Genre worlds: Australian popular fiction in the 21st century. This project intends to conduct a systematic examination of 21st-century Australian popular fiction, the most significant growth area in Australian trade publishing since the turn of the century. Its three areas of investigation are the publishing of Australian popular fiction; the interrelationships between Australian popular fiction and Australian genre communities; and the textual distinctiveness of Australian popular novels in rel ....Genre worlds: Australian popular fiction in the 21st century. This project intends to conduct a systematic examination of 21st-century Australian popular fiction, the most significant growth area in Australian trade publishing since the turn of the century. Its three areas of investigation are the publishing of Australian popular fiction; the interrelationships between Australian popular fiction and Australian genre communities; and the textual distinctiveness of Australian popular novels in relation to genre. Research is designed to centre on 30 novels across three genres, building a comprehensive picture of the practices and processes of Australian popular fiction through detailed examination of trade data, close reading of texts, and interviews with industry figures.Read moreRead less
Ultrasound in muscle vascular research, and gene therapy. This project focuses on ultrasound and microbubbles for the imaging of microvascular blood flow patterns in skeletal muscle and as a modality for drug delivery. The aim is to develop and refine technology specifically for (i) assessment of muscle microvascular flow in health and disease, and for (ii) delivery of state-of-the art gene constructs to endothelial cells that control blood flow in the muscle microvasculature. We anticipate impr ....Ultrasound in muscle vascular research, and gene therapy. This project focuses on ultrasound and microbubbles for the imaging of microvascular blood flow patterns in skeletal muscle and as a modality for drug delivery. The aim is to develop and refine technology specifically for (i) assessment of muscle microvascular flow in health and disease, and for (ii) delivery of state-of-the art gene constructs to endothelial cells that control blood flow in the muscle microvasculature. We anticipate improved technology for early diagnosis of impairment in microvascular flow relevant to muscle insulin resistance and novel therapeutics that improve muscle microvascular blood flow applicable to the treatment of diabetes.Read moreRead less