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    Osseo-neuromuscular Integration of Prosthetic Limbs and Neurorehabilitation from Phantom Limb Pain

    Keynote Lecture 4.0

    10/8/19 | 10:45 AM – 11:30 AM time

    Session format
    Keynote Lecture
    Location
    Main Conference Room, Exhibition Hall 2
    Target audience
    Congress registrants only
    Speaker

    Chalmers University of Technology, Department of Electrical Engineering
    Dr. Max Ortiz Catalán

    Languages
    English
    Agenda

    Technology has the potential to allow patients to reintegrate into society after traumatic events leading to amputations. In addition to the functional challenges associated with amputation, chronic neuropathic pain can further hinder these patients’ quality of life. Similarly, children born with congenital limb malformation face functional challenges to overcome what are otherwise lifelong handicaps.

    Dr. Ortiz Catalán will present clinically viable neuroprosthetic technologies to restore patients’ quality of life. He led the development of the first bionic arm integrated directly into a patient’s bone, nerves, and muscles. The first patient implanted with this osseo-neuromuscular interface has used it without interruption in everyday life for over 5 years. Patients implanted with this system are also provided with intuitive sensory feedback via direct nerve stimulation. Direct skeletal attachment via osseointegration, along with control and sensory feedback via implanted neuromuscular electrodes, can now be provided in a self-contained prosthesis for use in daily life without supervision in controlled environments. Originally developed for above-elbow amputations, this technology is now being implemented for below-elbow and lower limb amputations. Dr. Ortiz Catalán will also discuss novel hypotheses about the origin and treatment of Phantom Limb Pain, and how motor prediction technology in combination with Augmented Reality can be used to treat it.

    Simultaneous Interpretation

    Japanese

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