Millions of people suffering from multiple sclerosis, Parkinson's, muscular dystrophy, spinal cord injuries or amputees could soon interact with their computers and surroundings using just their eyes, thanks to a new device that costs less than £40 (~$63).
Researchers develop a new technique which can allow organic molecules to assemble into complex tubular tissue like structures without the use of moulds or 3D printing.
Researchers have successfully reduced some symptoms associated with fragile X syndrome in mice with the help of CRISPR-Cas 9 gene editing.
MIT researchers have developed a soft, flexible, 3D printed neural implants that can conform to the contours of the brain. The implant can monitor neural activity over long periods of time, without aggravating surrounding tissue.
New technology could help with the development for neuroprosthetic devices.
Researchers have optimized deep brain stimulation patterns with the help of a new computer algorithm, to help conserve energy and reduce the need for replacement batteries in those with DBS implants.
Mixing together human corneal stromal cells with alginate and collagen to make a bioink, researchers have successfully created 3D printed human corneas.
Researchers report they have created the first lab grown, contracting human muscles.
Researchers bioengineer a retina that from synthetic and biological tissue. The development could revolutionize the bionic implant industry.
Researchers develop a graphene microelectrode that allows for optical imaging and electrophysiological recordings of neural circuits.
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Researchers have developed a new prosthetic hand with the ability to 'see' objects. They believe their invention can allow the wearer to automatically reach for objects.
Researchers were able to measure the speed of neuronal signal conduction along segments of single axons in neuronal cultures by using a high-resolution electrical method.