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suitable project for candidates with a background in biotechnology, bioengineering, biochemistry or biological chemistry. The research will focus on the use of synthetic/engineering biology methods
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biology is an extremely difficult task. Understanding biological cells as the building blocks of life is fundamental for biology and healthcare. Cells however exhibit very little intrinsic contrast when
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: Chemistry, Biochemistry, Physics, Material Science, Natural Sciences, Biotechnology, Pharmacy, Chemical Engineering, Environmental Engineering, Pharmacy, Synthetic Biology, Computational Biology/Chemistry or
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lysogenic platform incorporating elements designed to kill the host upon lysogeny. The project will involve anaerobic microbiology, DNA synthesis, cloning, synthetic biology, CRISPR/Cas genome editing
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via structural biology methods such as X-ray crystallography, NMR spectroscopy or cryo-Electron Microscopy. To address this, we have recently integrated solid state mass spectroscopy experiments with
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Immunology Group with support from multiple academic and clinical researchers and friendly PhD students. Methodology: You will develop wide ranging skills in immunology, molecular biology, Advanced Flow
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in a relevant undergraduate degree (e.g., Exercise Science, Physiology, Biology, Biomedical Sciences (non-exhaustive list)), OR a minimum of a 2.2 undergraduate degree and a relevant Master’s degree
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, School of Life Sciences, University of Nottingham) Dr Joanne Mallinson (Senior Research Technician, School of Life Sciences, University of Nottingham) Dr Colleen Deane (Lecturer in Muscle Cell Biology
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in a relevant area (e.g. computer science, engineering, biology, chemistry, physics, psychology, radiography, nursing or medicine) or a 2:2 and a relevant MSc. For more information and the online
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cell culture, biomaterial design/fabrication, molecular biology, and multiphoton fluorescence and second harmonic generation microscopy. Specifically, we will implement advanced microscopy to examine