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Dr David Sünderhauf

Postdoctoral Research Fellow

  • D.Sunderhauf@exeter.ac.uk
  • University profile
  • Publication list
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  • Bluesky

David is interested in how the ecology of mobile genetic elements influences microbial communities, and therefore environmental antimicrobial resistance. He is particularly excited about plasmid ecology, and how plasmid-host interactions and plasmid payload genes contribute to plasmid success.

During his PhD, David developed a CRISPR-Cas9 plasmid which can be used to remove AMR plasmids from microbial communities. More recently, David is working on synthetic bacteriophage and their application in phage therapy.

You can also find David on Bluesky (@davvi36) or his own web presence.

Dr David Sünderhauf

Key Colleagues

  • Prof William Gaze

    Prof William Gaze

  • Dr April Hayes

    Dr April Hayes

  • Luke Lear

    Luke Lear

  • Luke Talbot

    Luke Talbot

  • Cara Patel

    Cara Patel

Related content

Research project

Tackling antibiotic resistance using CRISPR

This project is investigating the use of CRISPR-Cas9 biotechnology to remove antibiotic resistance genes from bacterial communities.

News

Research is key weapon in tackling antibiotic resistance

Research at the European Centre for Environment  & Human Health is part of an unprecedented cross council collaboration to tackle the rising threat of antibiotic resistance. For the first time, all seven UK research councils have come together to co-ordinate the work of their teams.

Research project

Qualitative evidence synthesis on green social prescribing

A rapid evidence synthesis of green social prescribing pathways: what works and what doesn't?

Contact details

European Centre for Environment and Human Health

University of Exeter Medical School

Peter Lanyon Building 12

Penryn, Cornwall, TR10 8RD

  • T: +44 (0) 1326 371859
  • E: ECEHHAdmin@exeter.ac.uk

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