Computational and experimental physiology
The ability to model individual organs, then integrate this into whole body systems, that will revolutionise both diagnosis and treatment.
Modern healthcare is moving more towards personalised health plans for individual patients. The ability to model individual organs, then integrate this into whole body systems, will allow comparisons of injuries and diseases that will revolutionise both diagnosis and treatment.
Meet our teams with strong computational and experimental physiology elements in their work:
- Animal and microbiome
- Bioinstrumentation lab
- Biomechanics for breast health
- Cardiac electrophysiology
- Cancer imaging group
- Circulation and transport
- Computational methods
- Gastrointestinal system
- Heart mechanics and metabolism
- Liver Modelling Group
- Lungs and respiratory system
- Medical imaging and biomedical informatics
- Musculoskeletal system
- Physiome project
- Pregnancy health group
- Reproductive systems