Novel device to help deaf patients hear effectively
Researchers at Nankai University have developed a bionic neuromorphic auditory nerve interface that bypasses damaged nerves to deliver sound signals directly to the brain. This technology aims to restore hearing for patients with severe sensorineural loss who cannot be helped by conventional implants.
Why it matters
This breakthrough offers a potential solution for millions of people globally who suffer from hearing loss that current medical technology cannot address.
Chinese researchers have developed the world's first bionic neuromorphic auditory nerve interface, a groundbreaking electronic device that bypasses damaged natural auditory nerves to deliver processed sound signals straight to the neural pathways.
The technology, created by a team at Nankai University in Tianjin, represents significant research advances in the field of neuromorphic auditory restoration, offering a new technical approach and research perspective for auditory rehabilitation in patients with severe sensorineural hearing loss.
The research was published online recently in the international journal Nature Materials.
Around 3 percent of the global population suffers from sensorineural hearing loss, a condition triggered by broken or missing auditory nerve fibers that act as the signal "highway" between the ears and brain.
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