Till Bretschneider

• Systems cell biology

• Cell motility and the cytoskeleton

• Image-based modelling of cellular dynamics

• Applied machine learning and automated 3D microscopy

Nigel Burroughs

• Human cell division
• Human egg development and the first cell divisions
• Cancer therapy optimisation using PMP, HJB and dynamic programming; potentially in AML, lung cancer
• Predicting recurrent miscarriage
• Model inference from imaging data, eg PDEs and stochastic PDEs

Radu Cimpeanu

• interfacial flows
• particle and drop dynamics for agricultural sprays
• bioreactors and cultivated meat modelling
• microfluidics and lab-on-a-chip devices
• flow-based needle design

Robert Dallmann

• Circadian systems biology
• Chronotherapy
• Personalised medicine

Louise Dyson

• Sources of variability of mRNA expression in cell populations
• Noise-induced bistable states in biological systems
• Cranial neural crest cell migration in the developing embryo

Lukas Eigentler

• dryland vegetation patterns
• bacterial biofilms
• evolution of individual variability
• competition and coexistence

Richard Everitt

• Inference for models in statistical genetics, particularly for pathogens
• Inference for environmental and ecological models, including individual-based models
• Inference for models in neuroscience
• Stock assessment for fisheries

Miriam Gifford

• Plant systems biology
• Gene regulatory network inference
• Modelling plant-microbe interactions

Sara Kalvala

• Agent-based modeling of microbial communities
• Compiler techniques in synthetic biology
• Logic and semantics-based approaches in cell biology

Tom Montenegro-Johnson

• Biological fluid dynamics
• Responsive Hydrogels
• Microbots and Soft Matter
• Mathematics of Touch

David Rand

• Developmental biology
• Circadian clocks in health and disease (notably cancer)