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scientist to study the human-specific genetic mechanisms of development and function of cortical neurons. Join us to undertake a highly interdisciplinary project focusing on a long-standing and fascinating
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, including animal studies and analyses of human tissue samples. This full-stack methodology enables us to directly link molecular channel function with disease phenotypes. The postdoctoral fellow will work
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data, and operates state-of-the-art facilities for cultivating and analyzing colon bacteria to study their physiology, function and interactions. Finally, as members of VIB.AI, the newly established
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of synthetic promoters in planta. You will unravel the cis-regulatory code controlling context-dependent gene expression and use this information to edit natural promoters. You will work very closely together
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model/crop species with different levels of genome complexity. You will work very closely together with your dry-lab colleagues for data processing, training models, and the design of synthetic promoters
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functional screens and read out mutation identities via barcode sequencing. By providing a direct link between sequence and function MAGESTIC enables massively scaled screens of precise mutations, with
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that mimick human striatal function and we are using these systems to study the mechanisms of Parkinson’s disease. The system, that involves a high density multielectrode array enables us to measure single
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tools to analyse and study microglia phenotype, function and dysfunction. If you are up for a technological challenge to address key biological questions, this project could be a perfect fit for you
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are seeking creative postdoctoral scientists to study the human-specific mechanisms of gene regulation and function of neurons of the cerebral cortex. Join us to undertake a highly timely interdisciplinary
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experiments for data generation within this project. You will co-supervise graduate and Ph.D. students who work on the research project. More generally, you will co-supervise and co-support the bio-informatic