The following are some examples of medical or scientific progress achieved through the use of animals:
- Scientists collaborate to reduce number of animals needed for research
- Giving robots a change of heart
- Itchy inflammation of Mosquito bites helps virus replicate
- Supressing repair protein could be key to treating brain tumours
- Common cold virus could help fight liver cancer and hepatitis.
Summaries of our research projects
The University carries out research to improve human health and to further our knowledge of other species. Examples of our research projects which have been granted by the Home Office are in the following bullet list. Each project is licensed for up to five years.
You can read general summaries and a more detailed document explaining the programme of work of current projects operating at the University as they become available.
- Calcium-permeable channels and mechanobiology in health, disease and therapeutic development
- Central nervous system control of physiological functions
- Cryopreservation, breeding and maintenance of genetically altered mice as a service
- Effect of wheat bran and probiotic intake on the oxidative status in the colon and blood of finisher pigs
- Elucidating brain tumour cell plasticity and preclinical treatment options during malignant progression and tumour recurrence
- Elucidating sources of contrast in quantitative brain MRI
- Elucidating the mechanisms of plasma cell and memory B-cell differentiation in the germinal centre reaction
- Enhancing the effectiveness of oncolytic virus induced cancer immunotherapy.
- Epidemiology of parasite infections in wild bird populations
- Establishment of early pregnancy
- Evaluation of innovative, small medical devices for improving current diagnostic and interventional medical procedures
- Gene function in tumorigenesis
- Immune responses to infection and during inflammation
- Improving treatments for brain tumours
- Investigating the use of fat derived stem cells to prevent leakage of bowel joins after surgery
- In vivo function of proto-oncogenes in B-lymphocytes
- Linking immunity, inflammation, regeneration and cancer
- Maternal conditioning effect: transfer of volatile from different sow gestation and lactation diets to amniotic fluid, milk, faeces and carpal glands
- Modulation of wound healing in small animals
- Molecular mechanisms in cardiometabolic disease: breeding and maintenance of genetically altered animals
- Molecular mechanisms of cardiometabolic disease: effects of diabetes on blood vessels
- Molecular mechanisms in cardiometabolic disease: effects of diabetes on the heart
- Multisensory integration - olfaction and metabolism
- Neural control of sensorimotor and autonomic function in health and neurological conditions
- Parasite epidemiology in wild bird populations
- Peripheral gate in somatosensory system
- Preclinical models of cancer and metastases
- Preservation of pig organs for transplantation using a novel solution
- Regulation of immune responses in cancer
- Sprayed slow-release analgesic for application during abdominal surgery
- The function of key proteins in T cell signalling and disease
- The influence of metabolic disturbances on platelet function, thrombosis and vascular inflammation
- The mechanics and energetics of locomotion in birds
- Towards mechanistic understanding and improved treatment of nervous disorders
- Understanding the neuronal network involved in the regulation of glucose metabolism, feeding behaviour and energy expenditure
- Validating computer models of mastication.
Our commitments
The University of Leeds has signed up to the Animal Research: Reporting of In Vivo Experiments (ARRIVE) guidelines, a 20-point checklist for researchers. The guidelines are designed to improve the design, analysis and reporting of research using animals and maximise the information published so that unnecessary research is avoided.
The University is also a signatory to the Concordat on Openness on Animal Research in the UK. The Concordat commits organisations involved in animal research to greater clarity about when, how and why we use animals in research and to enhance communication with the media and the public about their work using animals.
Find out more about our commitments: