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Researcher to join Chromatin and Development group. The ideal candidate will be responsible for their own project, investigating transposable element regulation and/or chromatin regulation in early mammalian
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in 6 months. Knowledge or experience of the following would be advantageous: high dimensional flow cytometry; generation and analysis of single cell transcriptome data; computational and bioinformatics
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the Department of Inflammation and Ageing at the University of Birmingham. The successful candidate will work to deliver high level computational analysis of immune cell subsets in patients with cutaneous lupus
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to data analysis and biological interpretation. Role Summary Develop, implement, and apply advanced reproducible computational tools and workflows to process, analyse, and interpret large-scale LC–MS-based
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with expertise in the acquisition and analysis of human MEG +/- OPM-MEG data to study brain function and cognition in children and young people as part of a Wellcome-funded project. The post-holder will
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for the entire project from polymer synthesis, crystallisation-driven self-assembly, characterising data collection interpretation. Training will be provided in all of the component techniques but demonstrable
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and other research groups to access advanced techniques, including proteomics, RNA sequencing analysis, advanced microscopy, and genetic mouse models. The candidate will have access
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wide range of transgenic mice. Ideally, candidates should have knowledge of and expertise in optical calcium-imaging and related analysis. The appointee must also be able to contribute significantly
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supported in developing programming and data analysis skills. Projects may include generating and analysing complex genomic datasets for different processes (e.g., development, disease, genome regulation
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unknown. Recent work has uncovered a novel group of giant transposons called Starships, which have moved virulence, metal tolerance and other fitness associated genes horizontally between fungal species