Australian researchers let amputees feel the touch again through the robotic arm
In the past decade, we have seen some encouraging technological advances in the field of prosthetics. As early as 2008, a leg amputee was able to walk again using a Bluetooth-enabled prosthetic leg. Recently, in 2014, Leslie Bow became the first bilateral shoulder amputee to operate two robotic arms wirelessly. However, one of the main drawbacks of robotic limbs is the lack of user touch on them, so that prostheses that have left the user's line of sight cannot act according to user needs.
Researchers at the Aikenhead Medical Center in St. Vincent's Hospital in Australia and the University of Melbourne are investigating how to signal the robotic arm back to the brain for the user to feel.
Research has been going on for years, and researchers still hope to make a breakthrough in the next few years, allowing users to feel when using prosthetics, just like using a normal human limb. The range and intensity of sensory feedback that patients will be able to experience remains to be seen.
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