<p>Z numbers are Talairach Z coordinates. Bright yellow indicates a large difference between groups, and dark orange indicates a small difference between groups. The colour scale of the significant clusters goes from dark red to yellow, denoting the increasing difference between the groups (yellow = groups most different). The bar charts show the mean power and standard error of brain activation (goodness-of-fit statistics: SSQ) extracted from the illustrated clusters separated for AN and HC.</p
<p><b>(A)</b> demonstrates regions showing group difference between the BD and CON groups, with the ...
<p>This map shows brain regions that are significantly different between groups. To see whether the ...
<p>Two axial slices with group activation patterns (T-maps) for the second GLM analysis are shown co...
<p>Overview of group activation patterns (T-maps) for three tasks. The figure was split into panels ...
<p>BA, Brodmann's area; Voxel-wise <i>P</i>-value <0.05 and cluster-wise <i>P</i>-value <0.002. At t...
<p>The figure shows the boundaries of activation clusters separately for each mathematical condition...
<p>Blue denotes lower VMHC and the color bars indicate the T value from the t test between groups. I...
<p>Red denotes VMHC differences in the ANOVA analyses and the yellow/red color bar indicates the <i>...
<p>From top to bottom: LIFG, bilateral basal ganglia, right cerebellum. The activations are expresse...
<p>The contrast revealed differential activation within the left M1 (<i>p</i><0.05, FWE corrected). ...
<p>Brain areas activated by comparing size versus pattern discrimination in Experiment 1: the left L...
Brain activation maps (averaged over 5 trials) from 20 subjects based on t-values: Positive and nega...
<p>The cold colors indicate lower ReHo in HFS group than healthy control group, while the warm color...
<p>Each row corresponds to a rhythm, and from top to bottom, they are beta and gamma, respectively; ...
<p>b) Activations for the between-subjects contrast <i>no-threat > self-threat</i> (negative feedbac...
<p><b>(A)</b> demonstrates regions showing group difference between the BD and CON groups, with the ...
<p>This map shows brain regions that are significantly different between groups. To see whether the ...
<p>Two axial slices with group activation patterns (T-maps) for the second GLM analysis are shown co...
<p>Overview of group activation patterns (T-maps) for three tasks. The figure was split into panels ...
<p>BA, Brodmann's area; Voxel-wise <i>P</i>-value <0.05 and cluster-wise <i>P</i>-value <0.002. At t...
<p>The figure shows the boundaries of activation clusters separately for each mathematical condition...
<p>Blue denotes lower VMHC and the color bars indicate the T value from the t test between groups. I...
<p>Red denotes VMHC differences in the ANOVA analyses and the yellow/red color bar indicates the <i>...
<p>From top to bottom: LIFG, bilateral basal ganglia, right cerebellum. The activations are expresse...
<p>The contrast revealed differential activation within the left M1 (<i>p</i><0.05, FWE corrected). ...
<p>Brain areas activated by comparing size versus pattern discrimination in Experiment 1: the left L...
Brain activation maps (averaged over 5 trials) from 20 subjects based on t-values: Positive and nega...
<p>The cold colors indicate lower ReHo in HFS group than healthy control group, while the warm color...
<p>Each row corresponds to a rhythm, and from top to bottom, they are beta and gamma, respectively; ...
<p>b) Activations for the between-subjects contrast <i>no-threat > self-threat</i> (negative feedbac...
<p><b>(A)</b> demonstrates regions showing group difference between the BD and CON groups, with the ...
<p>This map shows brain regions that are significantly different between groups. To see whether the ...
<p>Two axial slices with group activation patterns (T-maps) for the second GLM analysis are shown co...