Soft Brain Implant Could Restore Hearing 🧠 #medtech #neurotech #innovation #technology
This soft implant could change how we interact with the brain.
Researchers at EPFL, in collaboration with Harvard Medical School, developed a new type of soft neural implant designed to stimulate and record activity from the brain, spine, and peripheral nerves. Unlike traditional rigid implants, this device uses ultra-thin, flexible electrodes that better match the softness of biological tissue.
The technology is based on microstructured thin-film electrodes, allowing precise interaction with neural pathways. This improves signal quality while reducing damage or irritation caused by stiff implants. One of the key applications is in auditory brainstem implants (ABI), which help restore hearing in patients who cannot benefit from cochlear implants.
By improving how electrodes interface with neural tissue, the device enables more accurate stimulation and recording of signals. This could lead to better outcomes in restoring hearing and may extend to other neuroprosthetics used for movement, spinal cord stimulation, and nerve repair.
This innovation represents a major step toward advanced brain-machine interfaces and next-generation medical implants that are safer, more adaptive, and more effective.
Credit Reference:
Paper: Microstructured thin-film electrode technology enables scalable soft auditory brainstem implants
Authors: N. Vachicouras et al.
Journal / Conference: Science Translational Medicine (2019)
Provided by: EPFL & Harvard Medical School
#medtech #neurotech #brainimplant #prosthetics #healthtech #innovation #engineering #science #technology #neuroscience #biomedical #research #futuretech #neuralinterface #healthcare #viral #trending #youtube #shorts #tech
This soft implant could change how we interact with the brain.
Researchers at EPFL, in collaboration with Harvard Medical School, developed a new type of soft neural implant designed to stimulate and record activity from the brain, spine, and peripheral nerves. Unlike traditional rigid implants, this device uses ultra-thin, flexible electrodes that better match the softness of biological tissue.
The technology is based on microstructured thin-film electrodes, allowing precise interaction with neural pathways. This improves signal quality while reducing damage or irritation caused by stiff implants. One of the key applications is in auditory brainstem implants (ABI), which help restore hearing in patients who cannot benefit from cochlear implants.
By improving how electrodes interface with neural tissue, the device enables more accurate stimulation and recording of signals. This could lead to better outcomes in restoring hearing and may extend to other neuroprosthetics used for movement, spinal cord stimulation, and nerve repair.
This innovation represents a major step toward advanced brain-machine interfaces and next-generation medical implants that are safer, more adaptive, and more effective.
Credit Reference:
Paper: Microstructured thin-film electrode technology enables scalable soft auditory brainstem implants
Authors: N. Vachicouras et al.
Journal / Conference: Science Translational Medicine (2019)
Provided by: EPFL & Harvard Medical School
#medtech #neurotech #brainimplant #prosthetics #healthtech #innovation #engineering #science #technology #neuroscience #biomedical #research #futuretech #neuralinterface #healthcare #viral #trending #youtube #shorts #tech
