Name |
Expertise |
Nia Bryant |
- SNARE-mediated membrane traffic
- Insulin action
- Yeast as a model organism to study human disease
|
William Brackenbury |
- Ion channels
- Breast cancer ionic microenvironment
- Microglia-tumour cell interactions
|
Sangeeta Chawla |
- Synaptic-plasticity
- Ca2+ signalling
- Oxidative stress
|
Dawn Coverley |
- Functional organization of the mammalian cell nucleus
- Cell cycle control and cancer
- Structure, function and exploitation of CIZ1
|
Paul Genever |
- Skeletal biology
- Stem cells and regenerative medicine
- Signalling and differentiation
|
Darren L Goffin
|
- Neuroscience
- Rett syndrome
- Electrophysiology
|
Harry Isaacs |
- Developmental signalling
- Gene regulation during development
- Pluripotency and cell lineage specification
|
Chris MacDonald |
- Intracellular trafficking of cell surface membrane proteins
- Cellular responses to nutritional stress
- Yeast genetics
|
Betsy Pownall |
- Skeletal muscle development
- The regulation of developmental cell signalling
- Modelling human disease in zebrafish
|
Paul Pryor |
- Lysosome and autolysosome biogenesis
- Lysosomes in health and disease
- Intracellular pathogen survival
|
Nathalie Signoret |
- Molecular cell biology
- Immunology
- Infectious diseases
|
Jenny Southgate |
- Urothelium
- bladder cancer
- TERM (tissue engineering and regenerative medicine)
|
Sean Sweeney |
- Endosomal function in synapse development and function
- Endosomal function in frontotemporal dementia and amyotrophic tateral sclerosis
- Neuronal responses to oxidative stress
|
Daniel Ungar |
- Golgi organization
- Molecular investigation of vesicle tethering
- Mammalian glycan biosynthesis
|