A small portion of an anatomically defined V1 region was taken in order to investigate the cortical profile in the region.</p
<p>Fig 1 displays regions of interest (nucleus accumbens [orange], amygdala [green], and anterior in...
<p>This was performed by placing ROIs in six areas: thalamus, posterior limb of the internal capsule...
<p>Blue and red represent the ACA and MCA territories, respectively. Occipital white matter, which i...
<p>The upper right corner illustrates our approach on a whole hemisphere, all analysis were performe...
<p>Region of interest (ROIs) intersect sub-regions of motor cortex: violet, Somatosensory cortex: gr...
<p>Regions of interest in a representative participant showing the retinotopic areas, V3B/KO, hMT+/V...
<p>Red areas show areas of decreased cortical thickness, and blue areas regions with increased corti...
<p>Panel (A) shows the cortical parcellation of the brain. Individual structures are coded in differ...
<p>Regions of interest (ROIs) placed on the skin (red), the mesometrial triangle (light blue), and t...
<p>Color coded T1 (A), MTR (B) and T2* (C) maps showing the distribution of the contrasts in an axia...
<p>A: anterior; P: posterior; M: medial; L: lateral; S: superior; and I: inferior.</p
<p>Regions are color-coded according to the percent difference of cortical thickness between the two...
<p>Axial (top) and coronal (bottom) Brain MR image before (left) and after (right) application of FI...
We argue below that, at least in studying the visual brain, the old and simple methods of detailed c...
<p>Due to the convoluted nature of the cortical sheet even small, functionally and histologically ho...
<p>Fig 1 displays regions of interest (nucleus accumbens [orange], amygdala [green], and anterior in...
<p>This was performed by placing ROIs in six areas: thalamus, posterior limb of the internal capsule...
<p>Blue and red represent the ACA and MCA territories, respectively. Occipital white matter, which i...
<p>The upper right corner illustrates our approach on a whole hemisphere, all analysis were performe...
<p>Region of interest (ROIs) intersect sub-regions of motor cortex: violet, Somatosensory cortex: gr...
<p>Regions of interest in a representative participant showing the retinotopic areas, V3B/KO, hMT+/V...
<p>Red areas show areas of decreased cortical thickness, and blue areas regions with increased corti...
<p>Panel (A) shows the cortical parcellation of the brain. Individual structures are coded in differ...
<p>Regions of interest (ROIs) placed on the skin (red), the mesometrial triangle (light blue), and t...
<p>Color coded T1 (A), MTR (B) and T2* (C) maps showing the distribution of the contrasts in an axia...
<p>A: anterior; P: posterior; M: medial; L: lateral; S: superior; and I: inferior.</p
<p>Regions are color-coded according to the percent difference of cortical thickness between the two...
<p>Axial (top) and coronal (bottom) Brain MR image before (left) and after (right) application of FI...
We argue below that, at least in studying the visual brain, the old and simple methods of detailed c...
<p>Due to the convoluted nature of the cortical sheet even small, functionally and histologically ho...
<p>Fig 1 displays regions of interest (nucleus accumbens [orange], amygdala [green], and anterior in...
<p>This was performed by placing ROIs in six areas: thalamus, posterior limb of the internal capsule...
<p>Blue and red represent the ACA and MCA territories, respectively. Occipital white matter, which i...
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