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socio-spatial inequalities in four European cities: Brussels, Amsterdam, Barcelona and Thessaloniki. Against the backdrop of deepening housing crises and widening urban inequalities, EXPULSE examines how
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state-of-the-art approaches including single-cell and spatial transcriptomics, circuit tracing and connectomics, and automated behavioral analysis. In close collaboration with the Verstreken and de Wit
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state-of-the-art approaches including single-cell and spatial transcriptomics, circuit tracing and connectomics, and automated behavioral analysis. In close collaboration with the Verstreken and de Wit
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beyond descriptive genomics to decipher the underlying regulatory logic of GBM. By leveraging single-cell multi-omics (scATAC-seq, scRNA-seq) and spatial omics, you will map enhancer landscapes
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apply multiplex imaging techniques (e.g., multiplex immunofluorescence, spatial transcriptomics). Design and execute experimental studies in immunology and hepatology. Analyze and interpret high
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. The ERC project EXPULSE investigates how urban expulsion regimes shape housing trajectories among low-income residents, urban citizenship, and socio-spatial inequalities in four European cities: Brussels
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the identification and/or development of suitable characterisation factors with spatial differentiation, particularly to better capture marine impacts. Conducting prospective analysis and scaling-up assessments
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or treatment of Alzheimer’s disease. Position Lead and conduct the processing and statistical analysis of large-scale long-read RNA and DNA sequencing, single nuclei RNA sequencing and spatial transcriptomics
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changes translate into altered mechanical phenotypes at the cellular and tissue levels remains incomplete. Addressing this gap requires experimental approaches capable of probing mechanics with high spatial
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interactions of plants You have experience with analyzing large datasets such as single nuclei transcriptomics and spatial metabolomics You have distinguished yourself as a promising researcher during your