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to complex 3D underground geometries. The research will be conducted in close collaboration between BedrettoLab run by ETH and the underground test facilities Hondrich run by armasuisse. The project spans
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their lifetime in the environment. This PhD project aims to examine the atmospheric aging and in-cloud scavenging processes of micro- and nano-sized plastic particles through laboratory studies. Your
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work with synthetic test cases and real urban case studies in Switzerland and France, in close collaboration with partners of the FRACNET-CITY consortium. Your profile ou are a highly motivated and
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derived spheroids Develop predictive model of drug response by comparing 2D to 3D cellular systems Testing and validating the relevance of such models in patient tumour specimens Support and preparation
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dynamic biochemical processes Support in vivo tests in mouse models and clinical trials Secondments: Imperial College London (UK): Electrochemical sensing strategies University Hospital Zurich (CH): Testing
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, for example for scenario generation or uncertainty exploration. The PhD will work with synthetic test cases and real urban case studies in Switzerland and France, in close collaboration with partners
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single cell sequencing approaches. Analysing and visualizing high-dimensional data. Engineering of T cell receptors with CRISPR-Cas9. Testing B and T cell priming conditions in organoids and mouse models
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sequencing approaches. Analysing and visualizing high-dimensional data. Engineering of T cell receptors with CRISPR-Cas9. Testing B and T cell priming conditions in organoids and mouse models of infection
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single cell sequencing approaches. Analysing and visualizing high-dimensional data. Engineering of T cell receptors with CRISPR-Cas9. Testing B and T cell priming conditions in organoids and mouse models