I can see you Kirk…Can you see me?
Even Khan would truly appreciate this. Granted there is no ‘rich Corinthian leather,” but sight may be a luxury you can afford. Scientists in Australia are one step closer to human trials for an electronic device to re-enable vision for the blind. Using the word re-enable in this context just makes me imagine a windows network control panel stating “Would you like to re-enable vision?” It may eventually be just that easy.
Bionic Vision Australia is testing an implantable chip with 98 individual electrodes which will stimulate cells on the optic nerve and improve vision for those who have suffered vision loss due to nerve damage. How much of an improvement in vision remains to be seen, pardon the pun, but any improvement in the field will be life changing for an individual with limited or no vision. Who wouldn’t wear Geordi’s visor if it meant you could see again?
If you are a regular reader of the Giggaheim.com you know that this is the kind of tech I get really excited about. Tech for the sake of tech can draw criticism socially at times and makes for a disinterested audience. Pair exciting tech up with something that can truly be of help to mankind and now you are really cooking with gas. You can learn more about BVA and their efforts by visiting their website which you can find by clicking here. You can also read their latest press release below.
Bionic vision for all who need it? I hope I live to see it.
Media release
Thursday 31 March 2011
Australian researchers have developed a breakthrough microchip that gives life to the wide-view bionic eye, as preparations begin for the first set of patient tests.
A/Prof Gregg Suaning (University of New South Wales), leader of the wide-view device development team for Bionic Vision Australia explains: “This is a remarkable new microchip that has brought an Australian retinal implant much closer to reality.
“At only five square millimeters, the device is tiny, but represents a significant advance in nerve stimulation technology. It has 98 precisely-controlled stimulation channels and numerous features that allow for the delivery of electrical stimulation that can restore some sense of vision,” A/Prof Suaning said.
Prof Anthony Burkitt, director of Bionic Vision Australia says: “Only a year after receiving funding for the project, this achievement represents a major advance in technology that will ultimately deliver improved independence and navigation ability for the vision impaired community.
“This microchip is at the heart of the retinal implant, which stimulates the retinal cells to elicit vision. It is an important component in the development of our first bionic vision system that may provide real, functional benefits for patients and make our technology competitive internationally,” Prof Burkitt said.
Preliminary laboratory tests of this microchip are yielding very promising results. The wide-view bionic vision system has progressed through a series of preclinical studies to test the safety and efficacy of the technology. A safe surgical technique has been developed for implantation.
Clinicians are now screening people with retinitis pigmentosa to develop a selection protocol for the first group of patients who will participate in tests of the device. Researchers will continue working with patients in the lead up to the first implant of the full system, due by 2013.
This is good news for people who experience progressive vision loss due to retinitis pigmentosa (RP) and age-related macular degeneration (AMD). RP affects 1.5 million people around the world, while AMD is responsible for almost half of all legal blindness in Australia. Bionic vision technology aims to restore some sense of vision to people affected by these degenerative conditions so they can regain their mobility and independence.



















