Early neurodevelopment is critically dependent on the structure and dynamics of
spontaneous neuronal activity; however, the natural organization of newborn cortical …

Large-scale coupling in neuronal activity is essential in all cognitive functions, but its
emergence and functional correlates are poorly known in the human newborn. This study …

During normal childhood development, functional brain networks evolve over time in parallel
with changes in neuronal oscillations. Previous studies have demonstrated differences in …

The higher brain functions arise from coordinated neural activity between distinct brain
regions, but the spatial, temporal, and spectral complexity of these functional connectivity …

We examine the coherence in the spontaneous brain activity of sleeping children as
measured by the blood oxygenation level dependent (BOLD) functional magnetic resonance …

Preterm birth is the greatest risk factor for lifelong neurocognitive deficits, globally. The effect
of prematurity on early cortical network function has, however, remained poorly understood …

The spontaneous cerebral activity that gives rise to resting-state networks (RSNs) has been
extensively studied in infants in recent years. However, the influence of sleep state on the …

Functional connectivity networks are valuable tools for studying development, cognition, and
disease in the infant brain. In adults, such networks are modulated by the state of …

Background Among preterm infants, higher morbidities of neurological disturbances and
developmental delays are critical issues. Resting-state networks (RSNs) in the brain are …

Abstract The Developing Human Connectome Project is an Open Science project that
provides the first large sample of neonatal functional MRI data with high temporal and …