CogChip: development of a targeted genotyping chip for executive function. This project aims to use DNA sequencing technology to identify the genetics of executive function. Our capacities to focus on a task at hand, to filter distractions and to inhibit unwanted impulses, are collectively referred to as executive functions. Executive function varies on a continuum in the general population across the lifespan, with individual differences largely due to differences in underlying genetics. The pr ....CogChip: development of a targeted genotyping chip for executive function. This project aims to use DNA sequencing technology to identify the genetics of executive function. Our capacities to focus on a task at hand, to filter distractions and to inhibit unwanted impulses, are collectively referred to as executive functions. Executive function varies on a continuum in the general population across the lifespan, with individual differences largely due to differences in underlying genetics. The project proposes to leverage this knowledge to develop a customised genotyping chip, which may find application for prediction of individual differences in executive ability across multiple settings including education and industry. Expected outcomes for the project will include breakthrough insights into the biology of cognition, and a genetic read-out of individual differences in executive ability, which could have broad application including the potential to facilitate the targeting of cognitive, educational or workplace training for those most at risk of adverse outcomes.Read moreRead less
Acting with the future in mind. This project seeks to establish whether it is possible to enhance the prospective memory function of healthy older adults. Prospective memory refers to memory for future intentions and is used in many daily activities that are critical for the maintenance of independence in late adulthood, such as remembering to take medication and turn off appliances. The project intends to conduct the first controlled study to use prospective memory activities to directly train ....Acting with the future in mind. This project seeks to establish whether it is possible to enhance the prospective memory function of healthy older adults. Prospective memory refers to memory for future intentions and is used in many daily activities that are critical for the maintenance of independence in late adulthood, such as remembering to take medication and turn off appliances. The project intends to conduct the first controlled study to use prospective memory activities to directly train prospective memory using both major cognitive training approaches: process training (restorative) and strategy training (compensatory). The results should have implications for clarifying how prospective memory function can be optimised in late adulthood, which will be important for healthy ageing.Read moreRead less
Resonance: a digital media art work for cooperative group interaction in the rehabilitation of acquired brain injury. The project, titled 'resonance', encompasses the design and development of an interactive multimedia artwork for rehabilitation of Acquired Brain Injury (ABI). The artwork will promote cooperative group interaction between patients, enhancing their motor and cognitive recovery.
Sleep and speech: objectively monitoring the residual effects of sleep promoting compounds. This project will benefit the one in 11 Australians with sleep difficulties. The project will improve how the safety of drugs for insomnia are evaluated by examining the changes in our speech that occur when we are impaired. The findings are expected to reduce the cost of accidents and injuries due to impairment from sleep medications.