(A) Regional age-related decreases in delta band power. (B) Regional age-related increases in beta band power. Scatter plots contain summed regional age effect (beta weight from Power × Age model) as a function of the region’s anatomical y-coordinate center of mass. (C) Power × Age anatomical gradient as a function of frequency. Error bars represent standard error of the model fit. Red shaded bar denotes delta and beta band regimes from panels A and B. y-Axis represents the beta weight (slope) of the relationship between power and age with the anatomical y-coordinate of the region’s center of mass. See S1 Data for individual data points.</p
<p>Red/yellow areas indicate regions where connectivity increases with age, while blue/purple areas ...
<p>a) Schematic representation of age-related changes in one voxel (in %) considering GM volume at t...
<p>Images show clusters of lower (blue clusters) cortical thickness values related to age. Clusters ...
(A) Regional age-related decreases in theta band phase-locking. (B) Scatter plot containing summed r...
<p>Stimulus categories are: geometric pictures, negative, neutral and positive faces. Age groups are...
(A) Across most frequency bands, adolescents displayed similar resting-state phase-locking to adults...
<p>Regions are ranked by area (only clusters greater than 160 mm<sup>2</sup> are reported) and Talai...
<p>A. Scatter plot of HArS between F3/C3 and F4/C4 over age and fitting line (r = 0.47, F(1,38) = 11...
<p>Brain regions ranked in order of decreasing regional efficiency: “hubs” have high regional effici...
Mean absolute area (A), relative area (i.e., area/tIV0.667 ratio) (B), and fractional anisotropy, FA...
<p>Plots of lower beta-band relative power (13–20 Hz). (A) Topographical maps of the difference betw...
<p>Because occipital lead displayed the greater difference between genotypes, occipital line graphs ...
<p>Axial slices for Young>Old ROIs are Z = 46, 36, 20, −10, −16, −30 shown left to right; axial slic...
<p>Types of stimulus are: geometric pictures and facial photos. Age groups are: young adults (YA) an...
<p>Topography of the correlation between age and NREM spectral density, averaged across the first th...
<p>Red/yellow areas indicate regions where connectivity increases with age, while blue/purple areas ...
<p>a) Schematic representation of age-related changes in one voxel (in %) considering GM volume at t...
<p>Images show clusters of lower (blue clusters) cortical thickness values related to age. Clusters ...
(A) Regional age-related decreases in theta band phase-locking. (B) Scatter plot containing summed r...
<p>Stimulus categories are: geometric pictures, negative, neutral and positive faces. Age groups are...
(A) Across most frequency bands, adolescents displayed similar resting-state phase-locking to adults...
<p>Regions are ranked by area (only clusters greater than 160 mm<sup>2</sup> are reported) and Talai...
<p>A. Scatter plot of HArS between F3/C3 and F4/C4 over age and fitting line (r = 0.47, F(1,38) = 11...
<p>Brain regions ranked in order of decreasing regional efficiency: “hubs” have high regional effici...
Mean absolute area (A), relative area (i.e., area/tIV0.667 ratio) (B), and fractional anisotropy, FA...
<p>Plots of lower beta-band relative power (13–20 Hz). (A) Topographical maps of the difference betw...
<p>Because occipital lead displayed the greater difference between genotypes, occipital line graphs ...
<p>Axial slices for Young>Old ROIs are Z = 46, 36, 20, −10, −16, −30 shown left to right; axial slic...
<p>Types of stimulus are: geometric pictures and facial photos. Age groups are: young adults (YA) an...
<p>Topography of the correlation between age and NREM spectral density, averaged across the first th...
<p>Red/yellow areas indicate regions where connectivity increases with age, while blue/purple areas ...
<p>a) Schematic representation of age-related changes in one voxel (in %) considering GM volume at t...
<p>Images show clusters of lower (blue clusters) cortical thickness values related to age. Clusters ...