Brain development is adversely affected by preterm birth. Magnetic resonance image
analysis has revealed a complex fusion of structural alterations across all tissue …

Advances in neonatal medicine have resulted in a larger proportion of preterm-born
individuals reaching adulthood. Their increased liability to psychiatric illness and …

Brain structural changes in premature infants appear before term age. Functional differences
between premature infants and healthy fetuses during this period have yet to be explored …

Preterm infants develop differently than those born at term and are at higher risk of brain
pathology. Thus, an understanding of their development is of particular importance. Diffusion …

Very preterm infants (≤ 31 weeks gestational age) are at high risk for brain injury and
delayed development. Applying functional connectivity and graph theory methods to resting …

Introduction Resting state networks are proposed to reflect the neuronal connectivity that
underlies cognitive processes. Consequently, abnormal behaviour of these networks due to …

Objective To use structural connectivity to (1) compare brain networks between typically and
atypically developing (very preterm) children,(2) explore associations between potential …

The period immediately after birth is a critical developmental window, capturing rapid
maturation of brain structure and a child's earliest experiences. Large-scale brain systems …

Investigation of the brain's functional connectome can improve our understanding of how an
individual brain's organizational changes influence cognitive function and could result in …

Prematurity disrupts brain development during a critical period of brain growth and
organization and is known to be associated with an increased risk of neurodevelopmental …