The Rhythmo study allows participants to upload heart rate, sleep and step data from their smart-watches to a data-processing application, that then visualises their multi-day heart-rate cycle and provides an analogous chronotype from the animal kingdom. Led by the Dept of Biomechanical Engineering at the University of Melbourne, the results from this study will inform the relationship between an individual’s unique heart-rate rhythm and its relationship to conditions such as epilepsy.

The GenI-Airspace study investigates the relationship between genetic testing and the risk factors involved in patients undergoing treatment for prostate cancer. Led by the Dept of Surgery at the University of Melbourne, the hypothesis is to be able to apply active surveillance for those with lower genetic risk scores. The study is currently actively recruiting with a target of over 2000 patients across three study stages.