Objective: To model in vivo the dynamic interrelations of head size, gray matter, white matter,
and cerebrospinal fluid (CSF) volumes from infancy to old age using magnetic resonance …

The past 15years has seen a rapid expansion in the number of studies using neuroimaging
techniques to investigate maturational changes in the human brain. In this paper, I review …

Objective To evaluate the ability of four objectively defined, cortical maturation features—
surface area, gyrification index, sulcal depth and curvature—from structural MRI at term …

In this article, we extend earlier findings of age‐related changes in brain morphology on
magnetic resonance images to include measurements of the mesial temporal lobe as well …

While the main neural networks are in place at term birth, intense changes in cortical
microstructure occur during early infancy with the development of dendritic arborization …

The development of cortical gray matter, white matter (WM) volume, and WM microstructure
in adolescence is beginning to be fairly well characterized by structural magnetic resonance …

This article summarizes a life-span neurodevelopmental MRI database. The study of
neurostructural development or neurofunctional development has been hampered by the …

Developmental imaging studies show that cortical grey matter decreases in volume during
childhood and adolescence. However, considerably less research has addressed the …

Objective To evaluate the relationship between brain volumes at term and
neurodevelopmental outcome through early school age in preterm infants. Study design …

In the course of development, the brain undergoes a remarkable process of restructuring as
it adapts to the environment and becomes more efficient in processing information. A variety …