 There's been tremendous progress in medicine over the past 100 years. We're still left with this problem of chronic diseases that require long-term management. If we could diagnose those earlier or if we could treat them more effectively when they're established, that would be enormous progress. Making an early diagnosis depends on being able to detect the markers of disease sooner. Using nanotechnology and the wearable electronics, we are in the verge of developing the next generation of wearable sensors. This will enable us to harvest the huge amount of information that your body gives us continuously and spontaneously. This does not require blood analysis because the information is in your breath, in your sweat and we are able actually with this information to understand how you're doing. More effective therapy of established disease is available through precision therapies. The challenge there is to ensure that the patient that's going to benefit most from a particular precision therapy receives that treatment and we can use genomics to try and solve that problem. But there's going to be a huge complementary gain from combining the wearables technology with genomics to understand mechanisms of disease better. This is a game changer. People will be able to collect essential information about their health, just going through their normal daily activities such as brushing their teeth or having a walk. This will enable to the holistic full picture of their health and understand the development of diseases before they're up or monitor the one that exists already and manage them better. The most important part about implementing this technology is that we work with patients, carers and their families, with health services and with policy makers from the very beginning so that we can be sure that we can translate this knowledge into practice effectively. So I think this project really represents what the ANU is able to do for Australia as it's nationally nourished. It's to address really important problems with really unique approaches.