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Field
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This PhD project will investigate the structural basis of bacterial pili-mediated adhesion, a critical process in host colonization and biofilm formation. Using an integrative structural biology
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bacteria The PhD student will work on the impact of the microenvironment of the human gut on colonisation and virulence of enteric bacterial pathogens (EHEC). In this project you will use a highly
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? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Bacterial biofilms are ubiquitous and play a critical role in many aspects
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their environment. A particular biological challenge is to get these relatively large molecules from the cytosol and across the surrounding multi-layered bacterial cell envelope without compromising its integrity
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of bacterial pathogens and host cells. Graphene-based strategies will be developed to facilitate chemical rupture and homogenization of small numbers of bacterial and eukaryotic cells. This pipeline will be
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Bacterial foodborne disease represents a huge financial and public health burden; it is estimated that there are 2.4 million cases of foodborne disease in the UK each year, at an estimated cost of
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investigate the structure, dynamics and function of pathogens and their host interactions.The Sondermann lab [Link] is interested in deciphering the molecular processes that determine bacterial interactions in
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of pathogens and their host interactions. The Sondermann lab [ Link ] is interested in deciphering the molecular processes that determine bacterial interactions in microbial communities. This PhD project
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Offer Description Filamentous phages are viruses that behave like bacterial symbionts. In some cases, they can contribute to antibiotic resistance and the virulence of human and plant pathogens. However
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to study how this gene family contributes to diverse processes such as fungal-bacterial interactions, self-incompatibility and host plant interactions. In addressing our objective, this project will provide