<p>Mean (± 1 standard deviation) proprioceptive acuity (mm) in Experiment 2 as a function of testing location, testing direction and limb.</p
<p>Experimental set-up to evaluate proprioceptive weighting for postural control.</p
<p>Mean proprioceptive shifts in the young and old group on both days of the experiment (error bars ...
<p>Mean (standard deviation) performance across condition in Experiment 2. Accuracies are percent co...
<p>Mean (± 1 standard deviation) proprioceptive acuity (mm) in Experiment 1 as a function of testing...
<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...
<p>Mean (standard deviation) of upper extremity measures of all participants and a comparison (Indep...
<p>The mean and the standard deviation of all the eye movement measures in all conditions in Experim...
<p>Proprioceptive bias in the left-right direction is shown as a function of distance from the body ...
<p>Mean (standard deviation) percentage of correct responses for both conditions with stimuli at the...
<p>Mean (and standard deviations) of the pupil diameter across the response windows for the four exp...
Means and standard deviations (SD) of the proprioceptive drift and questionnaire data (averaged acro...
<p>Change in proprioceptive bias (mean ± 1 standard error) over time for early trials (first 7 trial...
<p>Mean (M) and standard deviation (SD) of participants’ ratings of the true location container in E...
<p>Average RT and standard deviation (ms) for each metrical position of Experiment 1 and 2.</p
<p>Experimental set-up to evaluate proprioceptive weighting for postural control.</p
<p>Mean proprioceptive shifts in the young and old group on both days of the experiment (error bars ...
<p>Mean (standard deviation) performance across condition in Experiment 2. Accuracies are percent co...
<p>Mean (± 1 standard deviation) proprioceptive acuity (mm) in Experiment 1 as a function of testing...
<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...
<p>Mean (standard deviation) of upper extremity measures of all participants and a comparison (Indep...
<p>The mean and the standard deviation of all the eye movement measures in all conditions in Experim...
<p>Proprioceptive bias in the left-right direction is shown as a function of distance from the body ...
<p>Mean (standard deviation) percentage of correct responses for both conditions with stimuli at the...
<p>Mean (and standard deviations) of the pupil diameter across the response windows for the four exp...
Means and standard deviations (SD) of the proprioceptive drift and questionnaire data (averaged acro...
<p>Change in proprioceptive bias (mean ± 1 standard error) over time for early trials (first 7 trial...
<p>Mean (M) and standard deviation (SD) of participants’ ratings of the true location container in E...
<p>Average RT and standard deviation (ms) for each metrical position of Experiment 1 and 2.</p
<p>Experimental set-up to evaluate proprioceptive weighting for postural control.</p
<p>Mean proprioceptive shifts in the young and old group on both days of the experiment (error bars ...
<p>Mean (standard deviation) performance across condition in Experiment 2. Accuracies are percent co...
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