About Stem Cells Australia | Stem Cells Australia | History of Stem Cells Australia | Stem Cells Australia

What is the history of Stem Cells Australia?

Stem Cells Australia was originally established in 2011 by the Australian Government to support research into how to harness the potential of stem cells for new diagnostic, therapeutic and biotechnological applications.

This nine year initiative was also charged with leading public engagement and policy advocacy about stem cell science and regenerative medicine in Australia. This website is a legacy from the original initiative.

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Who formed Stem Cells Australia and why?

From 2011 until end of 2019, Stem Cells Australia supported over 300 researchers across Australia to learn more about stem cell biology and how to harness the potential of these cells for new diagnostic, therapeutic and biotechnological applications. The Australian Government provided $24 million over this period through the Australian Research Council’s Special Research Initiative scheme.

This Special Research Initiative in Stem Cell Science was established as a consortium between leading Australian universities and medical research institutes.

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Founding members were the University of Melbourne, Monash University, University of Queensland, University of New South Wales, CSIRO, Walter and Eliza Hall Institute, Victor Chang Cardiac Research Institute and the Florey Institute of Neuroscience and Mental Health, with Murdoch Children’s Research Institute joining in 2016.

The University of Sydney, Western Sydney University, University of Wollongong, University of Tasmania and University of Western Australia joined the initiative in mid-2018, when the initiative received support for a one-year extension. The University of Newcastle, QIMR Berghofer Medical Research Institute, Hunter Medical Research Institute and Hudson Institute of Medical Research became affiliate members in late 2018.

The University of Melbourne was the Administering Organisation for the duration of the initiative and in 2019 received permission from the Australian Research Council to continue the public education activities following the formal cessation of the Special Research Initiative.

What are some of the achievements of Stem Cells Australia?

Between 2011-2019 Stem Cells Australia developed a sophisticated national network of researchers and underpinning infrastructure.

Key scientific advances from the initiative include growing heart tissue for replacement and testing of new drugs for heart repair, making mini-kidneys in the laboratory to study what happens in kidney disease, using big data to understand cellular identity, and repairing damaged corneas using grafts made from the patient’s own stem cells.

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The initiative was committed to training the next generation of Australian stem cell scientists and graduated over 70 PhD and Masters students, while supporting the career development of over 210 early career researchers. You can learn more about Stem Cells Australia’s researchers by watching these videos or reading stories about their achievements in the lab.

Stem Cells Australia also lead public debate and discussion about the important ethical, legal and societal issues associated with stem cell science and regenerative medicine.

Notably, Stem Cells Australia engaged with the Therapeutics Goods Administrations and other regulatory bodies at a national and international level to address the trade in unproven and potentially harmful marketed stem cell therapies.

Beyond 2019 and the cessation of the Special Research Initiative, Stem Cells Australia will retain its role as the authoritative source of information for interested professionals, members of the public and importantly people making choices about their own healthcare through this new website.

Want to know more?

More information about the members and achievements of the Special Research Initiative are captured in the following annual reports.

You can also visit our video library to meet Stem Cells Australia scientists and hear them discuss how they use stem cells in their research and why.

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