Direct stimulation of the nervous system produced realistic sensations of touch in two arm amputees, researchers report.
Both men lost their arms after traumatic injuries. They received implanted devices containing electrodes that were attached to the nerves of the arm. These nerves would normally carry signals to and from the hand.
“If you want to create a dexterous hand for use in an amputee or a quadriplegic patient, you need to not only be able to move it, but have sensory feedback from it,” said researcher Sliman Bensmaia. He’s a neuroscientist and associate professor of organismal biology and anatomy at the University of Chicago.
“To do this, we first need to look at how the intact hand and the intact nervous system encodes this information, and then, to the extent that we can, try to mimic that in a neuroprosthesis [a device that supplants or supplements the input/output of the nervous system],” Bensmaia explained in a university news release.
Click here to Read the full article: Nerve Stimulation Restored Sense of Touch to Arm Amputees
- The American Health Council Appoints Dr. James Bashkin, D.Phil. to the Physician Board March 31, 2020
- The American Health Council Appoints Dr. Robert W. Letton, MD to the Physician Board March 19, 2020
- The American Health Council Appoints Dr. Akwasi Adjei to the Industry Board January 17, 2020
- The American Health Council Appoints Dr. Nelson Leung to the Physician Board January 17, 2020
- The American Health Council Appoints Ms. Karie Soost to the Physician Board January 17, 2020
- The American Health Council Appoints Mr. Gregory King to the Industry Board January 17, 2020