<p>Change in proprioceptive bias (mean ± 1 standard error) over time for early trials (first 7 trials of each block) and late trials (last 7 trials of each block) in the left-right (A,B) and forward-backward (C,D) test directions for Experiment 1 (A,C) and 2 (B,D). Data shown are averaged over workspace position.</p
<p>Mean proprioceptive drift, an index of the RHI, as function of synchronous-touch and asynchronous...
<p>Mean (± 1 standard deviation) proprioceptive acuity (mm) in Experiment 1 as a function of testing...
<p>Mean change in hand proprioception relative to baseline for all blocks (A) and just the first and...
<p>Proprioceptive bias in the left-right direction is shown as a function of distance from the body ...
<p>Mean (± 1 standard deviation) proprioceptive bias in Experiment 2 as a function of testing locati...
<p>Mean (± 1 standard deviation) proprioceptive bias in Experiment 1 as a function of testing locati...
(A) Mean difference (cm) in perceived hand position between the first and last trial along the proxi...
<p><i>(A)</i> Hand trajectories for a single subject. Thin colored lines show individual probe trial...
Relatively few studies have been reported that document how proprioception varies across the workspa...
<p><i>(A) Feedback trials.</i> The mean <i>motor</i> pointing direction in feedback trials (mean ± s...
Relatively few studies have been reported that document how proprioception varies across the workspa...
<p><i>(A)</i> Hand trajectories for a single subject. Thin colored lines show individual probe trial...
<p><i>(A)</i> Mean hand trajectories in the medial direction across all subjects from the baseline a...
<p>Mean (± 1 standard deviation) proprioceptive acuity (mm) in Experiment 2 as a function of testing...
<p>Analysis of variance of the average error magnitude at 6 different locations on the grid. Lateral...
<p>Mean proprioceptive drift, an index of the RHI, as function of synchronous-touch and asynchronous...
<p>Mean (± 1 standard deviation) proprioceptive acuity (mm) in Experiment 1 as a function of testing...
<p>Mean change in hand proprioception relative to baseline for all blocks (A) and just the first and...
<p>Proprioceptive bias in the left-right direction is shown as a function of distance from the body ...
<p>Mean (± 1 standard deviation) proprioceptive bias in Experiment 2 as a function of testing locati...
<p>Mean (± 1 standard deviation) proprioceptive bias in Experiment 1 as a function of testing locati...
(A) Mean difference (cm) in perceived hand position between the first and last trial along the proxi...
<p><i>(A)</i> Hand trajectories for a single subject. Thin colored lines show individual probe trial...
Relatively few studies have been reported that document how proprioception varies across the workspa...
<p><i>(A) Feedback trials.</i> The mean <i>motor</i> pointing direction in feedback trials (mean ± s...
Relatively few studies have been reported that document how proprioception varies across the workspa...
<p><i>(A)</i> Hand trajectories for a single subject. Thin colored lines show individual probe trial...
<p><i>(A)</i> Mean hand trajectories in the medial direction across all subjects from the baseline a...
<p>Mean (± 1 standard deviation) proprioceptive acuity (mm) in Experiment 2 as a function of testing...
<p>Analysis of variance of the average error magnitude at 6 different locations on the grid. Lateral...
<p>Mean proprioceptive drift, an index of the RHI, as function of synchronous-touch and asynchronous...
<p>Mean (± 1 standard deviation) proprioceptive acuity (mm) in Experiment 1 as a function of testing...
<p>Mean change in hand proprioception relative to baseline for all blocks (A) and just the first and...
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