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range of cutting-edge cell biology techniques such as genetic modification using CRISPR, fluorescent protein tagging, cutting-edge live cell microscopy and phosphoproteomics. If you join us, you will join
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The analysis of HIF function in DNA repair and genome stability
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class or 2:1 honours degree or equivalent in a related discipline in Chemical/Biochemical/Environmental Engineering, Bioscience/Microbiology/Molecular Biology or Chemistry. Funding Notes This studentship
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enzymes in bacteria, using genetics and molecular biology. These approaches and knowledge will be combined with expertise in soil fungi and nitrogen cycling (Hodge, York), and in soil-ecosystem processes
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dance moves at the right time. This project will provide fundamental new understanding of plant reproduction. You will use cell biology and microscopy techniques to understand the cell walls of pollen and
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skills in mammalian cell culture, molecular biology (e.g., real-time PCR and next generation sequencing approaches), immunolabelling and image analysis, among other techniques, alongside statistical and
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conformational structure. This project combines cell biology, high-resolution atomic force microscopy (AFM) imaging, and quantitative image analysis methodologies to understand how the hidden mechanical code
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biology community, has generated significant additional data, and we have learnt much more about how sperm interact with the female oviduct in a variety of ways. Some of these processes operate in two
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towards the realization of bacteriophage based therapies to treat incurable drug-resistant infections. You will join a thriving microbiology and structural biology community in Sheffield focussing on AMR
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). The project is suitable for a student with knowledge in computing science and no prior expertise in biology. Essential Criteria Prior experience of coding language (Python, R, C++) Desirable Criteria Experience