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university. Our research group focuses on modeling dynamical processes in (bio)molecular systems using quantum and classical approaches, especially combinations thereof. The research is focused on molecular
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Virtual Training Environment (VTE) for disaster response simulation, integration of Building Information Modelling (BIM) with Structural Health Monitoring (SHM) using smart sensor networks, and resilience
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Virtual Training Environment (VTE) for disaster response simulation, integration of Building Information Modelling (BIM) with Structural Health Monitoring (SHM) using smart sensor networks, and resilience
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implementation of modeling approaches and empirical analyses Publication and presentation of research results in relevant journals and at (international) conferences Supervision of student seminar papers and
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explants, in vivo models and patient samples of type 2 immune disease will be critical to map and characterize key events that lead to different qualities of type 2 immunity and experimentally validate
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the matching of models to real-world targets, and that a better understanding of this class of methods will provide insights for planning and evaluating translational research. This project will be primarily
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(extravascular coagulation signaling) in homeostatic condition as well as in aging mouse models. Identification of these interactions could provide new approaches to counteract or delay age associated exhaustion
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are listed below. For more information please visit the partner website following the specified link. DC 1 Development of wound healing and antimicrobial nanomaterial to be tested in ex vivo models
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stem/progenitor cell plasticity (HSPCs), and leukemic transformation. The project will use innovative 2D and 3D HSPC/MSC co-culture models, functional clonogenic and differentiation assays, bulk and
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grades in the field of mechanical engineering, material science, physics, computational science or similar, with experience in modeling and simulation Strong understanding of the (computational) mechanics