<p>The data are the mean (solid lines) ± standard deviation (dashed lines) of 8 trials for the 6, 90, and 200 g mass conditions with the rayon grip surface.</p
<p>Several measures were extracted from these waveforms. The preload phase (a) corresponds to the du...
<p>The vertical continuous bars denote the local standard variations for each force component. Force...
<p>A–C) Group data (mean ± sem) for grip force (black symbols) and lift force (white symbols) in tri...
<p>Grip force (F<i><sub>G</sub></i>) measured at object lift onset and during object hold (top and b...
<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 courses of grip force (sum of all digit normal forces, F<i><sub>G</sub></i...
<p>The data represent the mean and standard deviation (vertical bars) values of 17 subjects.</p
<p>A and B) Raw traces of first dorsal interosseus EMG (top panel), grip force (2<sup>nd</sup> panel...
<p>The time course of grip force (F<i><sub>G</sub></i>) from contact to object release is shown for ...
<p>Mean and SEM of the maximum grip force rate (A) and maximum load force rate (B) in lift 1 and 5 f...
<p>The peak grip force rate (GFR – left panels), peak load force rate (LFR – middle panels), and loa...
<p>The data represent the mean and standard deviation (vertical bars) values of 17 subjects.</p
<p>Individual Digits’ Normal Force (F<i>n</i>) and Tangential Force (F<i>tan</i>) at Object Lift Ons...
<p>The columns represent data from the first and fifth lift of the vision condition, and the first a...
<p>The absolute value of the moment exerted on the object (M<i>com</i>) at object lift onset is show...
<p>Several measures were extracted from these waveforms. The preload phase (a) corresponds to the du...
<p>The vertical continuous bars denote the local standard variations for each force component. Force...
<p>A–C) Group data (mean ± sem) for grip force (black symbols) and lift force (white symbols) in tri...
<p>Grip force (F<i><sub>G</sub></i>) measured at object lift onset and during object hold (top and b...
<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 courses of grip force (sum of all digit normal forces, F<i><sub>G</sub></i...
<p>The data represent the mean and standard deviation (vertical bars) values of 17 subjects.</p
<p>A and B) Raw traces of first dorsal interosseus EMG (top panel), grip force (2<sup>nd</sup> panel...
<p>The time course of grip force (F<i><sub>G</sub></i>) from contact to object release is shown for ...
<p>Mean and SEM of the maximum grip force rate (A) and maximum load force rate (B) in lift 1 and 5 f...
<p>The peak grip force rate (GFR – left panels), peak load force rate (LFR – middle panels), and loa...
<p>The data represent the mean and standard deviation (vertical bars) values of 17 subjects.</p
<p>Individual Digits’ Normal Force (F<i>n</i>) and Tangential Force (F<i>tan</i>) at Object Lift Ons...
<p>The columns represent data from the first and fifth lift of the vision condition, and the first a...
<p>The absolute value of the moment exerted on the object (M<i>com</i>) at object lift onset is show...
<p>Several measures were extracted from these waveforms. The preload phase (a) corresponds to the du...
<p>The vertical continuous bars denote the local standard variations for each force component. Force...
<p>A–C) Group data (mean ± sem) for grip force (black symbols) and lift force (white symbols) in tri...
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