Neurorehabilitation Research

KEY FINDING: Upper limb rehabilitation robots show significant benefits in upper limb recovery, strength, motor control, and activities of daily living compared to traditional therapeutic approaches.

KEY FINDING: A significant association was found between neuroanatomical localization and clinical occurrences, with 85% of occurrences in dogs with thoracolumbar localization.

KEY FINDING: Users generally reported positive satisfaction with overground exoskeletons in terms of safety, efficacy, and comfort.

KEY FINDING: Epidural stimulation immediately reduces the complexity of muscle activity in SCI participants, bringing it closer to the complexity levels seen in healthy controls.

KEY FINDING: The proposed GIN-based model achieved a classification accuracy of 88.89% on an EEG-EMG synchronized dataset for push and pull movements.

KEY FINDING: SA punch produced the greatest SA activation and lowest UT:SA ratio.

KEY FINDING: SCI patients showed changes in brain connectivity and increased muscle activation compared to healthy controls, suggesting they need more effort to perform the same tasks.

KEY FINDING: Multielectrode configurations of tSCS can improve the rostrocaudal and lateral selectivity of muscle recruitment compared to conventional tSCS.

KEY FINDING: Applying a lateral force to the pelvis during the affected stance phase significantly improved the lateral symmetry of the center of pressure (COP) trajectory.

KEY FINDING: Patients undergoing VR training sessions showed improvements in both cognitive functioning (MoCA) and mood (BDI) outcomes, as well as quality of life and perceived physical functioning (SF-12).