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proteomics workflows to FFPE material for cancer diagnosis. Our research Olsen Group We offer a vibrant, ambitious and international research environment, as well as access to cutting-edge facilities
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techniques. You’ll plan and run test campaigns, analyse data to advance understanding of material–flow interaction, and disseminate results in seminars, journals, and international conferences. The role will
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focus of the group (www.macro.ethz.ch/) includes the development of: (i) rational design of dynamic polymer networks; (ii) (bio)material processing; (iii) organ perfusion and regeneration; (iv) tools
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range of techniques: flow cytometry, DNA content analysis, immunoperoxidase procedures, FISH, conventional karyotyping, and other molecular/genetic diagnostic studies; the fellow will become proficient
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not well understood scientifically. The physical phenomena involved—heat generation by friction, material flow, mechanical mixing, formation of multi-material interfaces, and dynamic recrystallization
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, differential analysis, cell-state annotation, trajectory analysis and multimodal integration. Apply molecular and cellular methods, including qPCR, immunostaining, advanced microscopy, flow cytometry and ELISA
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leukemic stem cell ( Woll et al., Cancer Cell 2014; Chin et al., Blood 2022 ). Using uniquely biobanked and serially collected hematopoietic material from patients with leukemia we have demonstrated
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material criticality assessment, material flow analysis, and life-cycle assessment. Thereby, we evaluate environmental and techno-economic aspects. The research group values interdisciplinary
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) Schuijs MJ et al. Nature Immunology 2020 ( https://doi.org/10.1038/s41590-020-0745-y ) Preferred skills/knowledge Cell biology / Immunology laboratory experience, such as: Flow cytometry and FACS
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medical technology, materials science, renewable energy, to chemical engineering processing, material recycling, nuclear chemistry, theory and modelling. At the division of Applied Chemistry we primarily