Research projects

iMAP (International Mind, Activities and urban Places in Melbourne Study)

The iMAP study is investigating how our neighbourhood and places we regularly visit interact with lifestyle to impact brain health and psychological function in middle to late adulthood.

Explore project

The iMAP project is ongoing.

Other ongoing projects that I or others in the BEH group lead:

• Active Lifestyle and the Environment in Chinese Seniors (ALECS) project
• DASP – Dynamic Activity Spaces Pilot study
• Deep learning analysis of MRI data (Govinda)
• Development of novel methods for harmonisation of multi-site multi-modal MRI data (Govinda)
• EPOCH: the impact of the Environment and Pollution on Cognitive Health
• ExCoGIS Initiative – Extant Cohorts and Geographic Information Systems
• Global Observatory of Health and Sustainable Cities
• IPEN (International study of Built Environment, Physical Activity and Obesity)
• IPEN Adolescent (International Physical Activity and the Environment)  

Other current projects

• Active Lifestyle and the Environment in Chinese Seniors (ALECS) project
• Auditing the representation of female athletes in sport and exercise science research
• Cardiometabolic risk in the built environment
• DASP – Dynamic Activity Spaces Pilot study
• Deep learning analysis of MRI data
• Development of novel methods for harmonisation of multi-site multi-modal MRI data
• EPOCH: the impact of the Environment and Pollution on Cognitive Health
• Ergothioneine in Trained Cyclists (ETC)
• ExCoGIS Initiative – Extant Cohorts and Geographic Information Systems
• Global Observatory of Health and Sustainable Cities
• Inborn Errors of Metabolism
• IPEN (International study of Built Environment, Physical Activity and Obesity)
• IPEN Adolescent (International Physical Acitivity and the Environment)
• Use of Dual Energy X-Ray Absorptiometry (DXA) for the assessment of body composition in elite and sub-elite athletes
• Well-trained endurance athletes wanted for an energy availability study (AGILITY study)

Completed projects

• AMPK energy sensing mechanisms
• A time for food: The effects of time restricted feeding on glycaemic control and gut microbiome in individuals with Type 2 Diabetes

• Bone Health and Fractures Research Program

• Effects of Mitopure (Urolithin A) on skeletal muscle function, iron metabolism and endurance performance (ENDURO)
• Epigenetic control and the circadian clock: turning back time on diabetes pathogenesis
• iHEALTH (International Healthy Environments and Active Living in Teenages – Hong Kong)
• Investigating AMPK energy-sensing mechanisms
• Mapping and interrogating human exercise-regulated tissue and circulating biological networks
• Measurement and analysis of environmental noise in Melbourne
• Moving Bright, Eating Smart: acceptability and feasibility of a diet and physical activity intervention to prevent reoccurance in colorectal cancer survivors – a phase 2 study
• Optimizing the timing of iron supplementation in relation to exercise at sea-level and altitude
• OsteoPreP
• Predictive models for the spread of degeneration in the brain
• RoWDI – Rolling Window Detection of Intrusions in fMRI data
• Supernova 4 and 5ish
• Supernova 6: Effect of the “super shoe” on lowering the metabolic cost of exercise in elite racewalkers
• The impact of acute calcium intake on bone markers and iron status, during repeated training sessions and recovery in elite rowers
• The effect of intermittent fasting on integrated muscle synthesis rates in overweight, middle aged men
• Understanding the role of the environment on children’s cognitive development
• Urban spaces and active ageing: understanding person – environment interactions to inform activity- friendly community design