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Institut de Recherche en Génie Civil et Mécanique (GeM) | Saint Nazaire, Pays de la Loire | France | 17 days ago
plateformes expérimentales de pointe. Les candidatures doivent être déposées sur la plateforme Amethis (https://amethis.doctorat.org ). This PhD thesis lies at the interface between materials mechanics
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errors. Process bacterial and fungal cultures for all specimen types. Prepare and stain direct smears, including but not limited to, Gram stains, KOH preps, Trichromes, malaria preps. Answer phone calls
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, upscaling the device and conducting bacterial assays. The position involves conducting experiments, analysing data, and designing and implementing a more sustainable device utilising cheaper materials
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of two bacterial strains normally present in healthy mucosa, that are potentially protective against inflammation. After isolation of live versions of these strains from healthy individuals, they need
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against bacterial infections. Dr. Morley is a physician scientist with a clinical subspecialty in Pediatric Infectious Diseases and with a keen interest in effective host immunity against Streptococcus
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Microbiology (MMM) Unit at the John Radcliffe Hospital in Oxford. (https://www.expmedndm.ox.ac.uk/mmm). The postholder will lead on developing and undertaking workflows to phenotypically characterise bacterial
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and genetic engineering experiments. Express, purify and characterise bacterial proteins, and carry out biochemical, enzymatic and interaction assays. Contribute to the setup and optimisation
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discomfort in this position. Work involving animals with various disease states may expose the individual to viral, bacterial, and fungal agents known to be transmissible to man. Exposure to chemicals and
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purifying proteins from bacterial expression systems. -Participating in quantitative interactomics experiments and data analysis. -Development of cellular assays to validate interactions Required
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protein-based immunotherapies. The successful candidate will support the lab’s mission to develop next-generation treatments by executing protein expression protocols in both mammalian and bacterial systems