Burnt out and worn out or engaged and energised? Exploring the antecedents and consequences of burnout and engagement in drug-treatment specialists. This project will have significant social benefits in regard to the health and well being of workers in the health and human services sector. The results and outcomes of this project will contribute to the National Research Priority of "Promoting and Maintaining Good Health" by (1) contributing to the design of workplace interventions to facilitate ....Burnt out and worn out or engaged and energised? Exploring the antecedents and consequences of burnout and engagement in drug-treatment specialists. This project will have significant social benefits in regard to the health and well being of workers in the health and human services sector. The results and outcomes of this project will contribute to the National Research Priority of "Promoting and Maintaining Good Health" by (1) contributing to the design of workplace interventions to facilitate health and wellbeing in the workplace, (2) contributing to the policies designed to address problems with worker retention in the AOD workforce, and (3) contributing to the development of strategies and interventions which are likely to benefit a key disadvantage group - individuals with alcohol or other drug problems.Read moreRead less
The impact and cost of short-term health staffing in remote communities. This project aims to examine the impact of the increasing levels of short-term health staffing in remote communities upon service acceptability to patients, workload and attitudes of long-term resident primary health care staff, and the effectiveness and cost of health services. There is a dearth of information about this 'fly in/fly out' (FIFO) workforce in remote communities, which have the worst health outcomes in the co ....The impact and cost of short-term health staffing in remote communities. This project aims to examine the impact of the increasing levels of short-term health staffing in remote communities upon service acceptability to patients, workload and attitudes of long-term resident primary health care staff, and the effectiveness and cost of health services. There is a dearth of information about this 'fly in/fly out' (FIFO) workforce in remote communities, which have the worst health outcomes in the country. The project aims to inform consumers, health practitioners, health service planners and policy-makers about the impact of FIFO, as well as to contribute to the development of strategies designed to stabilise the remote health workforce.Read moreRead less
Retirement activity planning: a randomised controlled trial. Retirement is a life transition where people must rethink the way they use their time, but little thought is given to planning for this. This project will assess the effect of systematic pre-retirement activity planning on use of time after retirement, with an emphasis on physical activity and sedentary behaviours.
Molecular and genetic analysis of epigenetic components in a model plant. Australia is a major exporter of agricultural food crops thus producers must maintain their competitive advantage in order to compete on the world stage. Food crops unfortunately have large, complex genomes that are not sequenced and a generation time of months that makes research outcomes slow to achieve. This project proposes to utilise a model plant that has a small completely sequenced genome and a short generation tim ....Molecular and genetic analysis of epigenetic components in a model plant. Australia is a major exporter of agricultural food crops thus producers must maintain their competitive advantage in order to compete on the world stage. Food crops unfortunately have large, complex genomes that are not sequenced and a generation time of months that makes research outcomes slow to achieve. This project proposes to utilise a model plant that has a small completely sequenced genome and a short generation time making it ideal to study the fundamental biological process of RNA silencing. Discoveries and outcomes from this project may have the potential to benefit Australian crops, ecosystems and human health.Read moreRead less
Teaching reading in Australia: An historical investigation of early reading pedagogy, the figure of the teacher and literacy education. This project will make a distinctive national and international contribution to reading pedagogy and literacy research by reconceptualising debates about the teacher of reading and establishing an historical foundation for the study of reading pedagogy in teacher education and professional development practices. Teacher education, already a site of national conc ....Teaching reading in Australia: An historical investigation of early reading pedagogy, the figure of the teacher and literacy education. This project will make a distinctive national and international contribution to reading pedagogy and literacy research by reconceptualising debates about the teacher of reading and establishing an historical foundation for the study of reading pedagogy in teacher education and professional development practices. Teacher education, already a site of national concern, will be reinvigorated by new insights and frameworks for training through access by teacher educators to the corpus of data on a website and through publications and conference presentations that will provide a new vision of the complex processes involved in teaching reading.Read moreRead less
Endosymbiotic DNA transfer. Interorganellar DNA movement is a major force in evolution. In higher organisms, the prokaryotic ancestors of mitochondria and chloroplasts donated many genes to the nucleus. Plants have unique potential in studies of the mechanisms that have driven genome evolution. We established experimentally that DNA moves from the chloroplast to the nucleus at high frequency and this provided us with a world lead in this scientifically new area. The relocated genes contribute to ....Endosymbiotic DNA transfer. Interorganellar DNA movement is a major force in evolution. In higher organisms, the prokaryotic ancestors of mitochondria and chloroplasts donated many genes to the nucleus. Plants have unique potential in studies of the mechanisms that have driven genome evolution. We established experimentally that DNA moves from the chloroplast to the nucleus at high frequency and this provided us with a world lead in this scientifically new area. The relocated genes contribute to the number and diversity of genes and gene function. Genetically manipulated (GM) crops use the chloroplast compartment to make high levels of protein, necessitating a full understanding of how transgenes behave within the cellular and the external environment.Read moreRead less
Investigating social, built and physical environment factors for remote Indigenous communities, and their relationships with cardiometabolic outcomes. This study with 74 remote Indigenous communities will be the first to evaluate features of their social, built and physical environments in relation to cardiometabolic risks and diseases. Policy-relevant results will identify features of environments to be targeted to assist reducing chronic diseases for Indigenous peoples in remote communities.
Trafficking of DNA between chloroplast and nucleus in higher plants. Reliably high levels of diverse proteins can be produced in plant chloroplasts. Environmental risks are considered low for chloroplast genes because they are not transmitted by pollen. However, we recently discovered that DNA escapes from the tobacco chloroplast to the nucleus with unexpectedly high frequency. The associated environmental risks require immediate investigation. This project will determine the fate of chloroplast ....Trafficking of DNA between chloroplast and nucleus in higher plants. Reliably high levels of diverse proteins can be produced in plant chloroplasts. Environmental risks are considered low for chloroplast genes because they are not transmitted by pollen. However, we recently discovered that DNA escapes from the tobacco chloroplast to the nucleus with unexpectedly high frequency. The associated environmental risks require immediate investigation. This project will determine the fate of chloroplast DNA that has moved to the nuclear genome and gain insight into the evolutionary and environmental consequences of chloroplast DNA escape. The ubiquity of DNA escape also will be studied in an edible crop with a small genome, tomato.Read moreRead less
Cyberkids and cyberworlds: new literacies, identities and communities in formation. Little is known of the online cyberworlds of young Australians. Yet they are the highest users of Information and Communications Technologies (ICTs). This project theorises that these cyberworlds are sites for the development of new forms of literacy, identity and community. This study will achieve a new perspective by utilising a multi-disciplinary approach to produce case studies that examine new literacies an ....Cyberkids and cyberworlds: new literacies, identities and communities in formation. Little is known of the online cyberworlds of young Australians. Yet they are the highest users of Information and Communications Technologies (ICTs). This project theorises that these cyberworlds are sites for the development of new forms of literacy, identity and community. This study will achieve a new perspective by utilising a multi-disciplinary approach to produce case studies that examine new literacies and communities generated online and their consequences for literacy and ICT education practice. Such information is vital in Australia and internationally if education is to produce the highly technologically literate citizens on whom future economic prosperity depends.Read moreRead less
Analysis of interorganellar transposition of DNA. The movement of DNA between organelles is a major driving force in the eukaryotic evolution. In yeast about 75% of all nuclear genes may derive from protomitochondria. Though DNA transfer per se continues in all higher cells, including mammals, in most species the functional transfer of genes has stopped. It continues at a high rate in plants, giving them unique potential in evolutionary studies of the genome. We established experimentally that D ....Analysis of interorganellar transposition of DNA. The movement of DNA between organelles is a major driving force in the eukaryotic evolution. In yeast about 75% of all nuclear genes may derive from protomitochondria. Though DNA transfer per se continues in all higher cells, including mammals, in most species the functional transfer of genes has stopped. It continues at a high rate in plants, giving them unique potential in evolutionary studies of the genome. We established experimentally that DNA moves frequently from the plastid (chloroplast) to the nucleus. We now aim to measure the frequency of DNA transposition from the plastid to the mitochondrion. If transposition is sufficiently frequent, the approach can be used to transformation the mitochondrial genome.Read moreRead less