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collaboration with international partners and the ETH team, your role in this project will involve research on the adaptation and acclimation potential of spruce, using tree-ring analysis, stable isotope
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following areas is required: bioinformatics analysis of high dimensional data (R/Python), metabolomics, tissue/organoid culture work, (anaerobic) bacterial culture. Highly beneficial experience at all levels
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provides utilities, grid operators, industrial associations, and federal institutions with a technology-neutral and independent quantitative analysis. Project background We are looking for a highly qualified
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health impact of environmental pollutants. To perform data analysis and result communication. Profile A doctoral degree in biotechnology, bioengineering, microbiology, or related fields with excellent