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-matter interactions, optical manipulation and computational modeling to transform innovative ideas and concepts into cutting-edge instruments and methodologies. Our RDI portfolio encompasses all levels
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offers an extensive user training programme, supporting researchers in academic and industry. You will: Develop and apply computational methods and tools to extract disease mechanisms from single-cell and
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will develop new computational strategies to identify human genetic variation linked to cell fate changes in neurodevelopmental disorders and cancer. The candidate can use and combine single-cell ATAC
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of molecular and cellular mechanisms underlying psychiatric disorders. For this we combine a highly interdisciplinary, integrative biology approach that utilizes human pluripotent stem cell-based 2D and 3D
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control mechanisms in mammalian development and disease. The Vingron and the Ralser labs, located at the Max Planck Institute for Molecular Genetics and the Charité, respectively, invite applications for a
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function, yet their mechanisms remain markedly less understood compared to DNA-templated activities. Additionally, large-scale functional genomics efforts have demonstrated that RNA-dependent molecular
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The Genome Biology Research Unit at the Department of Molecular Medicine (IMM) invites applications for a position as postdoc in Computational Biology in the laboratory of DNRF Chair and Novo
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. The successful candidate will work on projects investigating immune regulation mechanisms, with particular emphasis on T cell biology and immune regulation cancer immunology and immunotherapy, and protein and Cell
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computational approaches. The aim is to uncover mechanisms driving therapeutic resistance, tumour reshaping, and hematopoietic impact under CAR T-cell pressure, with implications for improving immunotherapy
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programming and repair, bioengineering, and computational health. We particularly excel in the fields of basic research, bioengineering, artificial intelligence, and technological development. Through