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focused on translational control in cancer • Drive the development and advance our single-cell ribosome profiling strategies in mouse models of cancer • Contribute to the development and optimization of new
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to identify those most at risk from extreme heat, as well as offering personalized adaptation advice --- translating rich multi-modal data into interpretable, scalable prediction and advising models. ICARUS
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of gene dosage in regulating cellular function in male and female animals - from individual genes to chromosome-wide scales. We combine work in non-model organisms (like mosquitos or brine shrimp) with
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will combine infection models and patient-derived samples with approaches spanning cell and structural biology, supported by advanced imaging techniques, including cryo-electron microscopy (cryo-EM) and
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integrate large language models, multilingual AI, and confidential HPC to support patients and clinicians in real-world healthcare environments. You will lead research on trustworthy and aligned LLMs
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Carlo based simulation approaches and continuum modelling. Verification of simulation results against experimental findings will be part of your activities. You are expected to publish your research
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unexplored. The next step is to convert these time-lapse images into accurate single-cell trajectories and subsequently into models of antibiotic responses, with direct relevance for drug development and
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unexplored. The next step is to convert these time-lapse images into accurate single-cell trajectories and subsequently into models of antibiotic responses, with direct relevance for drug development and
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-modal data into interpretable, scalable prediction and advising models. ICARUS Project The position is part of a larger interdisciplinary project, ICARUS, which will study the interactions between
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thermoplastic feedstocks for FDM printing Programming of an existing hybrid FDM printing machine, including printing and milling devices Modelling and optimization of the debinding process Simulation-based design