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100%, Zurich, fixed-term The Molecular Pharmacology group is a multidisciplinary research team at ETH Zurich, which spans the whole spectrum of pharmacological research from in vitro to in vivo
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analyses, molecular cloning, receptor function analyses, and enzyme activity measurements. The successful candidate should have basic experience in working with cell culture and in biochemistry/molecular
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Description Researcher/Research Engineer: Integrated Simulation and Design for Infrastructure Resilience (Contract) (R3210) ETH Zurich is one of the leading universities of the world with a strong focus on
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simulating and testing disruption/restoration scenarios relevant to Southeast Asia. An important technical aspect will be to model the recovery strategies considering interdependencies between the power, water
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of evolving cooperative behavior given experimentally determined spatial structure in the gut microbiota. The project is theoretical, relying on mathematical modeling and simulation. The position is funded
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opportunity is available with a focus on molecular & systems biology and toxicology. The research will involve evaluating the impacts of chemicals on molecular and cellular responses in human cells. You will
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signaling. Project background The experimental characterization of developing tissues is often difficult. Cell-based simulations have long been used to study the contribution of single cells to the overall
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create potential therapies for human genetic diseases. We are seeking a Research Assistant with expertise in Cellular and Molecular Biology to join our team. Project background The Professor of Genome
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validated simulation of robots driven by new electrostatic/electrohydraulic artificial muscles. We then apply this simulation in optimization settings for, e.g., both shape and control, in a multi-variable
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) to understand energy systems at the molecular level. Computational Modeling (Advantageous): Proficiency in molecular simulations (DFT and MD) applied to energy systems is a significant advantage. Your