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criteria: Background in microbiology, molecular biology, hepatology, or immunology. Experience with laboratory-based research (e.g., microbiological culturing, molecular techniques, bioinformatics
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though not necessary. Previous experience in modelling or computation is highly desirable. Additional knowledge or experience in Neuroscience, Air Quality, Public Health, Bioinformatics, Mental Health
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transposable element biology. They should be able to develop and apply at scale bioinformatic tools that identify and classify transposable elements, and the variation they create. Solid experience in
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in bioinformatics and genetics would also be considered. For genetics-focussed candidates, subject knowledge in obesity/metabolism is welcome, but not essential. For molecular biology candidates
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for a candidate with a background in microbiology. Experience in microbial culture techniques and some familiarity with genomic data analysis or bioinformatic pipelines would be highly advantageous. Given
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techniques including confocal microscopy, bioinformatics and infection assays in CL2 facilities. Main duties: Generate, maintain and characterise organoid and macrophage culture systems. Design, implementation
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with laboratory-based research (e.g., cell culturing, molecular techniques, bioinformatics, flow cytometry) ability to work independently and as part of a research team strong analytical and problem
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this project, we will use genome mining (bioinformatics) methods to identify previously uncharacterised dehalogenases. AI-based tools will help predict the structure, activity, and substrate scope of these new
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spectral flow cytometry, as well as presentation and scientific writing skills. The opportunity to develop skills in multi-dimensional data analysis with support from our bioinformatics colleagues is also
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studies under physiological and pathological flow that model the different blood flow patterns found in human coronary arteries. You will combine RNA sequencing, bioinformatics, pathway analysis and