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, biomedicine, and other areas of societal importance. Specific projects may involve developing multiscale simulation methods for quantum mechanical properties of macromolecules; developing novel ways to combine
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electrophysiology Surgical and/or genetic mouse models of mitochondrial, cardiac, or liver disease Computational approaches for high-throughput sequencing, high-content imaging, protein design, etc. Mitochondrial
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are the following: Conducts computer simulations of protein structure and computational protein design of small peptides and proteins. Synthesizes and characterizes peptide and protein designs. Structural and
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inflammatory protein (inflammotype) profiling, dietary intake, electronic medical record data, and adenoma outcomes across two high-volume academic medical centers (University of Utah and The Ohio State
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-level computational model of the human cell. The program is led by Jan Ellenberg, Director of SciLifeLab and Mathias Ulhen, Director of the Human Protein Atlas, together with a collaborative, multi
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systems (proteins, enzymes, membranes, and complexes) Integrate AI/ML approaches with physics-based simulations to accelerate discovery and improve predictive fidelity Contribute to cross-scale modeling
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RNA regulatory networks and uncover previously unknown, potentially functional interactions. In parallel, CLIP-seq and related datasets will be incorporated to model protein-RNA interactions and to
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discoveries in protein function, ligand binding, and dynamics through scalable computational analysis. The ideal candidate would have a background and an interest in Computational Biology, Artificial
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analytical or computational models and simulations. An ability to conduct research and produce scholarly outputs as demonstrated through publications in peer-reviewed journals. Familiarity is expected with
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studies that model intracellular functions through reconstitution experiments and numerical simulations. * details of the business RIKEN is Japan's largest and most comprehensive research organization