Alfred Anwander

The paper examines thalamocortical maturation by analyzing FA changes and functional connectivity in 10 thalamic nuclei across childhood and adolescence.

The paper investigates associations between retinal nerve fibre layer thickness and brain grey/white matter structure, finding some links but not supporting cardiovascular risk factor associations.

The paper analyzes quantitative MRI metrics in healthy adults to understand their relationships and potential for uncovering cortical gradients.

This study maps chimpanzee brain development using MRI and histology, finding differences in myelination and iron accumulation compared to humans.

This study examines changes in white matter connectivity during adult second language learning, finding increased intra-hemispheric connectivity and decreased interhemispheric connectivity, correlated with language performance.

This study investigates structural brain connectivity differences in children with developmental dyscalculia using diffusion tensor imaging and finds reduced white matter coherence and shorter tract lengths in specific brain regions associated with math ability.

The paper compares the morphology of Broca's areas between humans and chimpanzees, finding human-specific expansion in BA44 associated with syntax.

The paper links white matter brain structure to individual differences in language processing and learning success through specific network motifs identified via diffusion tractography.

This study shows that speaking different languages leaves distinct traces in brain connectivity, identified using machine learning and structural connectivity data.

This paper uses quantitative MRI to non-invasively map the human lateral geniculate nucleus and its subdivisions, showing that T1 contrast reflects cyto- and myeloarchitectonic differences.

The paper investigates temporo-cerebellar connectivity's role in encoding spectro-temporal auditory properties and proactive adaptation through lesion studies and tractography.

The paper introduces a language and tool for defining and reconstructing white matter tracts from dMRI data, showing alignment with neuroanatomical literature and applications in functional subdivisions and lateralization studies.

This paper introduces a Multi-Echo dMRI method to improve SNR and reduce noise bias in post-mortem diffusion MRI, validated on a chimpanzee brain.