Boris C. Bernhardt

The paper identifies three structural connectivity gradients in the human temporal lobe and links them to microstructural features and macroscale functional measures.

The paper develops a continuous surface model of the mesiotemporal lobe's iso-to-allocortex transition and links it to functional dynamics and cognitive systems.

The paper tests if heritability of cortical structure reflects a plasticity gradient, finding that sensory areas have higher heritability than limbic/heteromodal areas.

This study identifies genetic and phylogenetic axes of cortical thickness organization in humans and macaques using machine learning and twin data, showing heritability and conservation across species.

This paper evaluates the reliability, reproducibility, and predictive validity of functional connectivity gradients in fMRI data across different analytical settings.

The paper examines age-related changes in functional brain networks using gradient mapping techniques in a cohort of 643 participants, finding shifts in network positions and increased dispersion linked to cognitive decline.

The paper identifies functional activation patterns during pattern separation in the hippocampus and neocortex, showing alignment with intrinsic connectivity gradients and performance differences in patients.

This study identifies white matter microstructural differences across epilepsy syndromes using diffusion MRI data from a large multicenter cohort.

This study identifies network associations with atrophy patterns in epilepsy using neuroimaging and connectome analysis across 1,021 patients and 1,564 controls.

This study shows that schizophrenia is associated with a compressed cortical hierarchy organization, reducing the separation between sensory and cognitive systems.

This study identifies multidimensional associations between cognitive performance and structural network topology in temporal lobe epilepsy using canonical correlation analysis and bootstrap-based clustering.

BrainSpace provides a toolbox for analyzing macroscale gradients in neuroimaging and connectomics data, enabling gradient identification, alignment, visualization, and association studies.

The paper identifies a molecular gradient along the human hippocampus's longitudinal axis that correlates with distinct brain systems and behavioral functions.

This study identifies functional connectivity contractions in temporal lobe epilepsy, linked to microstructural white matter changes and predictive of surgical outcomes.

The paper introduces a novel coordinate system for the human cortex based on connectivity, validated across multiple datasets and showing alignment with functional and structural features.

The paper links variations in binocular rivalry duration to white matter organization and reports of external visual detail.

The paper links genetic risks to spatial brain vulnerabilities in neurodevelopmental disorders using neuroimaging and gene expression data.

The paper investigates age-related changes in cortical myeloarchitecture during adolescence using longitudinal MRI data and identifies two distinct developmental processes.

The paper identifies myeloarchitecture gradients in the human insula that correlate with its functional connectivity and diverse roles.

The paper examines structure-function relationships in the neocortex, finding that structural and functional networks diverge in higher-order areas.

The paper examines age-related changes in brain structure and metabolism using multimodal imaging and connectome gradients, finding that higher-order transmodal regions show increased Aβ deposition and that hippocampal atrophy is more pronounced towards its posterior end.

This study shows visual imagination involves interactions between primary visual cortex and the ventral attention network, particularly the right dorsolateral prefrontal cortex.

The paper identifies a dissociation between microstructural and functional gradients in transmodal brain networks using histological and MRI data.