Arnaud Boré

sf-pediatric provides an age-adaptable dMRI pipeline for pediatric studies, improving modeling and reproducibility across brain development.

The paper provides resting-state functional MRI derivatives from the COMPASS-ND study to aid in neurodegenerative disease research.

This study introduces a novel tractography method to reconstruct and analyze caudolenticular gray matter bridges in the human brain using diffusion MRI, demonstrating their microstructural properties.

The paper shows that sleep spindles cluster in NREM2 sleep, supporting motor memory consolidation through synchronized oscillatory activity.

TractoInferno provides a large-scale, multi-site database for benchmarking machine learning tractography methods using standardized data and evaluation protocols.

TractoFlow-ABS improves tractography in pathological brains by using an atlas-based segmentation approach to avoid white matter mask holes caused by lesions.

TractoFlow is a diffusion MRI pipeline that ensures reproducibility and efficiency using Nextflow and Singularity, achieving high reproducibility and processing large datasets quickly.

The paper evaluates tractography methods by analyzing a simulated dataset, finding that most algorithms generate many false-positive connections.