Strong leftward perceptual biases have been reported for the selection of the darker of two left/right mirror-reversed luminance gradients under free-viewing conditions. This study investigated the effect of unilateral hemispheric activation on this leftward bias in two groups of dextrals (N = 52 and N = 24). In Experiment 1, activation was manipulated by asking participants to tap with their left or right fingers along their midline. In Experiment 2, participants clenched their left or right hands in their respective hemispaces. Participants selected the stimulus that was darker on the left-hand side 73% of the time. Despite manipulations of activation strength and hemispace, activation had no effect on the asymmetry. If activation was imp...
Evidence exists that both right and left hemisphere attentional mechanisms are mobilized when attent...
International audienceVisuospatial attention has an inherent asymmetry: the leftward bias called pse...
<div><p>Hemispheric asymmetry of a wide range of functions is a hallmark of the human brain. The vis...
Two experiments examine the relationship between free-viewing vertical and horizontal perceptual bia...
Perceptual asymmetries under free-viewing conditions were investigated in 24 normal dextral adults. ...
There is evidence that automatic visual attention favors the right side. This study investigated whe...
Pseudoneglect refers to a tendency of neurologically healthy individuals to produce leftward percept...
The extent to which attention modulates multisensory processing in a top-down fashion is still a sub...
Evidence supporting individual variations in patterns of hemispheric involvement in the recognition ...
We carried out three experiments with the aim of verifying a critical assumption of Kinsbourne's (Ac...
Turning the trunk or head to the left can reduce the severity of leftward neglect. This study sought...
Hemispheric asymmetry of a wide range of functions is a hallmark of the human brain. The visual syst...
The study was aimed at testing various models that can explain visual lateral asymmetries due to hem...
Background: We examined whether individual differences in hemispheric utilization can interact with ...
Hemispheric asymmetry is a fundamental principle in the functional architecture of the brain. It pla...
Evidence exists that both right and left hemisphere attentional mechanisms are mobilized when attent...
International audienceVisuospatial attention has an inherent asymmetry: the leftward bias called pse...
<div><p>Hemispheric asymmetry of a wide range of functions is a hallmark of the human brain. The vis...
Two experiments examine the relationship between free-viewing vertical and horizontal perceptual bia...
Perceptual asymmetries under free-viewing conditions were investigated in 24 normal dextral adults. ...
There is evidence that automatic visual attention favors the right side. This study investigated whe...
Pseudoneglect refers to a tendency of neurologically healthy individuals to produce leftward percept...
The extent to which attention modulates multisensory processing in a top-down fashion is still a sub...
Evidence supporting individual variations in patterns of hemispheric involvement in the recognition ...
We carried out three experiments with the aim of verifying a critical assumption of Kinsbourne's (Ac...
Turning the trunk or head to the left can reduce the severity of leftward neglect. This study sought...
Hemispheric asymmetry of a wide range of functions is a hallmark of the human brain. The visual syst...
The study was aimed at testing various models that can explain visual lateral asymmetries due to hem...
Background: We examined whether individual differences in hemispheric utilization can interact with ...
Hemispheric asymmetry is a fundamental principle in the functional architecture of the brain. It pla...
Evidence exists that both right and left hemisphere attentional mechanisms are mobilized when attent...
International audienceVisuospatial attention has an inherent asymmetry: the leftward bias called pse...
<div><p>Hemispheric asymmetry of a wide range of functions is a hallmark of the human brain. The vis...