Australian Institute / Stanford University / Max Planck Institute / UQ’s Australian Institute / University of Oxford / Biologics Facility / University of California / /
IndustryTerm
biopharmaceutical development / biotechnology / substantial infrastructure / life support systems / biomedical imaging / Industrial biotechnology advancing new therapeutics / diagnostic technology / pharmaceutical / sustainable energy / treatment of advanced breast cancer / environmental applications / needle-free vaccine delivery device / plastics / diagnostic technologies / energy storage / consumer products / medical tools / tissue regeneration products / clean and sustainable energy / manufacturing / /
MedicalCondition
key major diseases / neuronal and cardiac disease / medical disorders / early cancer / advanced breast cancer / early and advanced breast cancer / novel disease / /
MedicalTreatment
vaccination / stem cell therapies / /
Organization
CSIRO office of the Chief Executive Science / MIT / Harvard / UQ’s Centre for Systems and Synthetic Biology / Max Planck Institute / National Breast Cancer Foundation Diagnostics Centre / University of California / Berkeley / Centre for Advanced Imaging / Australian Institute for Bioengineering and Nanotechnology / Australian Academy for Technological Science and Engineering / University of Oxford / Australian Institute for Bioengineering / ETH / Stanford University / Centre for Microscopy and Microanalysis / Australian Academy of Science / /
Person
Stuart Crozier / Max Lu / / /
Position
Leader / Professor / director / /
ProvinceOrState
California / /
SportsLeague
Stanford University / /
Technology
genetic engineering / The Nanopatch technology / Information Technology / Biotechnology / stem cells / diagnostic technology / drug screening / MRI / drug delivery / biomaterials / biofuels / metabolomics / regenerative medicine / /
RESEARCH STRENGTHS NANOTECHNOLOGY AND BIOENGINEERING AT UQ TRANSFORMING SCIENCE AND TECHNOLOGY Nanotechnology and bioengineering transform basic science into