Anthony Steven Dick

This study uses restriction spectrum imaging to find that higher BMI in young children is linked to changes in brain microstructure in reward-related areas, suggesting early neural risk markers for obesity.

The paper discusses methods for handling missing data in longitudinal neuroimaging datasets, using the ABCD Study as an example, and advocates for advanced statistical techniques over conventional approaches.

The paper examines structural brain development related to speech in young children using MRI and diffusion metrics, finding associations between speech performance and specific grey and white matter properties.

This study uses fMRI to assess inhibitory control in young children with ADHD and typically developing peers using a modified K-CPT, revealing brain activity differences in inhibitory control regions.

This study examines hippocampal subfield volume and connectivity changes with age and their relation to episodic memory in children and adolescents.

This study identifies language-sensitive cerebellar regions and maps their structural connectivity using HCP data, revealing unique patterns related to language comprehension.

This study investigates the relationship between hippocampal structure and trace eye-blink conditioning in young children, finding that higher neurite density correlates with delayed conditioned response onset.

This study shows that RDI accurately maps axonal density in adults and children compared to other diffusion imaging methods.

The paper describes the design and aims of the ABCD Study, discussing challenges in estimating meaningful associations and recommending best practices for research using its data.

The paper examines white matter microstructure in children with ADHD and finds reduced fractional anisotropy in UF and IFOF correlates with CU behaviors, independent of CP and other covariates.

This study uses machine learning to assess if neuroimaging and neurocognitive measures improve ADHD diagnosis in young children, finding teacher ratings of executive function are most predictive.

The paper shows that preexisting neural patterns moderate the link between hurricane experiences and post-traumatic stress in youth, even for those not directly exposed.

The paper describes neuroimaging processing methods for the ABCD Study to extract brain phenotypes from multimodal imaging data.

This review examines the structural connectivity and functional roles of the frontal aslant tract (FAT) in speech, language, and executive function across species and brain hemispheres.

The study examines the frontal aslant tract (FAT) laterality in children and links it to executive function and attention problems through mediation by executive dysfunction.