<p>Sagittal, coronal and axial images showing the independent components from the MELODIC analysis that correspond to the default mode network (DMN), dorsal attention network (DAN) and frontoparietal control network (FPN). Because two DMN sub-networks and two FPN networks (left and right) were identified, the maps of these networks were added together to show a single DMN and FPN. Networks are shown overlaid on the MNI standard brain image.</p
Each participant’s preprocessed fMRI data were parcellated using the 17-network Yeo parcellation to ...
<p>The results of the BrainMap functional meta-analysis are displayed for each of the 31 ICNs identi...
<p>(1) DMN extraction was performed by ICA. (2) The subregions were extracted as regions of interest...
<p>The DMN sub-networks identified with low- (top) and high-dimensional (bottom) ICA displayed at Z>...
<p>Axial images show the network for the control (upper panel) and PMS (lower panel) groups. The sta...
<p>This figure shows the 15 functionally relevant resting-state networks resulting from the group IC...
<p>Resting state networks obtained with ICA when pooling together groups (modafinil and placebo) and...
The spatial maps of neurocognitive networks (thresholded at Z > 3) shown here represent the anterior...
<p>Four networks generated from group ICA of the resting state data were identified as the default m...
<p>Group ICA components (3D volumes) including (a) default mode network, (b) primary visual network,...
<p>The default mode network (DMN) has been linked to self-oriented mental activity; the dorsal-atten...
<p>Nine ICA (independent component analysis) maps used in our paper titled "Dynamic brain functional...
<p>A. Spatial group maps of three important pain-related ICNs (DMN, CEN and SN) covering all partici...
<p>The figure shows three transverse slices (Talairach-Z coordinates 22, 2 and −14) of ICA-derived f...
<p>For each of the three maps: (Left) Lateral and medial views of the left hemisphere. (Center) Dors...
Each participant’s preprocessed fMRI data were parcellated using the 17-network Yeo parcellation to ...
<p>The results of the BrainMap functional meta-analysis are displayed for each of the 31 ICNs identi...
<p>(1) DMN extraction was performed by ICA. (2) The subregions were extracted as regions of interest...
<p>The DMN sub-networks identified with low- (top) and high-dimensional (bottom) ICA displayed at Z>...
<p>Axial images show the network for the control (upper panel) and PMS (lower panel) groups. The sta...
<p>This figure shows the 15 functionally relevant resting-state networks resulting from the group IC...
<p>Resting state networks obtained with ICA when pooling together groups (modafinil and placebo) and...
The spatial maps of neurocognitive networks (thresholded at Z > 3) shown here represent the anterior...
<p>Four networks generated from group ICA of the resting state data were identified as the default m...
<p>Group ICA components (3D volumes) including (a) default mode network, (b) primary visual network,...
<p>The default mode network (DMN) has been linked to self-oriented mental activity; the dorsal-atten...
<p>Nine ICA (independent component analysis) maps used in our paper titled "Dynamic brain functional...
<p>A. Spatial group maps of three important pain-related ICNs (DMN, CEN and SN) covering all partici...
<p>The figure shows three transverse slices (Talairach-Z coordinates 22, 2 and −14) of ICA-derived f...
<p>For each of the three maps: (Left) Lateral and medial views of the left hemisphere. (Center) Dors...
Each participant’s preprocessed fMRI data were parcellated using the 17-network Yeo parcellation to ...
<p>The results of the BrainMap functional meta-analysis are displayed for each of the 31 ICNs identi...
<p>(1) DMN extraction was performed by ICA. (2) The subregions were extracted as regions of interest...