It then converts this decoded
phantom hand movement into movement of the robotic neuroprosthesis.
In a new study, researchers based at Osaka University reported on their use of brain - machine interface (BMI) training with a robotic hand on 10 phantom limb patients to investigate the association between changes in symptomatic pain and cortical currents during
phantom hand movements.
Not exact matches
Patients reported reduced pain when instructed to move the
phantom hand based on brain signals decoded from
movement of the intact
hand.