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direct biomedical relevance. We are embedded in both the VIB Center for AI & Computational Biology —a young, ambitious center whose research groups address biological questions through the lens of AI—and
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direct biomedical relevance. We are embedded in both the VIB Center for AI & Computational Biology —a young, ambitious center whose research groups address biological questions through the lens of AI—and
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of neurodegeneration, totaling to over 1,500 human brain samples. Using an array of -omics techniques, e.g. long read DNA sequencing, single nuclei transcriptomics & ATACseq and multi-modal proteomics, the team aims
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start from the observation that combining a weak endocytic mutant with an autophagy mutant causes a strong developmental delay under non-stressed conditions. The research will involve interaction
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approaches with automated longitudinal behavioral analysis. Close interactions with electrophysiology and neurophysiology units at the center will enable functional characterization of circuit dysfunction
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reporting. Our offer A key role in a multi-university research programme with high societal relevance and a strong translational angle. A stimulating, diverse and international research
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reporting. Our offer A key role in a multi-university research programme with high societal relevance and a strong translational angle. A stimulating, diverse and international research