Motor imagery and action observation for functional recovery and neurorehabilitation

Motor imagery and action observation are movement representation techniques that have received growing attention in neurorehabilitation over recent years. These approaches offer a valuable framework for understanding the neural basis of action representation and motor simulation, while also supporting the development of innovative therapeutic strategies for individuals with neurological disorders and functional limitations. Their increasing relevance in both research and clinical practice reflects a broader interest in the role of simulated and observed action in motor learning, neuroplasticity, and functional recovery.This Research Topic aims to explore the neurophysiological mechanisms underlying motor simulation, including the cortical, subcortical, and large-scale network processes involved in motor imagery, action observation, and related forms of movement representation. It also seeks to advance current knowledge on the interaction between cognitive and motor processes during recovery, as well as on the ways in which these interactions can be leveraged to improve rehabilitation outcomes in diverse clinical populations.Beyond their theoretical importance, movement representation techniques are increasingly being applied as therapeutic tools in neurorehabilitation. They have shown potential in conditions such as stroke, Parkinson’s disease, and other neurological and functional disorders affecting motor performance and independence. However, important challenges remain concerning their mechanisms of action, clinical effectiveness, implementation strategies, and the factors that may influence treatment response in different contexts.We welcome submissions addressing the experimental, clinical, and translational dimensions of this field. Topics of interest include, but are not limited to, motor imagery and action observation as therapeutic tools; neurophysiological mechanisms underlying motor simulation; applications of movement representation techniques in neurorehabilitation; cognitive-motor interaction in functional recovery; neural correlates of motor simulation; development and validation of movement representation-based interventions; and multidisciplinary rehabilitation approaches.By bringing together original research, reviews, methodological papers, and clinical perspectives, this collection aims to provide an updated and integrative view of this rapidly evolving area, while fostering dialogue between basic neuroscience, clinical research, and rehabilitation practice. Topic editors: Roy La Touche, Alba Paris-Alemany Source: https://www.frontiersin.org/research-topics/79423/motor-imagery-and-action-observation-for-functional-recovery-and-neurorehabilitation