Assessing Bone Quality and Health: Experimental imaging, structural characterisation, and mechanical modelling of bone in 3D. Age-related bone fractures due to osteoporosis impose a significant social and economic problem on our increasingly aging population. The assessment of bone quality is important in the diagnosis of age related bone fragility and for studying the efficacy of therapeutic intervens. In this proposal a unique interdisciplinary group with expertise in bone and mineral research ....Assessing Bone Quality and Health: Experimental imaging, structural characterisation, and mechanical modelling of bone in 3D. Age-related bone fractures due to osteoporosis impose a significant social and economic problem on our increasingly aging population. The assessment of bone quality is important in the diagnosis of age related bone fragility and for studying the efficacy of therapeutic intervens. In this proposal a unique interdisciplinary group with expertise in bone and mineral research, experimental 3D imaging and the characterisation and modelling of complex materials will tackle the problem of assessing bone quality and health. The proposed research will greatly improve our assessment of the mechanical competence of bone.Read moreRead less
Discovery Early Career Researcher Award - Grant ID: DE140101570
Funder
Australian Research Council
Funding Amount
$363,128.00
Summary
Getting real about risk: using medical records in the geospatial analysis of chronic disease risk in Australia. Crafting an informed response to the alarming rise of chronic disease is the most challenging public health issue in Australia. This project will design a method of producing fine-grained maps of future chronic disease risk directly from the medical records held in general practices. This will involve innovative new techniques in data handling, geocoding, analysis and interpolation to ....Getting real about risk: using medical records in the geospatial analysis of chronic disease risk in Australia. Crafting an informed response to the alarming rise of chronic disease is the most challenging public health issue in Australia. This project will design a method of producing fine-grained maps of future chronic disease risk directly from the medical records held in general practices. This will involve innovative new techniques in data handling, geocoding, analysis and interpolation to create risk surfaces across a metropolitan area and comparisons with built environment and socio-economic data, providing new insights into risk factors. It will be the first such geospatial analysis of real clinical data in Australia, which will pioneer geospatial risk analysis for planning preventative health measures, interventions and policy responses.Read moreRead less