<p>Values are mean ± SD; IMVC: isometric maximal voluntary torque; VA: voluntary activation; eT<sub>peak</sub>: Peak torque during 100 Hz doublet stimulation; Db<sub>10:100</sub>: ratio between peak torque at 10 Hz and 100 Hz doublet stimulation; M<sub>max</sub>: M-wave peak to peak amplitude.</p><p>***: Significant difference with pre-fatigue (p<0.001).</p><p>Neuromuscular testing data obtained pre- and immediately post-exercise.</p
The mean (SD) neuromuscular fatigue questionnaire responses (n = 30) for the control (circles) and f...
***<p>p<0.001;</p>**<p>p<0.01;</p>*<p>p<0.05.</p><p>Δ: fatigue-induced changes; MVIT: maximal volunt...
<p>The EMG amplitude (% of pre-fatigue MVC) increased in both muscles throughout both fatigue tasks ...
<p>Values are means ± SD. MVIT: maximal voluntary isometric torque.</p>***<p>significantly different...
<p>T<sub>peak</sub>: voluntary peak torque; eT<sub>peak</sub>: evoked peak torque; nEMG<sub>peak</su...
Neuromuscular fatigue (NMF) is usually assessed non-invasively in healthy, athletic or clinical popu...
<p>Data are mean ± SD for 12 subjects.; RMS, Root Mean Square; M-wave, muscle compound action potent...
<p>A. Typical recording of the H<sub>max</sub> response of a representative subject. H<sub>max</sub>...
Characterization of critical power/torque (CP/CT) during voluntary exercise requires maximal effort,...
<p>M-wave peak to peak amplitude (mean ± SD) from <i>vastus lateralis</i> (VL), <i>vastus medialis</...
International audienceThis study compared fatigue development of the triceps surae induced by two el...
<p>***is p<0.001 between protocols.</p><p>MVT, maximal voluntary torque; VA, voluntary activation; V...
<p>A. Original recording of an MVC with a superimposed doublet and a potentiated doublet and single ...
<p>a. Maximal voluntary contraction (MVC); b. Potentiated high-frequency doublet (PDb100); c. Ratio ...
<p>Typical raw data in a subject for the assessment of neuromuscular parameters including: (A) super...
The mean (SD) neuromuscular fatigue questionnaire responses (n = 30) for the control (circles) and f...
***<p>p<0.001;</p>**<p>p<0.01;</p>*<p>p<0.05.</p><p>Δ: fatigue-induced changes; MVIT: maximal volunt...
<p>The EMG amplitude (% of pre-fatigue MVC) increased in both muscles throughout both fatigue tasks ...
<p>Values are means ± SD. MVIT: maximal voluntary isometric torque.</p>***<p>significantly different...
<p>T<sub>peak</sub>: voluntary peak torque; eT<sub>peak</sub>: evoked peak torque; nEMG<sub>peak</su...
Neuromuscular fatigue (NMF) is usually assessed non-invasively in healthy, athletic or clinical popu...
<p>Data are mean ± SD for 12 subjects.; RMS, Root Mean Square; M-wave, muscle compound action potent...
<p>A. Typical recording of the H<sub>max</sub> response of a representative subject. H<sub>max</sub>...
Characterization of critical power/torque (CP/CT) during voluntary exercise requires maximal effort,...
<p>M-wave peak to peak amplitude (mean ± SD) from <i>vastus lateralis</i> (VL), <i>vastus medialis</...
International audienceThis study compared fatigue development of the triceps surae induced by two el...
<p>***is p<0.001 between protocols.</p><p>MVT, maximal voluntary torque; VA, voluntary activation; V...
<p>A. Original recording of an MVC with a superimposed doublet and a potentiated doublet and single ...
<p>a. Maximal voluntary contraction (MVC); b. Potentiated high-frequency doublet (PDb100); c. Ratio ...
<p>Typical raw data in a subject for the assessment of neuromuscular parameters including: (A) super...
The mean (SD) neuromuscular fatigue questionnaire responses (n = 30) for the control (circles) and f...
***<p>p<0.001;</p>**<p>p<0.01;</p>*<p>p<0.05.</p><p>Δ: fatigue-induced changes; MVIT: maximal volunt...
<p>The EMG amplitude (% of pre-fatigue MVC) increased in both muscles throughout both fatigue tasks ...