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in mouse genetics, animal model generation and advanced cell line engineering as well as novel CRISPR-based tools. As a member of the Department of Molecular Biology, you will join a genome engineering
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molecular events of regulatory T cells that control autoinflammation and tissue damage using mouse model of autoimmune disease. The scientific insights obtained from this project are expected to be published
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, including epigenetic and single-cell transcriptomic data, with a specific interest in the development of explainable AI and generative modeling methods for applications in Functional Genomics. Prior
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scientific disciplines and approaches, in particular cancer immunology and molecular/discovery oncology. They will deploy innovative genomics and epigenomics technologies to identify and validate new