Signe Bray

The paper describes the development of a harmonized multisite MRI protocol for pediatric brain imaging and validates its cross-site consistency.

This study uses individualized network mapping in fMRI data from children and adults to show reduced network assignment confidence and weaker within-network connectivity in children, with individualized approaches improving sensitivity to age effects.

This study evaluates the feasibility of a parent-delivered attention and working memory intervention for preterm children, finding high fidelity delivery but no specific cognitive benefits.

This study examines spatiotemporal patterns of white matter development in children using longitudinal diffusion imaging data, revealing distinct developmental axes within tracts.

This study examines how structural and functional brain network architecture, age, and attention skills develop in early childhood using graph theory and longitudinal neuroimaging data.

This study investigates FC reliability in pediatric fMRI, finding children need longer scan times than adults to achieve comparable reliability due to motion and spatially non-uniform effects.

This study benchmarks preprocessing strategies for FC-MRI in young children, finding that censoring and global signal regression improve noise removal and information retention.

This study uses NODDI to examine age-related changes in neurite density and orientation dispersion in children's white matter, finding increases in density but no change in dispersion.

The paper quantifies white matter development in early childhood using fixel-based analysis and finds greater morphological than microstructural changes.

The paper identifies functional brain networks predicting behavioral regulation subdomains in children with and without ASD using connectome predictive modelling.

This study examines the association between cerebellar functional connectivity and attentive traits in young girls, finding that cortico-cerebellar connections correlate with attention-related behaviors.