Neurologically normal individuals devote more attention to the left side; an asymmetry known as pseudoneglect, which reflects right hemisphere involvement in visuospatial attention. The role of eye movements in attentional asymmetries has received little consideration, particularly in terms of the greyscales task. Stimulus length, elevation, and presentation duration were manipulated, while monitoring eye movements during the greyscales task. Region of interest analyses compared time spent examining each quadrant of the stimulus. Further, saccades were examined in conjunction with fixations to gain an understanding of overall eye movement patterns. Scatterplots combining x-and y-coordinates illustrate mean eye position. Results demonstrated...
Asymmetry of spatial attention has long been described in both disease (hemispatial neglect) and hea...
Neurologically healthy participants systematically misbisect horizontal lines to the left of centre,...
A leftward spatial bias has been observed with visuospatial attention tasks, including line bisectio...
No author version is available for upload (MF 8 Dec 2015)Neurologically normal individuals devote m...
Neurologically normal individuals show an attentional bias toward the left side, which results from ...
Pseudoneglect is the tendency for the general population to over-attend to the left. While pseudoneg...
Pseudoneglect refers to a tendency of neurologically healthy individuals to produce leftward percept...
International audienceVisuospatial attention has an inherent asymmetry: the leftward bias called pse...
There is evidence that automatic visual attention favors the right side. This study investigated whe...
AbstractA bias for humans to attend to the left side of space has been reported in a variety of expe...
Neurologically healthy participants systematically misbisect horizontal lines to the left of centre,...
AbstractPre-saccadic fixation durations associated with saccades directed in different directions we...
Healthy young adults display a leftward asymmetry of spatial attention ("pseudoneglect") that has be...
Neurologically normal individuals demonstrate a reliable bias to the left side of space, known as ps...
When observers view an image, their initial eye movements are not equally distributed but instead ar...
Asymmetry of spatial attention has long been described in both disease (hemispatial neglect) and hea...
Neurologically healthy participants systematically misbisect horizontal lines to the left of centre,...
A leftward spatial bias has been observed with visuospatial attention tasks, including line bisectio...
No author version is available for upload (MF 8 Dec 2015)Neurologically normal individuals devote m...
Neurologically normal individuals show an attentional bias toward the left side, which results from ...
Pseudoneglect is the tendency for the general population to over-attend to the left. While pseudoneg...
Pseudoneglect refers to a tendency of neurologically healthy individuals to produce leftward percept...
International audienceVisuospatial attention has an inherent asymmetry: the leftward bias called pse...
There is evidence that automatic visual attention favors the right side. This study investigated whe...
AbstractA bias for humans to attend to the left side of space has been reported in a variety of expe...
Neurologically healthy participants systematically misbisect horizontal lines to the left of centre,...
AbstractPre-saccadic fixation durations associated with saccades directed in different directions we...
Healthy young adults display a leftward asymmetry of spatial attention ("pseudoneglect") that has be...
Neurologically normal individuals demonstrate a reliable bias to the left side of space, known as ps...
When observers view an image, their initial eye movements are not equally distributed but instead ar...
Asymmetry of spatial attention has long been described in both disease (hemispatial neglect) and hea...
Neurologically healthy participants systematically misbisect horizontal lines to the left of centre,...
A leftward spatial bias has been observed with visuospatial attention tasks, including line bisectio...