03/16/2026
If the brain had a superpower, it just might be neuroplasticity.
After a brain injury, neural connections can be damaged or lost. Fortunately, brains are resilient and can reorganize through neuroplasticity, the process of creating new neural connections to bypass damaged areas of the brain. Therapeutic activities often involve repetitive tasks and practice, which strengthen existing neural pathways or stimulate the formation of new ones.
When appropriate for a patient, robotic technology allows individuals to perform a much higher number of specific repetitive movements during a treatment session as compared to a conventional session.
More repetitive movement is accomplished through devices that propel movement. The devices include sensors that monitor, assist and provide precise support for a patient’s position and movements.
By taking advantage of the brain's potential to reorganize, individuals with brain injuries can regain lost abilities and improve their overall quality of life.