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proteins, nucleic acids and their complexes through an integrative structural biology approach. The laboratory combines experimental and computational methods to understand biomolecular structure, dynamics
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and optimisation of biomolecular assays for bladder-cancer-associated DNA variants. Apply a range of algorithmic approaches to quantitative modelling to improve assay sensitivity, specificity, speed
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transmembrane signaling through G-protein-coupled receptors and the formation of biomolecular condensates. Basic Qualifications Competitive applicants would typically have expertise in one or more of the
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modifications of the biomolecular landscape of bacterial cells contribute to bacterial physiology, pathogenesis and drug susceptibility, iii) understanding and modelling pathogenesis and treatment failure
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, ii) how previously undercharacterized hydrolytic enzymes and dynamic changes in chemical modifications of the biomolecular landscape of bacterial cells contribute to bacterial physiology, pathogenesis