 Historically we've had these drugs and therapies that are tailored to huge groups of people. It's not really catered to each person. ADAPT stands for the Advanced Design and Prototype Technologies Institute. There's two parts to ADAPT. One is the advanced design component, the other is the manufacturing component. It is really open to what we think we can do and it's not just medical devices. Our teams are now working on R&D for automotive, for mining, for environment, for fashion and entertainment and for aerospace industries. So the advanced design component creates a personalized digital twin of the individual and the device. The digital twin then allows us to design a personalized biomedical implant or wearable device which can then be manufactured using either 3D printing or other advanced manufacturing methods. ADAPT is about growing the full potential of personalized biomedical devices. Half way through medical school I had a car accident and I caused a spinal cord injury. I became paralysed from the chest down but also my fingers are affected as well. Danish is a spinal cord injury patient and also a researcher and a doctor. I finished medical school. I'm working as a doctor at the moment but also a lecturer and an adjunct research fellow at Griffith. My deadly little secret is that I want to cure myself one day. So what Danish and Claudio are doing is they're creating a personalized digital twin of Danish. Digital twins is a representation of a person in a computer. That means the digital twin will have your bones, your muscles, your joints and so on. Now they're using that digital twin model to control how to stimulate Danish's muscles in rehabilitation. We are saying we want to achieve a desire movement. How do I stimulate muscles in the optimal way to achieve that movement? And personalization in this context is essential. Personalized treatment allows us to deliver precision medicine. The sky's the limit. It's where the future's going to be. Being able to move a finger or grasp something when you can't use your fingers previously it changes things entirely. And with these type of therapies that's how I hope that we can change the lives of people. And I'm confident that we'll get there.