Swinburne University of Technology has received a share of a $7 million Medical Research Future Fund grant to develop first-of-its-kind Australian research to allow live stem cells to be 3D printed and used in treatments.

The cross-institutional research team will develop novel cartilage-based stem cell therapies that will change the way we care for people living with painful joint disease, such as osteoarthritis, and facial disfigurement.

More than two million Australians live with the painful and degenerative joint disease, osteoarthritis, and one in 2,000 newborns are born with microtia an absent or poorly formed ear which can lead to hearing loss, speech and literacy delays.

This research could actually restore damaged or absent cartilage, transforming how these conditions are treated and vastly improving quality of life for sufferers.

It will use technology to revolutionise the way we think about personalised care, patient involvement and scientific advancements.

Cartilage, like that pictured, is a flexible connective tissue that protects our joints and bones

This ambitious project builds on many years of previous research, including at Swinburne.

In the initial stages, the five-year project will focus on the technologies used to take live stem cell printing from research labs into clinical settings. The team will then proceed to clinical trials to prove the efficacy of the solution.

Led by University of Melbourne Professor Peter Choong, the researchers also hope to simplify processes to bring these treatments into hospitals so that clinicians can treat conditions more quickly, with fewer complications than before.

In addition to Swinburne and the University of Melbourne, the research team also includes experts from La Trobe University, St Vincents Hospital Melbourne, University of Wollongong, University of Sydney, Royal Prince Alfred Hospital, Monash University, RMIT and the University of Toronto.

Swinburne will develop a bioreactor system using its patent-protected materials, which allow stem cells to be expanded to large numbers that can be used to repair and replace damaged or missing cartilage.

Expert in biomedical electromaterials science, Professor Simon Moulton, will lead the Swinburne team.

This grant allows us to continue the work we have already been doing with the other partners over many years in developing innovative cartilage repair strategies, says Professor Moulton.

As a materials engineering researcher in the medical area, we do not always have the opportunity to translate our efforts from fundamental research into a clinical human solution. The $7 million of total grant funding will allow us to continue to develop the stem cell technology towards clinical translation that will provide benefit to a wide range of patients.

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A $7 million grant to grow stem cell research - Swinburne University of Technology