The tablet of youth

“Most likely, people in the future will take a cocktail of molecules that can slow ageing and prevent common age-related diseases.”

David Sinclair, an Australian scientist and entrepreneur working on increasing human health, productivity, and lifespan, could be close to discovering the fountain of youth, and it’ll come in a tablet.

At TEDxSydney 2013 the Professor of Genetics at Harvard Medical School will share a new concept about why we age and how it should be possible to develop medicines to reverse it.

“There are many molecules we know now of that can slow down aspects of ageing in mice. The question is no longer an ‘if’, but a ‘when’,” says Sinclair. “Most likely, people in the future will take a cocktail of molecules that can slow ageing and prevent common age-related diseases.”

The new class of superdrug – from the man who discovered resveratrol, a plant compound found in red wine, as an anti-ageing molecule – could possibly see people living decades longer.

“We’re not sure how much longer people will live but in mice these molecules prevent many diseases of old age, including diabetes, cancer and heart disease,” he says. “The molecules were initially discovered by studying a longevity gene in yeast cells called SIR2. The new molecules that target the human SIR2 are hundreds of times more potent that these original molecules. These are in early stage clinical trials, so it will be at least a few years before they are on the market.”

Sinclair’s preoccupation with ageing is driven by the belief that this knowledge can be used to prevent and treat both rare and common diseases, helping people live healthier, disease-free lives. His work at Harvard and at a new lab established at the University of New South Wales, focuses on genes and small molecules that mimic exercise and calorie restriction, a diet that slows the pace of ageing in animals.

He says: “Ageing is the root cause of most major diseases.  By addressing the root causes of these diseases we should be able to have a large impact on human health.  Am I playing God? Absolutely not.  I’m no different than other researchers looking for ways to make people healthier for longer. It’s proven that the healthier you make people, the less burden they are on society.”

Not content to stay in the lab, Sinclair has also founded four biotechnology companies. These are Sirtris, which treats age-related diseases and was sold to GlaxoSmithKline for a reported US$720 million in 2008; OvaScience, which aims to improve female reproductive health and IVF; Cobhar to treat type 2 diabetes; and Genocea, which develops vaccines against malaria, chlamydia, tuberculosis, pneumonia, and cancer.

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You could say it’s in his genes; Sinclair’s parents are trained biochemists and growing up in St. Ives, in the northern suburbs of Sydney, his parents would talk about their work at the dinner table. He enrolled in a Bachelor of Science at the University of New South Wales. Doing bench research in molecular biology in the lab of Professor Ian Dawes at UNSW, a molecular biologist and geneticist, was a turning point.

“You couldn’t drag me out of the lab after that,” he says.

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