… motivated the early notion that these characteristic network metrics … network dimensions
define a continuum of all possible human connectome configurations (a ‘space’ of human brain …

… Unlike mammals, where synapse pruning is a hallmark of early development, we did not …
When a connection is absent from dataset 1 and 2, but exists in later datasets, we consider it to …

… developmental trajectories of the human brain suggests that, … , while at later GA these regions
slow in their growth and are … state functional connectivity analyses in early development, …

… The first manuscript dealt with methods for network analysis, and the current manuscript
focuses on the use of these methods to understand a wide variety of neurological and …

… Our findings suggest that, in late childhood and adolescence… the development of functional
network structure in the human … brain network topology at rest related to age and SES by first …

… is approximately three times larger in volume than that of early hominins, vastly exceeding
the predicted brain size for a primate species of the same body size (4–6). Cellular …

… that association cortex has sustained AG throughout adolescence to early adulthood (14,
28) (whereas primary cortical areas had relatively low AG after late childhood [14, 28]). We …

… First, we compare the extent to which static and dynamic FC … identifying these areas as
hubs of the dynamic functional … dynamic connectivity structure as a signature of the human …

… events in the human brain from early fetal period to the … development of microstructural
organization and connectivity … developmental phases (eg early fetal, midfetal, late fetal, neonatal) …

… clearly influenced the conceptions later developed by Marsel … of the network organization
of the human brain, by providing … , it first consists of computing functional connectivity from the …