Bionic Vision Australia Chairman, Professor Emeritus David Penington A.C, said the partnership "brings together Australia's international experts in medical bionics, covering the many disciplines required to develop a safe and technologically advanced device able to restore functional vision".
"Our team is well placed to undertake the critical research required to deliver an advanced Bionic Eye, which would deliver improved quality of life for patients suffering from common causes of severe loss of vision and blindness", Dr. Penington stated.
Over 50.000 Australians have severe to profound vision loss. The major cause of severe vision impairment is degeneration or death of the cells in the eye that receive light signals. It has been estimated that the cost of severe and profound vision loss in Australia is approximately $3 billion per year, and rising.
A bionic eye will assist in restoring patient mobility, independence and quality of life by effectively replacing the function of damaged light-sensing cells in the eye. While the clarity and definition of vision will not be equal to normal sight, the device will allow patients to move around, detect large objects and, in time, read text and recognise faces and emotions.
Bionic Vision Australia has submitted a detailed plan and funding request to the Australian Government to enable it to undertake the required research and early clinical testing. The New South Wales and Victoria governments have both provided support to the partnership to enable the development of the detailed plan.
The proposal follows an 18-month feasibility study undertaken by members of the consortium and heightened public interest in the bionic eye, most notably at the recent Australia 2020 Summit where it was flagged as a "big idea" worthy of consideration for Australia to pursue.
Bionic Vision Australia proposes to have its first advanced prototype ready for the first human implant by early 2012 that delivers significant benefits to patients with severe mobility and light perception difficulties. This device is the result of research undertaken over a 10-year period by the Australian Vision Prosthesis Group at the University of New South Wales.
An enhanced second prototype developed at the Victoria Research Laboratory of NICTA could be available for the first human implant by late 2013 and would provide further improved quality of life for patients where image perception is the primary consideration.
"This is an exciting opportunity for Australia to reinforce its leadership in medical bionics, first demonstrated with the development in Melbourne of the bionic ear in the 1970's", stated Professor Anthony Burkitt, Research Director of Bionic Vision Australia and Chair of the Department of Electrical and Electronic Engineering at the University of Melbourne.
"BVA is inspired by the bionic ear experience to build a world-class multi-disciplinary team capable of restoring functional vision to sufferers of inherited and degenerative retinal diseases and thereby make a contribution to addressing the significant cost this disease imposes on the Australian and other economies. The implications for improved health are significant", Professor Burkitt stated.
More information about Bionic Vision Australia and the development of the bionic eye can be found at the Bionic Vision Australia website.