The world’s first vision recovery device will be used in human clinical trials

According to foreign media techcrunch, scientists working at Monash University in Melbourne, Australia, have made the first device that can restore the vision of the blind through more than ten years’ efforts, using the combination of smart phone like electronic devices and micro electrodes implanted in the brain. The system has been proven effective in preclinical and non-human trials in sheep, and researchers are now preparing for the first human clinical trial in Melbourne. < / P > < p > this new technology will be able to bypass damaged optic nerves, which are often defined as the cause of technical clinical blindness. Its working principle is to convert the information collected by the camera into a set of magnetic disks directly implanted into the brain through the interpretation of visual processor unit and customized software. These disks convert image data into electrical pulses, which are then sent to neurons in the brain through microelectrodes thinner than human hair. < / P > < p > before it can be truly manufactured and commercially available, there are a number of steps that need to be taken – the most important of which is the extensive human clinical trial process. The team behind the technology is also seeking additional funding to support the final production and distribution of its equipment. But its early studies implanted 10 such arrays into sheep, and no adverse health effects were observed during a cumulative period of more than 2700 hours of stimulation. < / P > < p > animal research is quite different from human research, but the research team believes that their technology prospects are far beyond the visual aspect. They expect the same approach to provide benefits and treatment options for patients with other neurological roots, including paralysis. < / P > < p > Elon Musk recently revealed his ambition to achieve such results with brain implants similar to his company neuralink. Musk’s project is hardly the first to imagine how devices can be combined with modern software and technology to overcome biological limitations, and Monash’s effort has a longer history of turning this science into something that can affect everyday life. Pets