- Dr Bungo Akiyoshi
- Evolutionary cell biology of chromosome segregation
- Dr Andrew Angel
- Mathematical Modelling of Gene Regulation
- Prof Judy Armitage
- Flagellar rotation and intracellular signalling pathways controlling bacterial chemotaxis
- Prof Francis Barr
- Mechanisms of human cell division & organelle identity
- Prof Ben Berks
- Protein Transport; Molecular Microbiology; Membrane Proteins; Molecular Machines
- Prof Phil Biggin
- Computational Approaches to Receptor Dynamics and Ligand-Binding
- Prof Neil Brockdorff
- Developmental Epigenetics
- Associate Prof Maike Bublitz
- Molecular Mechanisms of Membrane Transport Processes
- Dr Alfredo Castello
- Posttranscriptional networks in infection and cell-cycle progression
- Dr Martin Cohn
- Maintenance of genomic stability and DNA repair in human
- Associate Prof Lynne Cox
- Replicative senescence: towards an understanding of cellular ageing
- Prof Ilan Davis
- mRNA Localisation in Drosophila
- Prof Raymond Dwek
- Glycobiology Institute
- Prof Stuart Ferguson
- Structure function and biogenesis of bacterial respiratory proteins
- Associate Prof Andre Furger
- Control of gene expression in eukaryotes
- Prof Elspeth Garman
- Methods development for structural biology
- Dr Ian Gibbs-Seymour
- Genome stability & its regulatory signalling mechanisms
- Prof Penny Handford
- cbEGF containing proteins in health and disease
- Prof Matt Higgins
- Structural studies of host-parasite interactions
- Prof Jonathan Hodgkin
- Genetics of nematode immunity and development
- Prof Mark Howarth
- Innovating Protein Nanotechnologies for Cancer Analysis and Immune Activation
- Prof Colin Kleanthous
- Protein-protein interactions and the Gram-negative bacterial cell envelope
- Prof Rob Klose
- Epigenetic regulation of chromatin function
- Associate Prof Nick Lakin
- Detection, Signalling and Repair of DNA Damage
- Prof Petros Ligoxygakis
- Drosophila as a model to study innate immunity
- Prof Louis Mahadevan
- Kinase cascades targeted to transcription factors and nucleosomal proteins involved in gene induction
- Dr Sylvia McLain
- Structural and dynamical investigations of peptides, lipids and membranes from the atomic scale to the nanoscale
- Prof Jane Mellor
- Chromatin remodeling and gene regulation in simple eukaryotes
- Associate Prof Shabaz Mohammed
- Proteomics Technology Development & Application
- Prof Kim Nasmyth
- The mechanism by which chromosomal DNA molecules are held together: entrapment within cohesin rings?
- Prof Simon Newstead
- Structural and Functional Studies of Membrane Proteins
- Dr Tim Nott
- Compartmentalisation via liquid-liquid phase separation in cells
- Prof Bela Novak
- Dynamics of molecular regulatory networks
- Associate Prof Catherine Pears
- The role of kinases in the choice of cell fate
- Prof Christina Redfield
- NMR studies of protein structure, function, folding and dynamics
- Prof Mark Sansom
- Ion channels and membrane proteins - simulations, modelling & bioinformatics
- Dr Lothar Schermelleh
- Advanced cellular imaging to study functional nuclear organization
- Associate Prof Jason Schnell
- Structure and regulation of ion channels and membrane-bound receptors
- Associate Prof Elena Seiradake
- Molecular mechanisms in the nervous and vascular systems
- Dr Sarah Shammas
- Role of protein disorder within transcriptional regulation
- Prof David Sherratt
- Bacterial Chromosome Dynamics
- Dr Phillip Stansfeld
- Computational Biochemistry of Membrane Proteins
- Dr Stephan Uphoff
- Bacterial DNA repair and mutagenesis
- Associate Prof John Vakonakis
- Structural biology of large cellular assemblies
- Dr Lidia Vasilieva
- Post-transcriptional regulation of gene expression in eukaryotes
- Dr George Wadhams
- In vivo quantitative analysis of natural and synthetic bacterial signalling pathways
- Prof Anthony Watts
- Resolving structural details of membrane peptides and proteins at high resolution
- Prof Matthew Whitby
- Genetic recombination and DNA repair in eukaryotes
- Associate Prof Alison Woollard
- Molecular mechanisms controlling cell fate determination and cell proliferation during C. elegans development
- Dr Mark Wormald
- NMR studies of oligosaccharides and glycoprotein conformation and dynamics
- Prof Nicole Zitzmann
- Viruses - Development of host target based antiviral strategies