Brain areas activated by stimuli in the left visual field of a right parietal patient suffering from left visual extinction were identified using event-related functional magnetic resonance imaging. Left visual field stimuli that were extinguished from awareness still activated the ventral visual cortex, including areas in the damaged right hemisphere. An extinguished face stimulus on the left produced robust category-specific activation of the right fusiform face area. On trials where the left visual stimulus was consciously seen rather than extinguished, greater activity was found in the ventral visual cortex of the damaged hemisphere, and also in frontal and parietal areas of the intact hemisphere. These findings extend recent observatio...
We propose a model of unilateral visual extinction following right hemisphere lesions based on compe...
The success of humans as social animals relies heavily on our ability to perceive the emotional expr...
To study the electrophysiological correlates of conscious vision, we recorded event-related potentia...
We describe recent functional magnetic resonance imaging (fMRI) and event-related potential (ERP) st...
Visual extinction is a sign classically associated with right parietal damage. The patient can see a...
This study examined whether differential neural responses are evoked by emotional stimuli with and w...
The interplay between the neural mechanisms of visual awareness and those involved in emotion proces...
AbstractPatients with visual extinction following right-hemisphere damage sometimes see and sometime...
Neuroimaging studies investigated the attentional systems of the human brain revealing two networks,...
The interplay between the neural mechanisms of visual awareness and those involved in emotion proces...
Interhemispheric competition between homologous areas in the human brain is believed to be involved ...
This is a post print version of the article. The official published version can be obtained from the...
Patients with visual extinction following right-hemisphere damage sometimes see and sometimes miss s...
Unilateral brain damage frequently produces ''extinction,'' in which patients can detect brief singl...
Interhemispheric competition between homologous areas in the human brain is believed to be involved ...
We propose a model of unilateral visual extinction following right hemisphere lesions based on compe...
The success of humans as social animals relies heavily on our ability to perceive the emotional expr...
To study the electrophysiological correlates of conscious vision, we recorded event-related potentia...
We describe recent functional magnetic resonance imaging (fMRI) and event-related potential (ERP) st...
Visual extinction is a sign classically associated with right parietal damage. The patient can see a...
This study examined whether differential neural responses are evoked by emotional stimuli with and w...
The interplay between the neural mechanisms of visual awareness and those involved in emotion proces...
AbstractPatients with visual extinction following right-hemisphere damage sometimes see and sometime...
Neuroimaging studies investigated the attentional systems of the human brain revealing two networks,...
The interplay between the neural mechanisms of visual awareness and those involved in emotion proces...
Interhemispheric competition between homologous areas in the human brain is believed to be involved ...
This is a post print version of the article. The official published version can be obtained from the...
Patients with visual extinction following right-hemisphere damage sometimes see and sometimes miss s...
Unilateral brain damage frequently produces ''extinction,'' in which patients can detect brief singl...
Interhemispheric competition between homologous areas in the human brain is believed to be involved ...
We propose a model of unilateral visual extinction following right hemisphere lesions based on compe...
The success of humans as social animals relies heavily on our ability to perceive the emotional expr...
To study the electrophysiological correlates of conscious vision, we recorded event-related potentia...