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researcher with strong background in molecular biology and microbiology. You will join our multidisciplinary consortium dedicated to the mission of restoring natural environments. Working at the forefront
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: • Proficient wet lab skills in molecular biology and protein biochemistry • Experience in experimental structural biology, preferably cryo-electron microscopy • Knowledge of membrane protein structure and
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our understanding of the basic molecular biology of childhood Burkitt lymphoma. This rare blood cancer has a high rate of cure but for the small proportion of children whose disease relapses, outcomes
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vivo. You will work in a cutting-edge field, combining principles of molecular biology, synthetic biology and computing science to pioneer new methods of data storage and retrieval using DNA as a data
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environmentally focused engineering biology and ultimately support its future deployment into real-world ecosystems. We are looking for candidates with a background in microbial (and ideally plants) bioinformatics
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technology to extend its potential. Previous experience in screening/selection using encoded library techniques is strongly preferred or experience in at least two areas out of molecular biology, peptide
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decision making to in vivo study directions and to the health and welfare of laboratory mice • Perform molecular biology and cell culture techniques to generate and store cells for in vivo studies
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journals Desirable • Bioinformatics experience • Biosecurity experience • DNA data storage experience • Molecular biology, Synthetic Biology or Biotechnology familiarity • Molecular
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background in human disease biology. You will work in the John Walton Muscular Dystrophy Research Centre, a centre for translational research in genetic neuromuscular diseases with around 90 team members
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postgraduate students, and interact intellectually with other academic members of the Institute The Person Knowledge, Skills and Experience • Detailed subject knowledge in muscle biology and pathophysiology