<div><p>Correlations shown are p<0.05 FDR corrected significant at the voxel and/or cluster level. Red represents positive correlations with seeds, while blue shows negative correlations.</p> <p><b>A</b>) Correlations with the seed regions in the auditory resting state network. Visually, there does not appear to be strong differences across groups, though the HL group shows slightly reduced connectivity when compared to the other two groups.</p> <p><b>B</b>) Correlations with the first pair of seeds in the dorsal attention network (DAN_1). There seems to be reduced correlations in the TIN group compared to the other two groups, as well as negative correlations that are exclusive to the HL group.</p> <p><b>C</b>) Correlations with the second...
<p>Separate ANOVAs were conducted for each group of seeds for a total of five ANOVAs. Regions shown ...
Low-frequency fluctuations in fMRI signal have been used to map several consistent resting state net...
Graph theoretical analysis of brain networks based on resting-state functional MRI (R-fMRI) has attr...
<p>Seed regions were selected based on a whole-brain voxel-based analysis and are depicted in green....
<p>(A–D): Bar diagrams illustrating average functional connectivity within each group over the clust...
<div><p><b>A</b>) The TIN>NH and TIN>HL comparisons for the auditory network. In the TIN>NH contrast...
<p>The regional correlation strength of the nodes were redistributed and higher in healthy control c...
<p>In panel A and B, areas of correlation between the dorsal attention network (DAN) and bifocal TMS...
<p>Seed regions (A: the left inferior frontal gyrus; B: left anterior cingulate gyrus) are indicated...
<p>Seeds for resting-state functional connectivity calculation of these three networks were labeled ...
<p>Brain regions, showing enhanced functional connectivity to our thirteen seed regions, are depicte...
<p>Correlation coefficients map (R-map) showing connectivity associated with left IFGtriang seed in ...
<p>Observed functional connectivity patterns in controls (<b>panel A.</b><b>Controls</b>) and subjec...
<p>Note the high correlations between the somatosensory and motor regions as well as the high correl...
<p>The seed regions with the highest FAD values (>100 mm ∼ upper 5%) are shown in the right upper bo...
<p>Separate ANOVAs were conducted for each group of seeds for a total of five ANOVAs. Regions shown ...
Low-frequency fluctuations in fMRI signal have been used to map several consistent resting state net...
Graph theoretical analysis of brain networks based on resting-state functional MRI (R-fMRI) has attr...
<p>Seed regions were selected based on a whole-brain voxel-based analysis and are depicted in green....
<p>(A–D): Bar diagrams illustrating average functional connectivity within each group over the clust...
<div><p><b>A</b>) The TIN>NH and TIN>HL comparisons for the auditory network. In the TIN>NH contrast...
<p>The regional correlation strength of the nodes were redistributed and higher in healthy control c...
<p>In panel A and B, areas of correlation between the dorsal attention network (DAN) and bifocal TMS...
<p>Seed regions (A: the left inferior frontal gyrus; B: left anterior cingulate gyrus) are indicated...
<p>Seeds for resting-state functional connectivity calculation of these three networks were labeled ...
<p>Brain regions, showing enhanced functional connectivity to our thirteen seed regions, are depicte...
<p>Correlation coefficients map (R-map) showing connectivity associated with left IFGtriang seed in ...
<p>Observed functional connectivity patterns in controls (<b>panel A.</b><b>Controls</b>) and subjec...
<p>Note the high correlations between the somatosensory and motor regions as well as the high correl...
<p>The seed regions with the highest FAD values (>100 mm ∼ upper 5%) are shown in the right upper bo...
<p>Separate ANOVAs were conducted for each group of seeds for a total of five ANOVAs. Regions shown ...
Low-frequency fluctuations in fMRI signal have been used to map several consistent resting state net...
Graph theoretical analysis of brain networks based on resting-state functional MRI (R-fMRI) has attr...