Throughout infancy, childhood, and adolescence, our brains undergo remarkable changes.
Processes including myelination and synaptogenesis occur rapidly across the first 2–3 years …

White matter development continues throughout childhood and into early adulthood, but few
studies have examined early childhood, and the specific trajectories and regional variation …

Cortical development and white matter myelination are hallmark processes of infant and
child neurodevelopment, and play a central role in the evolution of cognitive and behavioral …

White matter occupies almost half of the human brain. It contains axons connecting spatially
segregated modules and, as such, it is essential for the smooth flow of information in …

Post-mortem studies have shown the maturation of the brain's myelinated white matter,
crucial for efficient and coordinated brain communication, follows a nonlinear spatio …

Several newer magnetic resonance imaging (MRI) techniques are increasingly being
applied to the study of white matter development and pathology across the lifespan. These …

The white matter of the brain undergoes a range of structural changes throughout
development; from conception to birth, in infancy, and onwards through childhood and …

This review focuses on the maturation of brain white-matter, as revealed by magnetic
resonance (MR) imaging carried out in healthy subjects. The review begins with a brief …

Early childhood is an important period for cognitive and brain development, though white
matter changes specific to this period remain understudied. Here we utilize a novel analytic …

Background. Late adolescence is comprised of considerable developmental transitions,
though brain maturational changes during this period are subtle and difficult to quantitatively …