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Can Mitochondrial Donation Save Lives?

Ella Latham Theatre Ground Floor, The Royal Children’s Hospital 50 Flemington Road Parkville, Victoria

Diseases of the small circle of life: why mitochondrial donation is important Professor Sir Doug Turnbull, Newcastle University (UK) Mitochondria are the powerhouses of the cell and uniquely contain their own genetic material called mitochondrial DNA. Diseases caused by mutations in this mitochondrial DNA are increasingly being recognised and may present with illness at any…

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Gene therapy: miracle in our midst

The Spot Level 1 Lecture Theatre Faculty of Business & Economics, 198 Berkeley Street, Carlton South, Victoria, Australia

As editor in chief of a science magazine for six years, I’m not sure how I missed the gene therapy revolution. Yes, we did the odd news report on gene therapy, but mostly we were blinded by the deluge of CRISPR publications – a cheap, precise new technique of gene editing that was transforming the ability to genetically modify plants, insects, animals and maybe one day humans. As it turns out this happened in China last November .But it wasn’t just me who missed the gene therapy revolution. It seems most people I speak to about it – including many medical people – hadn’t noticed. The most dramatic example has biblical dimensions. In 2017, the New England Journal of Medicine published the results of a gene therapy trial for children born with Spinal Muscular Atrophy (SMA). These kids normally develop paralysis and die by the age of two. Instead most were sitting and rolling; some were walking and talking. Is this just a fringe thing? Big Pharma doesn’t think so. Novartis recently paid $US 8.7 billion to purchase – AveXis, the start-up company behind the SMA trial. In this talk, allow me to guide you through the gene therapy revolution and how it is set to disrupt the way medicine is delivered.

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