Rehabilitering af de menneskelige ressourcer, der er knyttet til de udpegede organer og de enkelte systemer, er en forudsætning for, at de kan blive genoprettet.

Robotic Exoskeletons

Robotic exoskeletons ar ar ar ar ar able develske devels than assist patients in restaining movement. De giver en garanti for, at der er en eller anden form for mobilitet, som muliggør gentagelser af praksis, der er nødvendig for at opnå en forbedring af de neuroplasticity. undersøgelser, herunder at Eksogt og ReWalk systemer, som er i stand til at anvende de kliniske og home ordninger, der er i stand til at forbedre deres kvalitet og Balance.

Funktioner al Elektrical Stimulation Devices

Functional electrical stimulation (FES) devices deliver electrical impulses to muscles celed by stroke. This stimulation helps restore muscle function and d abitss atrophy. The WalkAide and d Bioness H200 ara common FES systemer used to improve walking ability and d arm movement.

Virtual Reality and d Gaming

Virtual reality (VR) systemer skaber neddybende miljø for motor og d cognitive terapi. Disse devicees motivate patients gennem engaging execuises that simulate real- wordd tasks. Examines include the t HoloLens and d specialized ed d VR platforms like NeuroRacer, which short stroke rehabilitatio programms.

Assistive Devices and d Sensors

Assistevere devicecs equiped with sensors monitoring tur og d give feed back. These systemer help tailore terapi og d track progress. Examples include e smart canets with pressure sensors and d wearable motion tracker that assist in restoring fine motorer skills.