Imaging Sciences Research is part of the
Imaging, Genomics and Proteomics Research Group within the School of Medicine

Imaging Sciences

Our Research

Clinical neuroscience

Clinical neuroscience

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Computer vision and cognitive systems computing

Computer vision and cognitive systems computing

Computer vision and cognitive systems computing

Face recognition and visual processing

Face recognition and visual processing

Face recognition and visual processing

Imaging biomarkers and signal-based biomarkers

Imaging biomarkers and signal-based biomarkers

Imaging biomarkers and signal-based biomarkers

Imaging in cancer

Imaging in cancer

Imaging in cancer

Imaging in vascular disease

Imaging in vascular disease

Imaging in vascular disease

Imaging neuroscience

Imaging neuroscience

Imaging neuroscience

Musculoskeletal imaging

Musculoskeletal imaging

Musculoskeletal imaging

PET methodology

PET methodology

PET methodology

Pulmonary imaging

Pulmonary imaging

Pulmonary imaging

What we do

In the Imaging Theme physicists, chemists, computer scientists and clinical researchers work together to develop new methods and apply cutting edge imaging and computational techniques for the understanding of disease, its management and treatment. We use state-of-the-art Magnetic Resonance Imaging and Positron Emission Tomography equipment (including a cyclotron and radiochemistry facilities) on patients, normal volunteers and pre-clinical models, and apply novel computer algorithms to understand and interpret medical imaging data.

The group's research interests combine expertise in the domains of:

  • physics
  • mathematics
  • computing
  • bioscience
  • clinical medicine
to develop new ideas and applications, leading to a high academic profile and also industrial collaborations and a number of succesful spin-out companies.

Postgraduate opportunities

Includes studentship offers in a variety of cutting-edge research topics

Contact the group

Address, phone and email