Andrew T. Reid

TL;DR: This work incorporates best practices from diverse areas of FC research to illustrate how FC methods can be refined to improve inferences about neural mechanisms, with properties of causal neural interactions as a common ontology to facilitate cumulative progress across FC approaches.

TL;DR: In this paper, structural brain networks were constructed using interregional correlations in cortical thickness for four age groups (early childhood: 4.8-8.4 year; late childhood: 8.5-11.3 year; early adolescence: 11.4-14.7 year); and late adolescence: 14.8−18.3 years.

TL;DR: Aggregating activation data from neuroimaging studies allows us to characterize the functional engagement of a region across a range of experimental conditions and combining these two approaches opens a new perspective to determine the behavioral associations of a brain region, and hence its function and broader role within large-scale functional networks.

TL;DR: These cross-sectional results suggest that cortical changes (regional-specific damage and network breakdown), mediated directly by WMH and other factors (eg, vascular risk factors), might lead to cognitive decline.

TL;DR: The results hence favour a rostro-caudal distinction of lower- versus higher-level processes underlying social cognition and language in the left inferior parietal lobe.