Brain-computer interface technology is opening a new door to rehabilitation for stroke patients with hemiplegia. By reading motor cortex signals and driving exoskeletons, patients can achieve functional walking movements and improve motor function.
Technical principle
The brain-computer interface device reads motor intention signals from the brain's motor cortex and converts them into commands that drive the exoskeleton to complete actions such as walking. Repetitive training promotes neural plasticity, gradually improving affected-side strength and coordination.
Rehabilitation effects
Studies show that brain-computer interface assisted rehabilitation training can significantly improve walking ability and quality of life in stroke patients. Earlier intervention yields better results, especially for patients in the recovery period after stroke.
Treatment process
Rehabilitation evaluation can be conducted at the neurorehabilitation center of partner hospitals, where rehabilitation teams evaluate indications and develop individualized training plans.
MedBridge services
MedBridge provides remote consultation to predict indications, gives treatment course and cost estimates, and assists international patients in arranging rehabilitation treatment in China.