<p>Averaged acceleration (A–B) and EMG (C–D) traces for one adolescent and one adult with Down syndrome over the interval of the first flexion. Each data point reports the mean value (black lines) and ±1 standard deviation (grey lines) computed from 10 trials. The time base is expressed as fraction of the first flexion length.</p
<p>Each trace shows examples of force and EMG in the left FDI and the level of each force in a typic...
BackgroundStep ascent and descent is one of the most common daily tasks. Although it is generally co...
<p>Relationships between mean EMG activity and peak acceleration (A–B) and between mean EMG activity...
<p>Kinematic and EMG traces recorded in one adolescent (A) and one adult (B) with Down syndrome. Sha...
<p>(A) Means and standard deviations of the amount of acceleration variability. For each subject, th...
<p>Distribution of EMG latency (A–C) and principal components waveforms (D–E) over the interval of t...
<p>Means and standard deviations of kinematic parameters measured in adolescents and adults with Dow...
<p>Examples of averaged EMG data of left quadriceps femoris from one subject. Part A shows from the ...
<p>EMG (mean) data of one healthy subject (A) and one PD patient (B) showing electromyographic (EMG)...
<p>Agonist-antagonist co-activation of Rectus femoris (black traces) and Biceps femoris (gray traces...
<p>Representative examples of EMG and accelerometer recordings from control (A and C) and test trial...
<p>(A) Mean values and standard deviations of the total area of the Rectus femoris EMG activity reco...
<p>Left column: averaged (n = 8) values (± SD) of (A) relative duration to peak acceleration, (B) re...
The development of motor control in people affected by motor and cognitive pathologies leads to diff...
<p>Movements from the patients are variable, highly hypometric, slow and not smooth.</p
<p>Each trace shows examples of force and EMG in the left FDI and the level of each force in a typic...
BackgroundStep ascent and descent is one of the most common daily tasks. Although it is generally co...
<p>Relationships between mean EMG activity and peak acceleration (A–B) and between mean EMG activity...
<p>Kinematic and EMG traces recorded in one adolescent (A) and one adult (B) with Down syndrome. Sha...
<p>(A) Means and standard deviations of the amount of acceleration variability. For each subject, th...
<p>Distribution of EMG latency (A–C) and principal components waveforms (D–E) over the interval of t...
<p>Means and standard deviations of kinematic parameters measured in adolescents and adults with Dow...
<p>Examples of averaged EMG data of left quadriceps femoris from one subject. Part A shows from the ...
<p>EMG (mean) data of one healthy subject (A) and one PD patient (B) showing electromyographic (EMG)...
<p>Agonist-antagonist co-activation of Rectus femoris (black traces) and Biceps femoris (gray traces...
<p>Representative examples of EMG and accelerometer recordings from control (A and C) and test trial...
<p>(A) Mean values and standard deviations of the total area of the Rectus femoris EMG activity reco...
<p>Left column: averaged (n = 8) values (± SD) of (A) relative duration to peak acceleration, (B) re...
The development of motor control in people affected by motor and cognitive pathologies leads to diff...
<p>Movements from the patients are variable, highly hypometric, slow and not smooth.</p
<p>Each trace shows examples of force and EMG in the left FDI and the level of each force in a typic...
BackgroundStep ascent and descent is one of the most common daily tasks. Although it is generally co...
<p>Relationships between mean EMG activity and peak acceleration (A–B) and between mean EMG activity...