<p>Data are shown for all movement conditions and when the homologous muscle of the moving hand was either active (squares) or passive (circles). Significant differences between conditions are indicated by * (p<0.05), ** (p<0.01), *** (p<0.001), **** (p<0.0001).</p
Hemispheric differences in motor cortex excitability during a simple index finger abduction task in ...
■ Executing difficult actions with the left hand results in bilat-eral activity of motor areas along...
<p>A) MEP amplitude recorded from the FDI muscle was comparable in the experimental (red line) and t...
<p>The different experimental conditions of Flexion, Extension, and No-Intention (BC) resulted in di...
<p>The only difference between sessions was the phase relation of the active hand with respect to th...
<p>Horizontal black bars and the corresponding star indicate significant differences between the thr...
Unilateral hand movements are accompanied by a transient decrease in corticospinal (CS) excitability...
To understand the role of the ipsilateral motor cortex in the control of unimanual movements, we eva...
Four subjects produced coordinated movements, consisting of flexion and extension of the wrist in ip...
<p>(A) The traces show the typical MEP amplitudes for each FDI and EMG activity in the left FDI from...
Voluntary contraction of a muscle greatly increases the amplitude and decreases the latency of the m...
<p>The MEP amplitude was significantly increased when recording over the (A) abductor pollicis brevi...
Executing difficult actions with the left hand results in bilateral activity of motor areas along th...
<p><b>A.</b> Mean NC MEP<sub>AMP</sub> during rest, MI and MR. <b>B.</b> Two groups were distinguish...
<p>The MEP amplitudes are presented as <i>z</i>-scores (mean ± SE). Significant differences are indi...
Hemispheric differences in motor cortex excitability during a simple index finger abduction task in ...
■ Executing difficult actions with the left hand results in bilat-eral activity of motor areas along...
<p>A) MEP amplitude recorded from the FDI muscle was comparable in the experimental (red line) and t...
<p>The different experimental conditions of Flexion, Extension, and No-Intention (BC) resulted in di...
<p>The only difference between sessions was the phase relation of the active hand with respect to th...
<p>Horizontal black bars and the corresponding star indicate significant differences between the thr...
Unilateral hand movements are accompanied by a transient decrease in corticospinal (CS) excitability...
To understand the role of the ipsilateral motor cortex in the control of unimanual movements, we eva...
Four subjects produced coordinated movements, consisting of flexion and extension of the wrist in ip...
<p>(A) The traces show the typical MEP amplitudes for each FDI and EMG activity in the left FDI from...
Voluntary contraction of a muscle greatly increases the amplitude and decreases the latency of the m...
<p>The MEP amplitude was significantly increased when recording over the (A) abductor pollicis brevi...
Executing difficult actions with the left hand results in bilateral activity of motor areas along th...
<p><b>A.</b> Mean NC MEP<sub>AMP</sub> during rest, MI and MR. <b>B.</b> Two groups were distinguish...
<p>The MEP amplitudes are presented as <i>z</i>-scores (mean ± SE). Significant differences are indi...
Hemispheric differences in motor cortex excitability during a simple index finger abduction task in ...
■ Executing difficult actions with the left hand results in bilat-eral activity of motor areas along...
<p>A) MEP amplitude recorded from the FDI muscle was comparable in the experimental (red line) and t...