<p>The time course of grip force (F<i><sub>G</sub></i>) from contact to object release is shown for a representative CTS patient (S3) and her control subject (left and right column, respectively) for the light and heavy mass conditions (top and bottom row, respectively). Data are from the last trial of each block performed with each grip type (two-, three-, four- and five-digit grasps are denoted by 2D, 3D, 4D, and 5D, respectively) and are aligned relative to object lift onset (vertical dashed line).</p
<p>(A) Object roll; (B) Compensatory moment (M<i>com</i>, solid line) and target M<i>com</i> (dotted...
<p>(A) Object roll; (B) Compensatory moment (M<i>com</i>, solid line) and target M<i>com</i> (dotted...
Abstract Background Carpal tunnel syndrome (CTS) is a compression neuropathy of the median nerve tha...
<p>Panel A shows the time courses of grip force (sum of all digit normal forces, F<i><sub>G</sub></i...
<p>Grip force (F<i><sub>G</sub></i>) at object lift onset and during object hold on the 1<sup>st</su...
<p>Panel A shows the time course of the rate of the sum of digit tangential forces exerted by all di...
<p>Panel A shows the grip device used for the experiments. Force/torque sensors (F/T) are mounted on...
<p>(Left) Grip force in function of time to contact in upward (closed disks) and downward (open disk...
<p>Several measures were extracted from these waveforms. The preload phase (a) corresponds to the du...
<p>Grip force (F<i><sub>G</sub></i>) measured at object lift onset and during object hold (top and b...
<p>A and B) Raw traces of first dorsal interosseus EMG (top panel), grip force (2<sup>nd</sup> panel...
<p>Panel A shows the front view of the grip device used for each grip type condition. All dimensions...
<p>The data are the mean (solid lines) ± standard deviation (dashed lines) of 8 trials for the 6, 90...
The original publication can be found at www.springerlink.comAlternate grip strategies are often use...
<p>The columns represent data from the first and fifth lift of the vision condition, and the first a...
<p>(A) Object roll; (B) Compensatory moment (M<i>com</i>, solid line) and target M<i>com</i> (dotted...
<p>(A) Object roll; (B) Compensatory moment (M<i>com</i>, solid line) and target M<i>com</i> (dotted...
Abstract Background Carpal tunnel syndrome (CTS) is a compression neuropathy of the median nerve tha...
<p>Panel A shows the time courses of grip force (sum of all digit normal forces, F<i><sub>G</sub></i...
<p>Grip force (F<i><sub>G</sub></i>) at object lift onset and during object hold on the 1<sup>st</su...
<p>Panel A shows the time course of the rate of the sum of digit tangential forces exerted by all di...
<p>Panel A shows the grip device used for the experiments. Force/torque sensors (F/T) are mounted on...
<p>(Left) Grip force in function of time to contact in upward (closed disks) and downward (open disk...
<p>Several measures were extracted from these waveforms. The preload phase (a) corresponds to the du...
<p>Grip force (F<i><sub>G</sub></i>) measured at object lift onset and during object hold (top and b...
<p>A and B) Raw traces of first dorsal interosseus EMG (top panel), grip force (2<sup>nd</sup> panel...
<p>Panel A shows the front view of the grip device used for each grip type condition. All dimensions...
<p>The data are the mean (solid lines) ± standard deviation (dashed lines) of 8 trials for the 6, 90...
The original publication can be found at www.springerlink.comAlternate grip strategies are often use...
<p>The columns represent data from the first and fifth lift of the vision condition, and the first a...
<p>(A) Object roll; (B) Compensatory moment (M<i>com</i>, solid line) and target M<i>com</i> (dotted...
<p>(A) Object roll; (B) Compensatory moment (M<i>com</i>, solid line) and target M<i>com</i> (dotted...
Abstract Background Carpal tunnel syndrome (CTS) is a compression neuropathy of the median nerve tha...