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candidate will join Prof Leonie Young and her team to identify the molecular mechanisms controlling the evolution of metastasis in breast cancer and define key regulators of metastatic spread. The project is
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experts. The researcher is expected to contribute the development and validation of mathematical and integrated models for offshore wind – hydrogen hubs, and to develop element models including balance
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Researcher will work on a Women’s Health project performing cell and bacterial culture. The appointee will be involved in both technical and commercial elements of the project which aims to development a
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mechanisms using microbiology approaches, metabolomics or other suitable techniques. The successful candidate will work closely with members of the Browne Lab as well as collaborators within our JPIAMR
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achieved by engineering metal cofactors to increase the rates of enzymatic biological processes and optimizing the method of gas delivery. This will eventually assist the development of an efficient and
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analysis, PCR, and chemical analysis of constituent components is desirable. The successful candidate will be expected to have strong experimental skills as well as a significant track record of research
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in Probiotic under study. Candidates should have a PhD with relevant molecular or biochemical experience. Expertise in cell culture, western analysis, PCR, and chemical analysis of constituent
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data, descriptive statistics. Experience of or demonstrate ability to develop and validate a pragmatic measure/scale for example, Confirmatory factor analysis, Structural equational modelling
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to identify commensal gut bacteria that are inhibitory against Candida species. Once identified, these bacteria will be characterised to determine the underlying inhibitory mechanisms using microbiology