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Kevin Foster elected Fellow of the Royal Society

Many congratulations to Kevin for this prestigious honour, recognising his contribution to integrate ecological and evolutionary principles into microbiology to understand the human microbiome and other microbial communities.

FOSTER_KevinProfessor Kevin Foster combines his unique background in maths, ecology, evolution and microbiology to study microbial communities. He is particularly interested in bacterial competition, and has applied the logic of ecology and evolution to microbiology. His flagship study pioneers the use of ecological principles rooted in nutrient competition and bacterial genomes to predict which sets of gut bacterial will limit the growth of important bacterial pathogens.

After successful postdocs in Texas, Berlin and Helsinki, Professor Foster started his own group at Harvard University with a prestigious Bauer Fellowship in 2006. He then relocated to Oxford, where he was a professor of evolutionary biology in the Departments of Biology and Biochemistry until his appointment to the Chair of Microbiology at the Dunn School, in association with Wadham College, in 2024.

“I am delighted to join the ranks of the Royal Society”, said Prof Foster “This was only possible because of the talent and achievements of past and present group members, and I am very grateful to them.”

Kevin is joining an impressive cohort of new fellows recognised by the Royal Society this year. Other current Fellows of the Royal Society based at the Dunn School are Prof Matthew Freeman, Prof Nick Proudfoot, Prof Jordan Raff, Prof Liz Robertson, Prof Geoff Smith and the Dunn School’s Visiting Professor and ERC President Prof Maria Leptin.

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Foster Group

The Foster group seek to understand and manipulate microbial communities by combining ecological and evolutionary approaches with the study of the human gut microbiome.

Infection and Immunity

Several Dunn School groups use a range of approaches to investigate antigen presentation and immune regulation during health and disease and study the mechanisms that enable bacterial and viral pathogens to invade and proliferate inside their hosts.

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