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. The post holder will be responsible for characterising repair factors through structural biology techniques, with a focus on cryo-electron microscopy. Ideal candidates should have expertise in molecular
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molecular plant biology and mass spectrometry and will work closely with other group members to assist them with mass spectrometry analysis. They must work as part of a team, be willing to learn new methods
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amino acids and growth factors. You will hold a PhD/D.Phil. or be near completion* in microbiology, molecular biology, cell biology or closely related area together with relevant experience and have
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to develop correlative technologies to visualize integration targeting by cryoET in situ. You will be managing the project day-to-day, including both design and action of strategies in molecular biology and
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the biomedical sciences, molecular/cell biology, or immunology. You should have substantial experience in tissue culture of hepatocytes, E3-ligases, cell biology, biochemistry and virology techniques
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findings from our labs that identified a novel link between extreme cooling and the circadian clock. We aim to exploit these insights to unravel the molecular mechanisms that underpin the rhythmic expression
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sources, reviewing and refining working hypotheses as appropriate. You will hold (or be close to completion of) a relevant PhD/DPhil (i.e. cell or molecular biology, radiation medicine science, imaging etc
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keeping and organizational skills. Key experimental procedures will include cell and molecular biology techniques such as purification and culture of primary stem cells, flow cytometry, CRISPR/Cas9 gene
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including, molecular biology, high-throughput sequencing-based assays, cell culture and flow cytometry. Ideally candidates will have experience of FACS sorting and bioinformatics. You should be able
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in structural biology, cell biology and neurobiology, providing access to expertise and training in these areas. The successful candidate will focus on the structures and functions of adhesion