Today, no treatment can slow or stop IBM, which gradually causes people to lose strength, movement and autonomy.

Progress has been limited because researchers still don’t fully understand what drives the disease, and clinical trials often rely on slow-changing measures like strength and mobility.

This makes it difficult to detect early signs that a therapy might help, but the new collaboration aims to change this.

Dr Day, also a Senior Research Officer at WEHI, is working with Snow Centre scientists to build an advanced research platform that can reveal whether a therapy is working much earlier than existing research methods.

“This combination of expertise and infrastructure makes this ambitious project possible,” Dr Day said.

“It gives us a faster, more accurate way to understand whether a treatment is having an effect – something that could transform the search for real therapies.”

For the first time, the Snow Centre invited clinician-scientists from partner organisations, WEHI and the Royal Melbourne Hospital, to codesign research projects that deliver meaningful improvements in immune health.

Snow Centre Director Professor Jason Tye‑Din said people living with IBM have waited far too long for progress.

“We are committed to advancing research that improves immune health in ways that matter to patients,” Professor Tye‑Din said.

“This partnership allows us to apply our expertise and infrastructure to a disease that urgently needs new solutions.”

By combining deep clinical knowledge, leading immunology research, and cutting‑edge technology, the collaboration aims to illuminate how IBM works – and reveal whether a therapy is helping much sooner.

“This project could speed up the development of the first-ever effective treatment for IBM,” Professor Tye‑Din said.

“It gives researchers the tools they need to understand the disease and detect meaningful change far earlier.”

To find out more, visit snowimmunehealth.org.au

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Header image: Dr Jessica Day and Professor Jason Tye-Din