<sub>peak</sub>) and rate of torque development (RT...
<p>Percentage differences in RMS values of the EMG signal calculated as the differences between W an...
<p>Mean change in rectified EMG for all 16 muscles across subjects during the [0, 150] ms time inter...
<p>Instant mean power frequency (i<i>fmean</i>) during the first (black) and the twentieth (grey) se...
<p>Absolute data for each variable (MVT and EMG/M) are normalized to the value recorded before the s...
<p>Percentage differences in RMS values of the EMG signal calculated as the differences between the ...
<p>Relationships between mean EMG activity and peak acceleration (A–B) and between mean EMG activity...
<p>KE EMG RMS corresponds to the sum of EMG RMS of the following muscles: Vastus Lateralis, Rectus F...
<p><b>a)</b> The average amplitudes of recorded TA EMG patterns are illustrated with respect to tria...
<p>Samples of RLMs from a single 24L experiment illustrate the combinations of muscle activity in EM...
→ indicates a significant difference (p ≤ 0.05) between this percentage and all percentages away fro...
<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>For a representative subject, recorded (black/gray) and reconstructed (red/blue) EMG signals are ...