eGFI - Dream Up the Future Sign-up for The Newsletter  For Teachers Online Store Contact us Search
Read the Magazine
What's New?
Explore eGFI
Engineer your Path About eGFI
Autodesk - Change Your World
Overview E-tube Trailblazers Student Blog
  • Tag Cloud

  • What’s New

  • Pages


  • RSS Comments

  • Archives

  • Meta

Nerve Hacking Revives Paralyzed Limbs


A neuron cell diagram – click the image for more details

Neural engineer Matthew Schiefer may have discovered an important lead in one of neurology’s most challenging problems: how to reanimate paralyzed limbs. Working at Case Western Reserve University, Schiefer was able to “hack” a nerve bundle in an unconscious subject’s leg using a small eletrode (pictured below), causing the leg to twitch .


Popular Science writes:

“Schiefer’s new device flattens out the nerve fibers, exposing more of them to the full electrical current. By attaching this flatter contact to the femoral nerve, Schiefer succeeded in activating four of the six leg muscles needed for a person to go from sitting to standing. Additionally, the flexing knee muscles actually generated the level of force needed to lift someone out of their chair.”

While significantly more work and research will be required before patients will be able to effectively control previously immobilized limbs with their brain, Schiefer’s work is an innovative and hopeful start.

[PopSci via NewScientist]

Learn more about biomedical engineers:

Sanna Gaspard

Matthew Schiefer

Kellen Knowles

Julie Abbot

Photo from Matthew Shiefer, via Case Western University

2 Responses to “Nerve Hacking Revives Paralyzed Limbs”

  1. […] Nerve Hacking Revives Paralyzed Limbs […]

  2. […] More nerve hacking here […]

Comments or Questions?

By clicking the "Submit" button you agree to the eGFI Privacy Policy.