<p>(A) Difference maps of cortical thickness between two groups. The color scale bar shows the difference in mean cortical thickness between the two groups, with blue and red indicating less and greater cortical thickness in non-responders, respectively. (B) Corrected <i>t</i>-statistical maps of cortical thickness. The non-responders had significantly less cortical thickness in the left orbital gyrus and right middle temporal gyrus compared with the responders (RFT-corrected <i>P</i><0.05).</p
Cold colors represent increased cortical thinning in the first group compared to the second group, w...
<p>The correlations between cortical thickness and MMSE used by Pearson’s correlation coefficient).<...
<p>Significant cortical thickness differences were found between aMCI and NC two years after the bas...
<p>Significant and FDR corrected (p<0.05) differences in cortical thickness between groups are displ...
<p>The plot shows clusters of reduced cortical thickness in the CHR group compared to healthy contro...
<p>Statistical map depicting between-group differences in thickness at each point on the cortical su...
<p>Statistical p-maps, employing a threshold ranging from ±0.05 to ±0.005 (uncorrected), depict brai...
<p>The colorized areas indicated the brain regions with significantly reduced cortical thickness in ...
<p>Images show clusters of lower (blue clusters) cortical thickness values controlling for age. Clus...
<p>The percentage absolute thickness differences is color coded between 0% and 7%, the full range wa...
<p>Red areas show areas of decreased cortical thickness, and blue areas regions with increased corti...
Cold colors represent increased cortical thinning in the first group compared to the second group, w...
<p>In statistical maps of cortical thickness based on frontal ROIs, the left orbitofrontal cortex (<...
<p>Images show clusters of lower (blue clusters) cortical thickness values related to age. Clusters ...
Global and regional cortical thicknesses based on T1-weighted magnetic resonance images acquired at ...
Cold colors represent increased cortical thinning in the first group compared to the second group, w...
<p>The correlations between cortical thickness and MMSE used by Pearson’s correlation coefficient).<...
<p>Significant cortical thickness differences were found between aMCI and NC two years after the bas...
<p>Significant and FDR corrected (p<0.05) differences in cortical thickness between groups are displ...
<p>The plot shows clusters of reduced cortical thickness in the CHR group compared to healthy contro...
<p>Statistical map depicting between-group differences in thickness at each point on the cortical su...
<p>Statistical p-maps, employing a threshold ranging from ±0.05 to ±0.005 (uncorrected), depict brai...
<p>The colorized areas indicated the brain regions with significantly reduced cortical thickness in ...
<p>Images show clusters of lower (blue clusters) cortical thickness values controlling for age. Clus...
<p>The percentage absolute thickness differences is color coded between 0% and 7%, the full range wa...
<p>Red areas show areas of decreased cortical thickness, and blue areas regions with increased corti...
Cold colors represent increased cortical thinning in the first group compared to the second group, w...
<p>In statistical maps of cortical thickness based on frontal ROIs, the left orbitofrontal cortex (<...
<p>Images show clusters of lower (blue clusters) cortical thickness values related to age. Clusters ...
Global and regional cortical thicknesses based on T1-weighted magnetic resonance images acquired at ...
Cold colors represent increased cortical thinning in the first group compared to the second group, w...
<p>The correlations between cortical thickness and MMSE used by Pearson’s correlation coefficient).<...
<p>Significant cortical thickness differences were found between aMCI and NC two years after the bas...