<p>The weight, or contribution, of each target region in the final model of age by amygdala connectivity, are displayed. Negative weights represent decreasing connectivity with age, and range from dark-blue (corresponding to lower absolute weights in the model) to light-blue (higher absolute weights). Positive weights (increasing connectivity with age) are illustrated by the red- (low weights) to-yellow (high weights) colors. Right and left amygdalae are depicted in purple.</p
<p>a) Schematic representation of age-related changes in one voxel (in %) considering GM volume at t...
<p>Topography of the correlation between age and NREM spectral density, averaged across the first th...
<p>A) Representative example of data fit shown as a sensor space image for all MEG channels (along t...
<p>Red/yellow areas indicate regions where connectivity increases with age, blue/purple areas indica...
<p>A probabilistic atlas of four amygdala subregions (illustrated in the center; coronal slice) was ...
<p>Red/yellow areas indicate regions where connectivity increases with age, while blue/purple areas ...
<p>Connections with positive linear, negative linear, positive quadratic and negative quadratic deve...
<p>Mean connectivity values per participant are plotted by age and were significantly correlated for...
<p>Top: vertex-by-vertex analysis; regions of significant age-by-group interaction with cortical thi...
<p>Amygdala volume is plotted by age. Volume does not correlate with age in either the <b>a.</b> lef...
<p>The colors on the upper triangular matrix indicate the PFCorr difference of the ROI pairs. The si...
A large corpus of research suggests that there are changes in the manner and degree to which the amy...
Pairwise increases in decoupling between the top 5% of brain regions that showed age-related increas...
<p>The first 2-D and 3-D embeddings learned by LPP are plotted in (A) and (C). The first 2-D and 3-D...
Brain areas in which local cerebral cortical thickness is associated with the continuous measure of ...
<p>a) Schematic representation of age-related changes in one voxel (in %) considering GM volume at t...
<p>Topography of the correlation between age and NREM spectral density, averaged across the first th...
<p>A) Representative example of data fit shown as a sensor space image for all MEG channels (along t...
<p>Red/yellow areas indicate regions where connectivity increases with age, blue/purple areas indica...
<p>A probabilistic atlas of four amygdala subregions (illustrated in the center; coronal slice) was ...
<p>Red/yellow areas indicate regions where connectivity increases with age, while blue/purple areas ...
<p>Connections with positive linear, negative linear, positive quadratic and negative quadratic deve...
<p>Mean connectivity values per participant are plotted by age and were significantly correlated for...
<p>Top: vertex-by-vertex analysis; regions of significant age-by-group interaction with cortical thi...
<p>Amygdala volume is plotted by age. Volume does not correlate with age in either the <b>a.</b> lef...
<p>The colors on the upper triangular matrix indicate the PFCorr difference of the ROI pairs. The si...
A large corpus of research suggests that there are changes in the manner and degree to which the amy...
Pairwise increases in decoupling between the top 5% of brain regions that showed age-related increas...
<p>The first 2-D and 3-D embeddings learned by LPP are plotted in (A) and (C). The first 2-D and 3-D...
Brain areas in which local cerebral cortical thickness is associated with the continuous measure of ...
<p>a) Schematic representation of age-related changes in one voxel (in %) considering GM volume at t...
<p>Topography of the correlation between age and NREM spectral density, averaged across the first th...
<p>A) Representative example of data fit shown as a sensor space image for all MEG channels (along t...