Small Animal Preclinical Imaging Platform (PIPPA/CIBM)

Non-invasive preclinical imaging is a helpful tool for biomedical research due to its capability of obtaining longitudinal data in an increasing number of reliable small animal models of diseases.

Small animal imaging is a perfect bridge between the “bench and the bedside” and is thus an invaluable method to increase the power of translational research.

Also, in line with the 3R principle, non-invasive anatomical and/or molecular imaging allows to obtain large amounts of data from a single animal thus reducing the number of animals needed for a given experiment, alternative models (e.g. zebra fish, fertilized eggs assay-CAM) can be imaged to replace rodent experiments, and experiments can be refined by monitoring animal health and diseases progression by imaging.​

The Small animal preclinical imaging platform of the UNIGE Faculty complies with the OFSP radiation protection safety rules and the specific-pathogen-free (SPF)-like animal housing procedures of the Faculty animal production facility, allowing longitudinal imaging with intermediate housing.​

The mission of the small animal preclinical imaging platform is to provide state-of-the-art in vivo imaging to researchers of the University of Geneva and to external collaborators upon request.

Thanks to a wide range of imaging modalities dedicated to small animals (e.g. rodents, rabbits), we aim to support translational and preclinical research projects.

Equipment

  • High resolution CT scanner (Quantum GX, Revvity)​
  • 3T MRI scanner (Nanoscan, Mediso)​
  • Optical Imaging (IVIS Lumina 3, Revvity)​
  • PET-SPECT-CT (Triumph, Trifoil)​
  • PET-CT (122S, Mediso

Services

  • Before the experiments​
    • Provide guidance for the design of imaging studies​
    • Assistance in grants preparation​
    • Help in FormA writing​
  • During experiments​
    • Animal and radiotracers transport logistic​
    • Animal surgery, injections, interventions​
    • Training for self-service use of scanners​
    • On-demand full-service acquisition​
  • Following the experiments​
    • Standard or advanced image analyses training (self service)
    • Images analyses (full service)​
    • Guidance for images and data presentation


Address
Hôpitaux Universitaires de Genève (HUG)
4 Rue Gabrielle Perret-Gentil
1211 Genève 14

Contact

Dr Ysadora Charital
Infrastructure unit, Research and Grants Office
corefacilities(at)unige.ch

Dr Romain Cartoni
Director, Research and Grants Office
romain.cartoni(at)unige.ch