<p>(a) Amplitudes of MEPs obtained during the bilateral dynamic shoulder flexion (DSF), bilateral static shoulder flexion (SSF) and static trunk extension (STE) tasks. (b) MEP latencies in ES in the three tasks. (c) Pre-stimulus ES rmsEMG amplitude during the three tasks. *—significant difference, p<0.017.</p
<p>Values are mean ± standard error of the mean. MEP, motor-evoked potential; ECR, extensor carpi ra...
<p>Values are mean ± standard error of the mean. MEP, motor-evoked potential; ECR, extensor carpi ra...
Copyright © 2004 Elsevier B.V. All rights reserved.This study assessed the reliability of alternate ...
<p>A) MEP amplitude recorded from the FDI muscle was comparable in the experimental (red line) and t...
<p>MEP amplitude increased following Motor Movement PES and reduced following Sensory 100 Hz PES. * ...
<p>Each data point represents group means ± SE. * Indicates a significant (p≤0.043) difference betwe...
<p>The MEP amplitude was significantly increased when recording over the (A) abductor pollicis brevi...
<p>The different experimental conditions of Flexion, Extension, and No-Intention (BC) resulted in di...
<p>Group-averaged spinal excitability data (with standard error of the mean) for each pre-movement t...
<p><b>A.</b> Mean NC MEP<sub>AMP</sub> during rest, MI and MR. <b>B.</b> Two groups were distinguish...
<p>Each data point represents group means ± SE. * Indicates a significant (p≤0.015) difference betwe...
<p>No significant differences in MEP amplitude were found during this time period.</p
<p>Data are presented as the mean ± SEM.</p>a, b,<p>and<sup> c</sup> indicate significant difference...
<p>A. The motor evoked potential (MEP) amplitude (%pre-fatigue baseline) increased during both fatig...
The purpose of the study was to explore changes in the spatial distribution of erector spinae electr...
<p>Values are mean ± standard error of the mean. MEP, motor-evoked potential; ECR, extensor carpi ra...
<p>Values are mean ± standard error of the mean. MEP, motor-evoked potential; ECR, extensor carpi ra...
Copyright © 2004 Elsevier B.V. All rights reserved.This study assessed the reliability of alternate ...
<p>A) MEP amplitude recorded from the FDI muscle was comparable in the experimental (red line) and t...
<p>MEP amplitude increased following Motor Movement PES and reduced following Sensory 100 Hz PES. * ...
<p>Each data point represents group means ± SE. * Indicates a significant (p≤0.043) difference betwe...
<p>The MEP amplitude was significantly increased when recording over the (A) abductor pollicis brevi...
<p>The different experimental conditions of Flexion, Extension, and No-Intention (BC) resulted in di...
<p>Group-averaged spinal excitability data (with standard error of the mean) for each pre-movement t...
<p><b>A.</b> Mean NC MEP<sub>AMP</sub> during rest, MI and MR. <b>B.</b> Two groups were distinguish...
<p>Each data point represents group means ± SE. * Indicates a significant (p≤0.015) difference betwe...
<p>No significant differences in MEP amplitude were found during this time period.</p
<p>Data are presented as the mean ± SEM.</p>a, b,<p>and<sup> c</sup> indicate significant difference...
<p>A. The motor evoked potential (MEP) amplitude (%pre-fatigue baseline) increased during both fatig...
The purpose of the study was to explore changes in the spatial distribution of erector spinae electr...
<p>Values are mean ± standard error of the mean. MEP, motor-evoked potential; ECR, extensor carpi ra...
<p>Values are mean ± standard error of the mean. MEP, motor-evoked potential; ECR, extensor carpi ra...
Copyright © 2004 Elsevier B.V. All rights reserved.This study assessed the reliability of alternate ...