Lucie Hertz‐Pannier

This study uses EEG spectral parameterization to analyze aperiodic activity and theta power in preterm infants, showing developmental changes and links to clinical factors and brain microstructure.

The paper presents a new MRI dataset of human fetal brains at high resolution, covering gestational ages 18, 27, and 31 weeks, with multimodal imaging data for neurodevelopmental research.

This study longitudinally evaluates the morphology of the central sulcus in infants and its potential link to motor development.

This study uses EEG microstate analysis to compare brain activity maturation in preterm and full-term infants, finding slower dynamics and altered spatio-temporal properties in preterms.

This study examines microstructural differences in sensorimotor white matter tracts in preterm infants compared to full-term infants and links these differences to neurodevelopmental outcomes.