… connected network hubs and investigating metrics of network topology … The first is by advancing
our understanding of typical brain … cortices known to mature later, demonstrating greater …

… to hub and rich-club organization of the human brain network … to network integration and
communication in the human brain … First, edge-wise network measures revealed connections …

… In the early phases, synaptic upscaling could induce … also in the late phases of network
reorganization when efficient … may promote brain network resilience increasing hubs connectivity, …

… basis of network formation at early and late stages of the human brain development. This …
expands our understanding of the emergence of network-level neurodynamics in humans. …

… human brain, the precuneus and posterior cingulate cortex (PCC) are two of the largest
network hubs … also involve other brain networks at both early stages of AD as well as later in the …

… of human brain network organization and function. … first time to our knowledge, an integrated
probabilistic atlas of the critical hubs and connections subserving fundamental human brain …

… The goal of this paper is to examine existing methods to study the “Human Brain … has been
developed to evaluate the anatomical and functional organization of the human brain: the aim …

… of ‘functional connectivity’ (FC) in the human brain, which simply … is known as the time-delayed
mutual information (TDMI) 6 … First, we show that the human brain is especially successful …

… , which reflects network segregation in the human brain, and … module partitions, we used
the first partition result as the final … the reduced connection number among the hub regions (ie, …

… exhibiting hub-like properties at the voxel scale, we first mapped voxels … hub regions to
network integrity and stability, a notion supported by computational modeling of the human brain …