L’effet de répétition espacée en neuro-rééducation : une stratégie pour optimiser la récupération motrice et cognitive

This article explores the application of the Spacing Effect in neurorehabilitation, focusing on how spaced practice can enhance motor and cognitive recovery. By leveraging neuroplasticity and synaptic consolidation, distributing rehabilitation sessions over time promotes more durable learning compared to intensive, short-term protocols. The review discusses the neurophysiological mechanisms involved and highlights the potential benefits of spaced rehabilitation for optimizing patient outcomes. It also addresses the limitations of intensive rehabilitation programs often used in hospital settings, proposing spaced practice as a more effective alternative for long-term functional recovery.