… ’s early experiences lead to disparities in later-life outcomes. … hub nodes and modular structure
seen in adult brain … connectivity and thus lower segregation early in development, before …

… The study of the human brain compels us to challenge many seeming inconsistencies and
… The first step consisted in partitioning the ideal brain derived from our ALE data by means of …

… morphometric network integration, we measured the first derivative of … human brain
connectome and declined with age [34], we speculated that age-related changes in within-network …

… -seeking behavior 9, 10, 11, 14, our findings support the hypothesis that early disordered fc
involving the visual network may engender later disruptions in higher order behaviors 82, 83. …

… Seminal human brain histology work has demonstrated … , and brain network topology, we
also created a functional network … early adult myelination, with delayed onset of maturity, but …

… We also identified hub nodes in the rs-fMRI brain network which were associated with the
early stage of AD. Our results demonstrated the potential of the proposed method based on …

… of regions, an array of functional hubs that are characterized by a … whole-brain model that
can generate the effective connectivity … -brain activity, we first need to characterize how different …

… Our first objective was to use a data-driven approach to identify large-scale resting-state
networks. … We, thus, excluded regions with node strength in the bottom 25% of the network hubs. …

… first constructed individual functional networks within the DMN comprising 32 nodes and then
characterized the development of functional connectivity … densely connected hub regions. …

… which to evaluate divergent maturation in early life and degeneration in late life. This in turn
has … with complex, distributed, network-level changes in the brain, as opposed to solely focal …