<p>Functional connectivity of the white matter seed in the two lower frequency bands (<0.1 Hz and 0.1–0.25 Hz) in the low-TR (top) and high-TR (bottom) datasets. The colors represent z-transformed correlation coefficients.</p
<p>Maps of connectivity between the seed voxels in the IPS, FEF, MT, vACC, PCC, and LP regions (from...
<p>(A) Comparison of aMPFC seed ROI functional connectivity between groups. Females showed stronger ...
<p>T-sore bars are shown on the right. Hot and cold colors indicate higher or lower than the global ...
<p>Each row shows the connectivity of the seed given on the left for the data band-passed to the fre...
<p>Color-coded t-statistic maps showing significantly detectable correlation between FC and ALFF for...
<p>(a) Connectivity to motor areas per voxel of the left and right STN, cumulated over all subjects....
<p>The resting-state fMRI signal of a seed region was correlated with all voxels in the brain. For e...
<p>(a–b) Mean zFC matrices of both groups throughout the entire brain divided into 90 regions by the...
<p>Left: seeds names. Right: The same selected slices illustrating average functional connectivity w...
<p>Group-level <i>t</i>-statistic maps showing significantly detectable FC (upper panel) and ALFF (l...
<p>Correlations in brighter color (yellow) represent higher ones in terms of magnitude than those in...
<p>Brain regions, showing enhanced functional connectivity to our thirteen seed regions, are depicte...
<p>Red and blue lines denote the functional connectivity as measured in the gamma (>30 Hz) and beta ...
<p>(A) Interregional Correlation matrices for <i>Zif268</i> expression within each group. (B) Interr...
<p>Seed regions (A: the left inferior frontal gyrus; B: left anterior cingulate gyrus) are indicated...
<p>Maps of connectivity between the seed voxels in the IPS, FEF, MT, vACC, PCC, and LP regions (from...
<p>(A) Comparison of aMPFC seed ROI functional connectivity between groups. Females showed stronger ...
<p>T-sore bars are shown on the right. Hot and cold colors indicate higher or lower than the global ...
<p>Each row shows the connectivity of the seed given on the left for the data band-passed to the fre...
<p>Color-coded t-statistic maps showing significantly detectable correlation between FC and ALFF for...
<p>(a) Connectivity to motor areas per voxel of the left and right STN, cumulated over all subjects....
<p>The resting-state fMRI signal of a seed region was correlated with all voxels in the brain. For e...
<p>(a–b) Mean zFC matrices of both groups throughout the entire brain divided into 90 regions by the...
<p>Left: seeds names. Right: The same selected slices illustrating average functional connectivity w...
<p>Group-level <i>t</i>-statistic maps showing significantly detectable FC (upper panel) and ALFF (l...
<p>Correlations in brighter color (yellow) represent higher ones in terms of magnitude than those in...
<p>Brain regions, showing enhanced functional connectivity to our thirteen seed regions, are depicte...
<p>Red and blue lines denote the functional connectivity as measured in the gamma (>30 Hz) and beta ...
<p>(A) Interregional Correlation matrices for <i>Zif268</i> expression within each group. (B) Interr...
<p>Seed regions (A: the left inferior frontal gyrus; B: left anterior cingulate gyrus) are indicated...
<p>Maps of connectivity between the seed voxels in the IPS, FEF, MT, vACC, PCC, and LP regions (from...
<p>(A) Comparison of aMPFC seed ROI functional connectivity between groups. Females showed stronger ...
<p>T-sore bars are shown on the right. Hot and cold colors indicate higher or lower than the global ...