Biomedical Imaging Research Unit


Welcome!

The Biomedical Imaging Research Unit (BIRU) is a Research Platform that provides shared research infrastructure, training and support. It is located in the Faculty of Medical and Health Sciences at the Grafton campus.

Important notice: From 15 September 2025, this research platform will start using the new InfinityX booking and billing system, which is currently being rolled out across University research platforms.

For information and a link to the booking software please visit the Infinity X booking and billing tool.

Hilary Holloway Prize for Best Image 2024
'When Van Gogh gets under your skin', Darven Murali Tharan, Faculty of Science Reveals the organisation of collagen fibres in biological tissue showcasing the orientation and distribution of collagen fibres in human skin, taken in vivo. The data was taken using polarisation-sensitive optical coherence tomography (PS-OCT).
  • BIRU Mini-Symposium 2025
    17 October 2025
    The BIRU is holding a Mini-Symposium to be held on Tuesday 25 November from 2pm funded by the Research Platform Use and Development Fund. The idea is to introduce researchers to some new technologies through a series of short presentations.
  • Welcome to our new Technical Manager
    08 May 2025
    Dr Victoria Hewitt has been appointed as the new Technical Manager of BIRU. Victoria has a research background with experience imaging mitochondrial dynamics and morphology in neurons in flies and mice. She has experience in confocal imaging and TEM and will support the team providing advice and training, experimental design and image analysis as well as providing operational support and leadership in the BIRU.
  • New Olympus FV4000 upright confocal microscope
    23 January 2025
    There is a new confocal microscope in the BIRU! The system is a FLUOVIEW Olympus FV4000. It is an upright confocal microscope with the most sensitive detector technology on the market. It can image standard fluorophores as well as near-infrared/ far-red signals. It has a point scanner for detailed imaging and a resonant scanner for fast live cell/ large volume imaging. Heating and cooling are also available.