The BMTF aims to provide an environment in which the existing research expertise from partners and collaborators will come together to create critical mass in collaborative multidisciplinary research teams, to develop new materials for devices, diagnostics, delivery technologies, imaging agents and the assessment of these materials through new, non-invasive, in situ imaging techniques.
The University of Melbourne led consortium places emphasis on being engaged with the scientific community to enable appropriate usage of biomedical imaging technologies. It aims to promote collaboration between human preclinical, human clinical and large animal researchers with the common goal of improving health outcomes using ONEHEALTH as the research approach.
The Melbourne Brain Centre Imaging Facility, located at the University of Melbourne's Parkville Campus, hosts state-of-the-art PET/CT and 7 TMRI scanners. The Facility is led by Prof Roger Ordidge and supported by Mr Rob Wiliams (PET/CT) and Dr Brad Moffat. We welcome enquiries regarding your research projects.
An industry leader in imaging, flow cytometry, project design, analysis and training providing easy, open access to equipment and experienced staff for researchers from any field
Established through a $2 million grant from the Australian Cancer Research Foundation, the Centre includes a Mediso Nanoscan PET/MRI Imaging Platform, a Mediso Nanoscan SPECT/CT Imaging Platform and an IVIS Spectrum Bioluminescent and Fluorescence Imaging Unit for medical research and preclinical investigations.
The PCI at Peter Mac specialises in the conduct of non-invasive small animal imaging with a focus on PET.
Animal MRI at the Florey Neuroscience Institute
Histology, optical microscopy, electron microscopy and image analysis.
A biomedical imaging research centre that supports a wide range of biomedical, engineering and scientific research.
State of the art magnetic resonance imaging facility with two…
Observation of cells non-invasively in animals making it a very useful tool for work on bone biology.
The Imaging Division of the Brain Research Institute facilitates co-ordinates and assists in research in the neurosciences using advanced imaging techniques
WEHI's imaging facility offers researchers access to state-of-the-art equipment and gives guidance and training to researchers in advanced optical imaging techniques.
microCT scanners provide density parameters (volumetric), 3D microarchitectural indices and DICOM files for Finite Element Analysis
The Australian Synchrotron produces powerful beams of light that can be used to examine the atomic and molecular detail of a wide range of materials.