18 phd-in-stress-engineer Postdoctoral positions at University of Basel in Switzerland
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hematopoiesis and tissue engineering, while cooperating with a PhD student working on the same program. The project aims at engineering organotypic 3D human bone marrow tissues and apply them as grafts in vivo
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department at the University. We are located in the heart of Basel at 6 different locations. Be part of our future! The Tissue Engineering Group at the Department of Biomedicine is currently seeking for a
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pathways in allergy, inflammation and cancer. Main targets are stress kinases vital for immune reactions, metabolic control and immune checkpoint modulation in cancer therapy. The working place of
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on the elucidation and targeting of major stress and lipid kinase signaling pathways in allergic hypersensitivity, allergy, chronic inflammation and cancer. Besides performing biochemical, cellular and mouse genetic
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15 Nov 2025 Job Information Organisation/Company University of Basel Research Field Biological sciences » Other Chemistry » Analytical chemistry Engineering » Biomedical engineering Engineering
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17 Oct 2025 Job Information Organisation/Company University of Basel Research Field Biological sciences » Other Chemistry » Analytical chemistry Engineering » Biomedical engineering Engineering
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research. Your position Design, implement, and evaluate large-language-model (LLM) pipelines for synthetic data (fine-tuning, retrieval-augmented generation [RAG], prompt engineering). Plan and analyze
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captured using antigen-specific monoclonal antibodies, and detected and quantified via flow cytometry. The postdoctoral researcher will work closely with an ongoing PhD project at the University of Basel and
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. The candidate will join a multi-disciplinary team focusing on the development of new bioactive molecules targeting major signaling pathways in allergy, inflammation and cancer. Main targets are stress
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investigating allergic, immunologic and metabolic processes. The candidate will join a multi-disciplinary team focusing on the elucidation and targeting of major stress and lipid kinase signaling pathways in