Michele Guerreri

This study examines how targeted memory reactivation during sleep affects sleep oscillations, brain microstructure, and motor memory consolidation in healthy adults.

This study investigates how Targeted Memory Reactivation during sleep affects microstructural brain changes after motor learning, showing distinct neural reorganization patterns in motor-related areas.

This study uses diffusion imaging to examine microstructural brain changes during motor learning and sleep consolidation, finding rapid learning-related changes but no clear sleep-dependent consolidation effects.

This study investigates sleep-dependent structural neuroplasticity using diffusion imaging, finding rapid remodelling of neurites and glial cells after spatial navigation learning.

This paper proposes a semi-supervised deep learning method to correct susceptibility distortion in EPI, showing improved performance and faster processing than existing approaches.