Theme 3: Understanding real-world interactions
Projects within this theme focus on surveillance of AMR in the environment, how resistant bacteria adapt to their environments and how the dynamics of community interactions affect resistance and transmission of resistant bacteria.
Applications are now closed.
This research theme aims to:
- deliver a greater understanding of how resistant bacteria adapt to their environments and vice versa
- understanding the dynamics of community interaction and how this affects resistance and transmission
- ways to manipulate environments to prevent resistance evolution and transmission
- new surveillance networks across different environments
| Project Title | Main supervisor(s) | Keywords | Consortium & host institution |
|---|---|---|---|
| No project available currently | - | Antimicrobial resistance Enterobacteriaceae Mobile genetic elements Bioinformatics Comparative genomics Population/evolutionary genomics | REHAB, Nuffield Department of Medicine, Oxford |
| No project available currently | - | Antimicrobial resistance Environment Interdisciplinary Natural capital Societal impact Policy | CHICKEN or the EGG, University of Exeter |
| No project available currently | - | Mathematical model Bayesian network Statistics Computational biology Probalistic graph model Antimicrobial resistance | EVAL-FARMS, University of Nottingham |
| No project available currently | - | Antibiotics Bacteriology Bioinformatics Sequencing Clinical microbiology Evaluation | OH-STAR, University of Bristol |
| No project available currently | - | Antibiotcs Farming Microbiology Whole genome sequencing Veterinary medicine Modelling | OH-STAR, University of Bristol |
| No project available currently | - | Antibiotics Resistance X-ray crystallography Enzymology Genomics Molecular epidemiology | OH-STAR, University of Bristol |