Visual mental imagery engages the left fusiform gyrus, but not the early visual cortex: A meta-analysis of neuroimaging evidence
The dominant neural model of visual mental imagery (VMI) stipulates that memories from the
medial temporal lobe acquire sensory features in early visual areas. However, neurological
patients with damage restricted to the occipital cortex typically show perfectly vivid VMI,
while more anterior damages extending into the temporal lobe, especially in the left
hemisphere, often cause VMI impairments. Here we present two major results reconciling
neuroimaging findings in neurotypical subjects with the performance of brain-damaged …
medial temporal lobe acquire sensory features in early visual areas. However, neurological
patients with damage restricted to the occipital cortex typically show perfectly vivid VMI,
while more anterior damages extending into the temporal lobe, especially in the left
hemisphere, often cause VMI impairments. Here we present two major results reconciling
neuroimaging findings in neurotypical subjects with the performance of brain-damaged …
[PDF][PDF] Visual mental imagery engages the left fusiform gyrus, but not the early visual cortex: a analysis of neuroimaging evidence-meta
A Spagna, D Hajhajate, J Liu, P Bartolomeo… - hal.sorbonne-universite.fr
The dominant neural model of visual mental imagery (VMI) stipulates that memories from the
medial temporal lobe acquire sensory features in early visual areas. However, neurological
patients with damage restricted to the occipital cortex typically show perfectly vivid VMI,
while more anterior damages extending into the temporal lobe, especially in the left
hemisphere, often cause VMI impairments. Here we present two major results reconciling
neuroimaging findings in neurotypical subjects with the performance of brain-damaged …
medial temporal lobe acquire sensory features in early visual areas. However, neurological
patients with damage restricted to the occipital cortex typically show perfectly vivid VMI,
while more anterior damages extending into the temporal lobe, especially in the left
hemisphere, often cause VMI impairments. Here we present two major results reconciling
neuroimaging findings in neurotypical subjects with the performance of brain-damaged …
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