Values represent the mean differences between the estimation of the participants and the real midpoint of the lines, according to each of the workspace, position of the static hand, vision of the hands and line distance (short vs. intermediate vs. long) conditions. Direction of the bisection biases are coded relatively to the static hand, that is, the pathological hand (i.e. ipsi- vs. contralateral). Note that the line length factor is not represented in this figure. Dash lines at 0 cm correspond to the vertical median of the semi-reflexive screen to which participant’s body midline (BM) was aligned. The values of the two sub-groups defining which hand was used to perform the bisection were merged together as this factor did not influence t...
<p>(a) Mean target position error for the horizontal and the vertical target motion conditions for e...
The influence of contextual stimuli on line-bisection performance was investigated. Subjects were re...
The figure illustrates the line bisection task using the KINARM performed by a hypothetical particip...
Values represent the mean differences between the estimation of the participants and the real midpoi...
Values represent the mean differences between the estimation of the participants and the real midpoi...
The graphs illustrate the comparison of the bisection biases between the CRPS participants (red bars...
The graphs illustrate the comparison of the bisection biases between the CRPS participants (left par...
The graphs illustrate the comparison of the bisection biases between the CRPS participants (red bars...
The graphs illustrate the comparison of the bisection biases between the CRPS participants (left par...
International audienceIn a sample of 60 French participants, we examined whether the variability in ...
Previous studies showed that healthy individuals bisect radial lines oriented along the midsagittal ...
<p>Each sub-plot shows the position of scanpath fixations (black dots) and point of line bisection (...
The direction of attentional bias in forty normal adults was assessed using a computer generated lin...
The direction of attentional bias in forty normal adults was assessed using a computer generated lin...
Healthy adults bisect visual horizontal lines slightly to the left of their true center. This bias h...
<p>(a) Mean target position error for the horizontal and the vertical target motion conditions for e...
The influence of contextual stimuli on line-bisection performance was investigated. Subjects were re...
The figure illustrates the line bisection task using the KINARM performed by a hypothetical particip...
Values represent the mean differences between the estimation of the participants and the real midpoi...
Values represent the mean differences between the estimation of the participants and the real midpoi...
The graphs illustrate the comparison of the bisection biases between the CRPS participants (red bars...
The graphs illustrate the comparison of the bisection biases between the CRPS participants (left par...
The graphs illustrate the comparison of the bisection biases between the CRPS participants (red bars...
The graphs illustrate the comparison of the bisection biases between the CRPS participants (left par...
International audienceIn a sample of 60 French participants, we examined whether the variability in ...
Previous studies showed that healthy individuals bisect radial lines oriented along the midsagittal ...
<p>Each sub-plot shows the position of scanpath fixations (black dots) and point of line bisection (...
The direction of attentional bias in forty normal adults was assessed using a computer generated lin...
The direction of attentional bias in forty normal adults was assessed using a computer generated lin...
Healthy adults bisect visual horizontal lines slightly to the left of their true center. This bias h...
<p>(a) Mean target position error for the horizontal and the vertical target motion conditions for e...
The influence of contextual stimuli on line-bisection performance was investigated. Subjects were re...
The figure illustrates the line bisection task using the KINARM performed by a hypothetical particip...