"Breakthrough Nerve Signal Method Enhances Control of Bionic Prosthetics"

Scientists at the Medical University of Vienna and Imperial College London have developed a groundbreaking method for using nerve signals post-amputation to control advanced bionic prosthetics.

• The study, published in the journal Nature (journal), reveals a novel approach to detect action potential signals from muscles after an amputation, enhancing prosthesis control.
• Using microelectrode technology, researchers successfully tapped into residual nerve signals, allowing for more precise movements of bionic limbs, a significant leap in bionics research.
• This advancement in biomedical engineering addresses long-standing challenges in the field, promising improved quality of life for amputees through more intuitive control of artificial arms.