Prosthetics: sensors for wireless control of muscle signals Skip to main content
  • Media & News /
  • Prosthetics: sensors for wireless control of muscle signals

Prosthetics: sensors for wireless control of muscle signals

23.07.2019

For the first time in the world, the research group led by Oskar Aszmann from MedUni Vienna's Department of Surgery, working with commercial partner Otto Bock Healthcare Products and a development group in the USA (Alfred Mann Foundation), has successfully implanted sensors in three male patients following nerve transfers, to transmit biosignals for wireless control of robotic arms.

"After more than two years of observation, the results demonstrate extremely reliable data transmission and much quicker and safer use in comparison with standard systems," says Principal Investigator Aszmann, who is very happy with this pilot project.
Image: sensors controle wirelessly muscle signal transmittion; Copyright: Medical University of Vienna

For the first time, sensors have been implanted for wireless control of muscle signal transmission following nerve transfers.

Products and exhibitors around sensors and wearables

Picture: sensor on a palm; Copyright: Messe Düsseldorf
Are you interested in sensors and wearables? In the COMPAMED 2019 catalog you can find interesting products and exhibitors:

The results have now been published in the top journal "Science Robotics".

The international research group is confident that, in the near future, wireless biosignal transmission systems will not only be used in the area of modern prosthetics but also make an important contribution in many other biotechnology sectors.

"These patients had had above-elbow amputations as a result of occupational or road accidents. In such cases, they not only have to have the hand and the wrist replaced by a myoelectric prosthesis but the elbow as well. The implanted sensors transmit the muscle signal wirelessly from the amputation stump to the prosthesis and are similarly wirelessly charged by a magnetic coil in the shaft of the prosthesis," explains study author Stefan Salminger from MedUni Vienna's Department of Surgery.

In combination with selective extension of the nerves that were responsible for hand and arm function before the amputation, these patients are able to control the prosthesis intuitively. This implantable technology could make a significant improvement in muscle signal quality, in particular, and, above all in the reliability of prosthesis control.

COMPAMED-tradefair.com; Source: Medical University of Vienna

More about MedUni Vienna at: www.meduniwien.ac
Return to top