The aim of this project is to support a multi-disciplinary team of researchers in their quest to unravel how complete, multi-layered, bacterial immune systems have evolved and operate at the level of individual molecules, cells, populations, and microbial communities. Specifically, the successful candidate will apply mathematical modelling techniques, such as population-level deterministic models and spatially-explicit individual-based frameworks, to generate new evolutionary theory to predict the ecological conditions underlying the selection for or against multi-layered defences. Last date to apply: 26/02/2023
The aim of this project is to support a multi-disciplinary team of researchers in their quest to unravel how complete, multi-layered, bacterial immune systems have evolved and operate at the level of individual molecules, cells, populations, and microbial communities. Specifically, the successful candidate will apply mathematical modelling techniques, such as population-level deterministic models and spatially-explicit individual-based frameworks, to generate new evolutionary theory to predict the ecological conditions underlying the selection for or against multi-layered defences.
Last date to apply: 26/02/2023