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, immunofluorescence, bioinformatics and in vitro work with the possibility of a placement in Oxford. The student will: 1) participate in a multidisciplinary environment, bridging the Bateson Centre and Healthy Lifespan
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proteomics techniques combined with artificial intelligence and bioinformatic approaches for the analysis of large data sets this project aims at 1. Identifying the molecular signatures associated with
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vivo imaging, both of which are sort-after transferable skills. This work involves generating and analysing large data sets so we will send you a Bioinformatic/Data Analysis course, involving R
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- both in terms of their ontology and their altered function. You will identify additional candidates and interactors/downstream regulators via bioinformatic approaches. You will use the fly as a high
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microbiology, bioinformatics, recombinant technology, protein purification, microscopy and other molecular techniques. You will join a vibrant lab with an excellent track record of supervision and PhD student