Paving the way for effective public health interventions for bulimic eating disorders: Understanding stigma and mental health literacy. This research contributes to promoting and maintaining good health. The burden of bulimic eating disorders in the community is high, frequently ignored and increasing. Our research will pave the way for improved understanding of eating disorders and a reduction of stigma in relation to these problems. In so doing, it will lead to reduced shame and suffering for ....Paving the way for effective public health interventions for bulimic eating disorders: Understanding stigma and mental health literacy. This research contributes to promoting and maintaining good health. The burden of bulimic eating disorders in the community is high, frequently ignored and increasing. Our research will pave the way for improved understanding of eating disorders and a reduction of stigma in relation to these problems. In so doing, it will lead to reduced shame and suffering for people with eating disorders and enhance appropriate treatment seeking and the quality of advice received from family, friends and health professionals. A public health intervention based on our findings will contribute to a more tolerant and understanding community.Read moreRead less
Mapping the connectome that controls blood pressure. The connections that an individual brain cell receives from other cells ultimately determines its behaviour. Using a revolutionary new technique, the project will create a map of the brain cells that control blood pressure.
The Power of Causal Attributions: Genetic Essentialist Biases and Health. Great advancements in the science of genetics are accompanied by increased public propensity to attribute causality to the genes for diverse outcomes such as abilities, social group differences, attitudes, and diseases. These genetic attributions activate cognitive biases termed Genetic Essentialist Biases, which have been shown to instigate a variety of deleterious outcomes. The project will evaluate hypothesized detrimen ....The Power of Causal Attributions: Genetic Essentialist Biases and Health. Great advancements in the science of genetics are accompanied by increased public propensity to attribute causality to the genes for diverse outcomes such as abilities, social group differences, attitudes, and diseases. These genetic attributions activate cognitive biases termed Genetic Essentialist Biases, which have been shown to instigate a variety of deleterious outcomes. The project will evaluate hypothesized detrimental effects of genetic attributions on actual health behaviours, endorsement of health policies, and disease related stigma. Furthermore, it will test interventions designed to reduce the negative effects of such attributions on attitudes, beliefs, intentions, and behaviours related to a common disease. Read moreRead less
Changing the media diet - Investigating the power of the news media to prevent obesity. Australia has 3.7 million obese people - twice as many are overweight. Australian experts say this epidemic, which costs Australia $58 billion a year, requires novel solutions at individual and societal levels. The news media are powerful shapers of public and policymakers' understandings of health issues. This project investigates competing arguments in news media and reality TV and how these frames influenc ....Changing the media diet - Investigating the power of the news media to prevent obesity. Australia has 3.7 million obese people - twice as many are overweight. Australian experts say this epidemic, which costs Australia $58 billion a year, requires novel solutions at individual and societal levels. The news media are powerful shapers of public and policymakers' understandings of health issues. This project investigates competing arguments in news media and reality TV and how these frames influence consumer understandings to discover what role the media are playing in the obesity epidemic. The goal is to relate the findings to scientific evidence and design novel strategic communication interventions to promote health through individual and societal interventions.Read moreRead less
Online and offline social networks and the development of sexual agency. This project will explore whether there exists a relationship between adolescents' social networks (both online and offline) and one important aspect of healthy sexual development - the development of sexual agency - and if so, it will investigate the nature of that relationship. The longitudinal mixed methods study proposed here aims to capture the development of sexual behaviours and the online and offline interactions ad ....Online and offline social networks and the development of sexual agency. This project will explore whether there exists a relationship between adolescents' social networks (both online and offline) and one important aspect of healthy sexual development - the development of sexual agency - and if so, it will investigate the nature of that relationship. The longitudinal mixed methods study proposed here aims to capture the development of sexual behaviours and the online and offline interactions adolescents engage in. This project aims to determine: whether there is a relationship between adolescents' online and offline social networks and the development of sexual agency; if such a relationship exists, what is its nature? And, if the relationship exists, to what extent is the relationship moderated by online social media use?Read moreRead less
Molecular dissection of the functional regions of genes that encode actinins (ACTN2 and ACTN3) and their contribution to normal variation in skeletal muscle function. The project has discovered a common genetic variant that affects skeletal muscle structure, function and metabolism and influences athletic ability, and response to diet and exercise. The project will study how this gene influences muscle bulk and strength, the metabolic efficiency of muscle and the risk of obesity in the general ....Molecular dissection of the functional regions of genes that encode actinins (ACTN2 and ACTN3) and their contribution to normal variation in skeletal muscle function. The project has discovered a common genetic variant that affects skeletal muscle structure, function and metabolism and influences athletic ability, and response to diet and exercise. The project will study how this gene influences muscle bulk and strength, the metabolic efficiency of muscle and the risk of obesity in the general population.Read moreRead less