<p>Lesion location and overlap map for neglect patients with intact and damaged right optic radiation. Lesion overlap plotted onto the ch2.nii.gz template of the MNI brain. Lesions are plotted on axial slices oriented according to neurological convention. The slices of the brain are depicted in 5mm ascending steps. The Z position of each axial slice in the MNI Talairach stereotaxic space is presented at the bottom of the figures. The number of patients with damage involving a specific region is colour-coded according to the legend. The optic radiation is based on a recently published DTI atlas (18), and is represented in red colour.</p
<p>The color overlay created on top of the Montreal Neurologic Institute (MNI) standard brain templa...
<p>Lesion overlap maps for all patients (upper-most row). Rows below show the core maps of subgroups...
<p>Red areas correspond to voxels that are associated with impaired recovery (i.e. that are lesioned...
This figure shows a color coded map indicating the number of subjects that have a lesion at a partic...
<p>Slices are depicted in 8mm descending steps. The <i>Z</i> position of each axial slice in the Tal...
<p>The z-position of each axial slice in Talairach stereotaxic space is indicated below the slices. ...
<p>Lesion overlap was highest in the right posterior superior temporal gyrus and insula as indicated...
<p>Lesion map for the 109 subjects where lesions were overlaid on a standard brain template. The num...
<p>Lesions are projected on the same axial slices on a standard brain template. The color bar indica...
<p>The damage evident in MRI images was reconstructed for each studied patient and plotted using MRI...
<p>USN(+) group (A) and USN(-) group (B). Horizontal sections through a template brain show the freq...
<p>The map depicts stereotactic plane 6.3 and is oriented parallel to the intercommissural plane.</p
<p>(A) Lesion prevalence map. Voxels with white matter lesions in at least 10 patients are projected...
<p>Lesion of each patient is drawn on each patient’s native space, and then normalized to the MNI sp...
<p>Lesion distribution along the optic radiation in subjects with multiple sclerosis.</p
<p>The color overlay created on top of the Montreal Neurologic Institute (MNI) standard brain templa...
<p>Lesion overlap maps for all patients (upper-most row). Rows below show the core maps of subgroups...
<p>Red areas correspond to voxels that are associated with impaired recovery (i.e. that are lesioned...
This figure shows a color coded map indicating the number of subjects that have a lesion at a partic...
<p>Slices are depicted in 8mm descending steps. The <i>Z</i> position of each axial slice in the Tal...
<p>The z-position of each axial slice in Talairach stereotaxic space is indicated below the slices. ...
<p>Lesion overlap was highest in the right posterior superior temporal gyrus and insula as indicated...
<p>Lesion map for the 109 subjects where lesions were overlaid on a standard brain template. The num...
<p>Lesions are projected on the same axial slices on a standard brain template. The color bar indica...
<p>The damage evident in MRI images was reconstructed for each studied patient and plotted using MRI...
<p>USN(+) group (A) and USN(-) group (B). Horizontal sections through a template brain show the freq...
<p>The map depicts stereotactic plane 6.3 and is oriented parallel to the intercommissural plane.</p
<p>(A) Lesion prevalence map. Voxels with white matter lesions in at least 10 patients are projected...
<p>Lesion of each patient is drawn on each patient’s native space, and then normalized to the MNI sp...
<p>Lesion distribution along the optic radiation in subjects with multiple sclerosis.</p
<p>The color overlay created on top of the Montreal Neurologic Institute (MNI) standard brain templa...
<p>Lesion overlap maps for all patients (upper-most row). Rows below show the core maps of subgroups...
<p>Red areas correspond to voxels that are associated with impaired recovery (i.e. that are lesioned...