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Investigating how bunyaviruses infect hosts and vectors, evade immunity, and drive outbreaks.

The Flavivirus Transmission & Pathogenesis group studies how flaviviruses, like dengue, Zika, and yellow fever, infect and cause disease in humans and animals, as well as how mosquitoes transmit these viruses, aiming to understand their spread and impact to develop better…

Investigating T cell biology in farm animals to enhance vaccination and immune response understanding.

Exploring RNA virus replication and translation mechanisms to uncover viral processes for improved disease control.

Advancing genomic and multi-omic approaches to enhance disease resistance and track viral evolution.

The Computational Biology group uses AI and advanced computational methods to analyse big biological data, working closely with research scientists to extract new biological insights, develop robust data pipelines, and contribute to projects ranging from viral infection…

The ASFV Immune Evasion group studies how African swine fever virus interacts with and evades the pig's immune system, aiming to understand these interactions to help control the disease.

Studying how biocondensates regulate cellular stress responses and influence viral infection dynamics.

Investigating how influenza viruses adapt across species to assess zoonotic and pandemic risks.

Studying Culicoides vectors to understand disease transmission and the effects of climate change.