Four Australians gave a bionic view


A vision of a vision was reformed to four Australian Australians in a clinical diagnostics of a biconic eye in Melbourne.

Patients, who lost their vision as a result of Retinitis Pigmentosa, were poorly moving, should be aware of light and dark but could not see their hand in front of the test.

Bionic Vision Technologies says that the patient is now capable of identifying objects around them in a polished scale scale, allowing them to travel without support from headaches, cannons or family members.

This is the first time that a safe, implanated retina system, was successfully tested in a patient's home in Australia.

Professor Penny Allen, the managing researcher, says that technology could be a game converter for the one-to-one 4000 Australian-called Retinitis Pigmentosa, because there is no way to do & # 39; delay or cure the genetic disorder.

"This is now a very difficult cause for working-age people, our patients get ages from the end of the 30s to the middle of 60," she told AAP.

"We've been happy with how they are going on and are very happy, and that's the best thing for everyone."

Professor Allen, who is a blade at the Australian Eye Research Center, will appear on the study at the scientific meeting of the Royal Ophthalmologists College of Australia and New Zealand in Adelaide on Monday.

Although there were other eyes on the market abroad, Professor Allen stated that Australia's technology was simpler and safer, longer & Researchers have designed their own vision transfer software.

The binoculars work to capture images through glass-related camera and take them to an external process unit carried in a handbag or belt.

Then the information will be returned to a device that is attached to the patient that is attached to the patient, which is connected by means of the control of the device that has been inserted into the eyes, and then treated with the brain.

Continuing from the surgeons, the next stage of the investigation has begun as the partners bring the technology out of the laboratory and into the home.

Initially, they would have to do training which includes obstacle courses and other tests, while & # 39; While they were learning "trust" what they see after unsuccessful years, Professor Allen said.

"We work with them to identify what they want at home, the normal tasks we all do.

"One patient has a laundry arrangement, flowers from flowers, and one patient wants to be able to travel independently to some things in the backyard, like the lemonade tree."

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