91 algorithm-development-"Multiple"-"Simons-Foundation" research jobs at University of Cambridge
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in Cambridge. The mission statement of the group is "developing statistical methods to use genetic variation to answer clinically important questions about disease aetiology and prevention". The three
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diversity. We work to identify the genes that regulate plant development, describe the evolutionary histories of these genes, and connect the molecular evolution of developmental genes to the evolution
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Cambridge, Cambridgeshire, UK. The key responsibilities and duties are to perform experiments with liquid-fuelled and hydrogen flames, employ laser diagnostics, analyse the results, prepare presentations
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to undertake a small amount of University or College teaching, or tutorial duties. Such activity is remunerated separately and can make an important contribution to the development of an academic career
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well as mentoring and training to help you develop your career. Research fellows will also have access to the comprehensive package of ongoing support available from the School of Biological Sciences https
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Postdoctoral Fellowship is a three-year fellowship for outstanding early career researchers in the humanities and social sciences. The scheme aims to help develop the award holder's curriculum vitae and boost
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. This will require the application of a range of techniques, from in-vitro biochemistry to novel, next-generation sequencing approaches. Most skills can be acquired and developed throughout the post, offering
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allocation within the cell. We are particularly interested in understanding how phenotypic noise can be put under selective pressure. The role will involve developing novel theoretical methods to provide
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We are pleased to advertise a research assistant position within the Genomic Disorders and Cognitive Development programme, led by Dr Kate D. Baker. The programme takes an interdisciplinary
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all aspects of plant development and environmental responses. Targeted perturbations of phytohormones such as abscisic acid and auxin have great potential to reprogram plant development. The project