Duncan Edward Astle

The paper investigates neural correlates of implicit emotion regulation in children using fMRI and identifies putamen activity associated with emotional response inhibition.

This paper introduces a computational framework to model brain network development, showing how genetic and topological factors shape neurodiverse outcomes through iterative wiring rules.

This study examines how gene functional networks in individuals with intellectual disability relate to autism spectrum characteristics, finding that chromatin regulation networks are linked to higher Inflexibility.

The paper uses MEG data and Hidden Markov Modelling to analyze brain network dynamics in individuals with ZDHHC9-associated intellectual disability compared to controls, finding differences in resting state activation linked to gene expression.

The paper models fluid intelligence as a hierarchical system where white matter influences intermediate cognitive traits, which in turn affect fluid intelligence, showing age-related changes in the relationship.

The paper examines the relationship between white matter connectome efficiency, intelligence, and educational attainment in children, finding that distributed network properties are more predictive than voxel-wise analyses.

This study uses machine learning to identify cognitive and neural profiles in a large heterogeneous sample of struggling learners, revealing distinct groups with similar learning profiles despite different cognitive characteristics.

The paper identifies two brain types based on white-matter microstructure in children and adolescents, showing distinct cognitive abilities and structural connectivity differences.

This study uses data-driven clustering to identify subtypes of executive function-related behavioral problems in children, finding three distinct groups linked to specific neurobiological patterns.

This study examines how structural brain correlates of working memory components change with age in children, finding shifts from distributed to specialized neural circuits.