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focuses on the development and optimization of polymer-based excipients for bacteriophage stabilization, addressing a critical challenge in the storage, transport, and application of phages in medicine
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include studying carbon metabolic pathways and genetic determinants underlying bacteria-phage interactions in Bacteroidales. We are a new lab looking to grow with funding from foundation and NIH. Research
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wishes to recruit a Postdoctoral Research Associate to further the work of the Westra and van Houte research teams on the development of synthetic phage therapy. The successful applicant will be
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at this interface. This includes work on fascinating genetic systems such as CRISPR-Cas, other novel anti-phage systems, and Diversity Generating Retroelements (DGRs). The lab focuses both on fundamental aspects
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bacteria to colonize and survive in the gut habitat. Potential projects include studying carbon metabolic pathways and genetic determinants underlying bacteria-phage interactions in Bacteroidales. We are a
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will lead experimental work on phage formulation engineering to enhance biological stability and aerosol performance during nebulisation. This role offers an exciting opportunity to contribute to a
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repertoire analysis using phage immunoprecipitation sequencing (PhIP-seq) is an advantage. Advanced English and full-time dedication required. Applicants should send a CV, graduate transcript, and a brief
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biology or related field Expertise in cryo-EM, cryo-ET, or X-ray crystallography is an advantage but not a requirement Experience with tissue culture work or genetic modification of bacteria and phages is a
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position is immediately available to develop an immunotherapy to treat HIV/Mtb co-infection. In addition, the prospective candidate will also participate in a phage therapy project that aims to develop a
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advantage but not a requirement Experience with tissue culture work or genetic modification of bacteria and phages is a strong plus, as well as programming skills A publication record in peer-reviewed