Using musical training to examine brain plasticity and cognitive skill development. Until recently, the brain was likened to a computer - hard-wired with minimal response to injury. Exciting new research is altering this view, showing that the brain can change in response to the environment. This study will use sophisticated brain scanning techniques with musicians who have rare, absolute pitch ability. This ability develops with exposure to early training during a critical time period. We will ....Using musical training to examine brain plasticity and cognitive skill development. Until recently, the brain was likened to a computer - hard-wired with minimal response to injury. Exciting new research is altering this view, showing that the brain can change in response to the environment. This study will use sophisticated brain scanning techniques with musicians who have rare, absolute pitch ability. This ability develops with exposure to early training during a critical time period. We will test the relationship between this exposure and changes in brain shape and function. The results will tell us about the interaction between genes and environment, and the way normal development can be enhanced by early experiences.Read moreRead less
Using musical training to examine brain plasticity and cognitive skill development. Until recently, the brain was likened to a computer - hard-wired with minimal response to injury. Research is beginning to alter this view, suggesting that the brain can change its structure and functioning in response to the environment. To explore this new and exciting issue, this study will use sophisticated brain scanning techniques with musicians who have been exposed to early training during a critical peri ....Using musical training to examine brain plasticity and cognitive skill development. Until recently, the brain was likened to a computer - hard-wired with minimal response to injury. Research is beginning to alter this view, suggesting that the brain can change its structure and functioning in response to the environment. To explore this new and exciting issue, this study will use sophisticated brain scanning techniques with musicians who have been exposed to early training during a critical period of development. It will examine the relationship between this exposure and changes in brain size and function thought to underlie a specialised ability, known as perfect pitch. The findings will have important implications about the way normal development can be enhanced by early experience and practice.Read moreRead less
Cognitive, behavioural and educational outcomes of fetal antiepileptic drug exposure. The study falls within the National Research Priority of Promoting and Maintaining Good Health, in particular the Priority Goal - A Healthy Start to Life. The research will yield information crucial to our understanding of the effects of fetal AED exposure on cognitive and behavioural development in the significant number of affected Australian children born each year. It will enhance the nation's ability to de ....Cognitive, behavioural and educational outcomes of fetal antiepileptic drug exposure. The study falls within the National Research Priority of Promoting and Maintaining Good Health, in particular the Priority Goal - A Healthy Start to Life. The research will yield information crucial to our understanding of the effects of fetal AED exposure on cognitive and behavioural development in the significant number of affected Australian children born each year. It will enhance the nation's ability to develop strategies for prevention, surveillance and remediation of adverse outcomes in early childhood, thus supporting the Government's National Agenda for Early Childhood initiative. As a consequence educational assistance can be targeted for those children likely to experience difficulties. Read moreRead less