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The candidate will develop and benchmark zero-shot multimodal fusion models for rare disease prediction, using melanoma as a use case. The project integrates spatial and single-cell multi-omics data with
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and cost-effective AAV-based gene therapy. A key barrier in resolving this bottleneck is the limited understanding of AAV biology. For example, how host cells, helper viruses, and AAV gene products
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advancing the next generation of spatial single-cell omics technologies for precision medicine. Bringing together leading European universities, technology providers, clinical partners and innovative
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independently while thriving in a collaborative multidisciplinary team- Is fluent in English Experience with cell culture, molecular biology, mass spectrometry, bioinformatics, programming or omics technologies
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this hypothesis. Specific tasks for the PhD position are:Building on data obtained during previous PhD projects on the topic, you will use various molecular cell biological, biochemical, gene transfer
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. You will extract and interpret fully detailed phenotypic fingerprints at whole-well and single‑cell resolution in virus-infected cell cultures. AI models will be used to cluster compounds and infer
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. Experience with cell culture and/or animal experimentation. FELASA B certification or eligibility to obtain certification. Strong scientific writing and communication skills. A PhD position in a cutting-edge
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is available at the Department of Oncology, Laboratory of Lipid Metabolism and Cancer, within the KU Leuven Institute for Single Cell Omics, at KU Leuven. The project has a duration of 36-months. PhD
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17 Sep 2026 Job Information Organisation/Company KU LEUVEN Research Field Physics » Solid state physics Physics » Quantum mechanics Physics » Applied physics Researcher Profile First Stage
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will Lead viral vector design, development, and production activities within LMVGT Develop of producer cell lines, optimize production, and scale up manufacturing processes for viral vectors and VLPs