What is RecoveriX®? Brain–Computer Interface Supported Treatment in Stroke Rehabilitation
RecoveriX® is an innovative approach that supports functional neuroplasticity.
The post-stroke rehabilitation process aims to reorganize damaged areas of the brain and restore motor skills. RecoveriX® brings together three core components along with several elements that trigger, stimulate, and support functional neuroplasticity during this process: Brain–Computer Interface (BCI), Functional Electrical Stimulation (FES), and Virtual Avatar Feedback.
Core Components of RecoveriX®
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Brain–Computer Interface (BCI)
BCI technology detects and analyzes brain signals generated when a patient thinks about moving. These signals identify the patient’s intention to move and integrate it into the therapy process. In this way, the mental imagery of voluntary movement becomes part of the movement relearning process. -
Functional Electrical Stimulation (FES)
Based on the movement intention detected by the BCI, electrical stimulation is delivered to the relevant muscle groups. This stimulation causes the muscles to contract and supports the recovery of motor functions. Muscle contraction and joint movement provide essential sensory feedback that is integrated into the movement pattern with proper timing. -
Virtual Avatar Feedback
During FES therapy, individuals observe both their own hand movements and an on-screen avatar representing those movements. This visual feedback helps establish a connection between visual motor imagery and actual movement, supporting the development of neuroplasticity.
RecoveriX® simultaneously activates these core components involved in voluntary movement, helping reorganize damaged areas of the brain and promoting the formation of new neural connections. This treatment approach offers an effective method for improving motor skills and supporting independence in daily life activities.
