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of Systems, Molecular & Integrative Biology (ISMIB), University of Liverpool, UK. ISMIB offers a number of high-quality shared facilities, which will be used to complete the project. You will interact and
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or tissue homeostasis. Our research is curiosity driven and, although the projects in our labs had their origins in viral systems, many have now evolved into biochemistry and cell biology questions. Our
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Biology. Duties and responsibilities Conduct independent research projects focused on generating single-cell transcriptomic dataset for non-bilaterian metazoans. Utilize advanced computational and
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, changes in climate driving emergence of new fungal pathogens and expansion of endemic fungal infections. The biology of the cryptococcal cell wall is very poorly understood but has great potential as a
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technologies. PhD candidates should hold at least an upper second-class honours degree (or equivalent) in a relevant area. Candidates with experience in molecular biology or with an interest in human diseases
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molecular biology, gene therapy, and translational research, while making meaningful contributions to the scientific community. We are seeking motivated and enthusiastic candidates with a background in
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View All Vacancies Department of Infection Biology Salary: £38,282 to £43,947 per annum, inclusive. Closing Date: Sunday 02 June 2024 Reference: ITD-DIB-2024-11-E The London School of Hygiene
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Cambridge University Botanic Garden is a 40 acre historic garden which is home to an internationally important and diverse collection of over 8000 plant species from across the world. The Botanic Garden is part of the University's School of Biological Sciences and combines its role as a research...
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The Department of Plant Sciences is seeking to appoint a Research Laboratory Technician to provide technical support for research activity to ensure the smooth running of research projects. In particular, this role will be responsible for growing, maintaining and phenotyping rice and Arabidopsis...
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carefully examine the cell biology of immune-damaged cell interactions at these sites of damage. This careful characterisation will further inform and develop our understanding of these cell-cell fundamental