Katja Heuer

This study shows that neocortical geometry at birth predicts adult cortical folding patterns and sulcal-gyral fate, suggesting geometry provides positional information alongside molecular signals.

This study uses physical experiments, computational models, and morphometric analysis to show that differential growth explains cortical folding across species.

The paper introduces dGAMLSS, a distributed algorithm for fitting GAMLSS models to construct population reference charts without sharing patient data.

This study identifies two ASD subgroups with distinct brain morphology using cross-cultural datasets, highlighting key brain regions associated with subgroup characteristics and autistic traits.

The study uses MRI data from 70 primate species to show that neocortical folding and organisation depend on mechanical morphogenesis, not just genetics and experience.

Precon_all is a pipeline for non-human cortical surface reconstruction that generalizes human methods to multiple species, enabling comparative neuroimaging studies.

The paper studies cerebellar folding diversity and evolution across 56 mammalian species using histological data and phylogenetic methods, finding stabilizing selection and correlations between cerebellar and cerebral anatomy.

The paper introduces brain charts as a standardized resource for benchmarking brain morphology across the human lifespan using MRI data from a large and diverse cohort.

The paper introduces PRIME-RE, a collaborative platform for sharing NHP neuroimaging resources, tools, and data.

This study analyzes MRI data from 34 primate species to investigate the evolution of neocortical folding, finding a Brownian Motion model best fits the data and a stable fold wavelength across varying brain sizes.

This study compares diffusion MRI tractography with histological tract-tracing in ferrets to assess the reliability of tractography algorithms in mapping cortico-cortical connectivity.