International audienceOver forty years have passed since the first evidence showing the unbalanced attentional allocation of humans across the two visual fields, and since then, a wealth of behavioral, neurophysiological, and clinical data increasingly showed a right hemisphere dominance for orienting of attention. However, inconsistent evidence exists regarding the right-hemisphere dominance for executive control of attention, possibly due to a lack of consideration of its dynamics with the alerting and orienting functions. In this study, we used a version of the Attentional Network Test with lateralized presentation of the stimuli to the left visual field (processed by the right hemisphere, RH) and right visual field (processed by the lef...
The right hemisphere is predominantly involved in tasks associated with spatial attention. However, ...
International audienceHemispheric lateralization for spatial attention and its relationships with ma...
A leftward bias is well known in humans and animals, and commonly related to the right hemisphere do...
International audienceOver forty years have passed since the first evidence showing the unbalanced a...
Advantage in conflict resolution was observed, which may indicate hemispheric asymmetry of the execu...
The effect of exogenous orienting of attention on reaction time (RT) critically depends on the stimu...
What accounts for the Right Hemisphere (RH) functional superiority in visual change detection? An or...
Spatial selective attention is widely considered to be right hemisphere dominant. Previous functiona...
In a series of four experiments, right-handed subjects identified nonsense syllables briefly present...
There is evidence that automatic visual attention favors the right side. This study investigated whe...
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...
Although several recent studies investigated the hemispheric contributions to the attentional networ...
One well-investigated division of attentional processes focuses on alerting, orienting and executive...
This study employed global/local stimuli to investigate RT performance of normal controls on divided...
The right hemisphere is predominantly involved in tasks associated with spatial attention. However, ...
International audienceHemispheric lateralization for spatial attention and its relationships with ma...
A leftward bias is well known in humans and animals, and commonly related to the right hemisphere do...
International audienceOver forty years have passed since the first evidence showing the unbalanced a...
Advantage in conflict resolution was observed, which may indicate hemispheric asymmetry of the execu...
The effect of exogenous orienting of attention on reaction time (RT) critically depends on the stimu...
What accounts for the Right Hemisphere (RH) functional superiority in visual change detection? An or...
Spatial selective attention is widely considered to be right hemisphere dominant. Previous functiona...
In a series of four experiments, right-handed subjects identified nonsense syllables briefly present...
There is evidence that automatic visual attention favors the right side. This study investigated whe...
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...
Although several recent studies investigated the hemispheric contributions to the attentional networ...
One well-investigated division of attentional processes focuses on alerting, orienting and executive...
This study employed global/local stimuli to investigate RT performance of normal controls on divided...
The right hemisphere is predominantly involved in tasks associated with spatial attention. However, ...
International audienceHemispheric lateralization for spatial attention and its relationships with ma...
A leftward bias is well known in humans and animals, and commonly related to the right hemisphere do...