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on the University Hospital Campus Gasthuisberg, where it hosts about 230 researchers and staff, creating a vibrant ecosystem where fundamental research meets clinical practice. What we do Our cells continuously
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potential of genetic discovery. We have access to extensive biosample collections and use advanced omics technologies and genetic-epidemiological methods on human study populations to identify molecular
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of neurodegenerative disorders. The candidate will approach this by: 1) using advanced Brain-on-Chip models to understand how genetic risk affects the function of disease-relevant circuits and eventually use
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they can really make a difference. With more than 2.000 researchers and staff, we do impactful science in molecular biology and biotechnology. At VIB, we believe that science only advances when people work
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and the tumor microenvironment. Synthetic Design: Use sequence-to-function models to design "programmable" synthetic enhancers capable of targeting specific cancer cell states or host cells
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to climate change in pear, wheat and soybean grown in the UHasselt Ecotron and the VIB Agro-Incubator. To reveal novel modes of action, the successful candidate will use a multidisciplinary approach, with a
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murine microenvironments and use high-resolution spatial omics techniques to prioritize molecular factors that may drive the immune cell states. These will then be validated through in vivo screening
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, collaborative environment across VIB- HQ and VIB-Leuven, offering extensive scientific and administrative support. A competitive salary and full employment package. The chance to shape both scientific strategy
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function of disease-relevant circuits and eventually use this knowledge to stratify Parkinson’s disease; and 2) running CRISPR screens on hiPSC-derived neurons and glia to disentangle the complex genetic
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machine learning approaches to link gene-regulatory programs to neuronal phenotypes. Use explainable sequence-to-function models to interpret regulatory logic underlying neuronal identity and function