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engineering, physics, health economics, or related quantitative field Strong quantitative and programming skills (e.g. R, NetLogo, or similar) Experience in infectious disease modelling and/or model-based
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clinical, engineering, and modelling innovation (BreathForDx & B-Path; European Research Counsil [ERC]). You conceive and design modelling and health economic analyses to generate estimates of health impact
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their fundamental knowledge in basic cell function to engage creative new concepts of biological engineering to translate mechanistic insight from model organisms, in particular yeast, into more complex cellular
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across a broad range of experimental approaches. The institute provides a modern scientific environment with close links to clinical research, translational projects, and excellent central technology
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the pathogenesis and chemoresistance of AML. To follow this question a broad number of in-vitro- and in-vivo-models are investigated. The final aim of our studies is to translate the experimental findings into novel