More than 400,000 children and adolescents will be diagnosed with cancer worldwide this year. Many treatments that are meant to save a child can leave them with lifelong side-effects, including heart damage, infertility and cognitive issues. But for the first time, precision medicine is using the tiniest tools – nanoparticles – to design tailor-made treatments to beat childhood cancer. 

Tune in to learn how precision medicine is changing the odds in the fight against childhood cancer with Professor Maria Kavallaris AM, a researcher whose own cancer diagnosis occurred at the same time as a career-changing opportunity to join the Children's Cancer Institute.

More than 400,000 children and adolescents will be diagnosed with cancer worldwide this year. Many treatments that are meant to save a child can leave them with lifelong side-effects, including heart damage, infertility and cognitive issues. But for the first time, precision medicine is using the tiniest tools &ndash; nanoparticles &ndash; to design tailor-made treatments to beat childhood cancer.&nbsp;
Tune in to learn how precision medicine is changing the odds in the fight against childhood cancer with Professor Maria Kavallaris AM, a researcher whose own cancer diagnosis occurred at the same time as a career-changing opportunity to join the Children's Cancer Institute.

An initiative of UNSW Sydney, the Centre for Ideas is a thought-provoking program of events and digital content from the globe's leading thinkers, authors and artists.

An initiative of UNSW Sydney, the Centre for Ideas is a thought-provoking program of events and digital content from the globe's leading thinkers, authors and artists.

An initiative of UNSW Sydney, the Centre for Idea…

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