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to biomolecular systems or condensed matter systems. The role holders' responsibilities will include carrying out their research in computer simulations and statistical mechanics of chromatin phase transitions
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a programme focused on understanding mitochondrial dynamics and membrane contact sites as key regulators of cell fate decisions. Mitochondria form a dynamic and interconnected network that is
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. Additional information can be found at www.mrc-mbu.cam.ac.uk . The Mitochondrial Neurodegeneration group pursues an integrated, multi-disciplinary programme of investigations to understand the homeostatic
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. This post funded by a Cancer Research UK (CRUK) Programme Foundation Award is available from April 2024. Dr Munoz-Espin's research programme aims to understand the mechanisms and processes
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completion of their PhD. Alongside wet lab work using transgenic mouse models and organoid systems, the Simons lab makes use of analytical and computational approaches to study mechanisms of cell fate in
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matter systems is also required. The role holder responsibilities will include carrying out their research in computer simulations and statistical mechanics of biomolecular liquid-liquid phase separation
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procedures. Necessary qualifications include a PhD in a relevant subject area. Candidates must demonstrate experience in computational fluid dynamics (CFD), finite element analysis (FEA), and/or fluid
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contribute significantly to an MRC-funded programme of work called "Mechanisms in disorders of energy balance and body composition". Our group combines insights from human genetics with in vivo and functional
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instrumentation and computational methods for data analysis and apply them to solve and model and structures of biochemical and biomedical importance. The structures will be chosen and investigated to address