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of these findings into future dietary intake estimates. This work will involve the use and optimization of advanced analytical tandem mass spectrometry methods, assessment of vitamin D bioaccessibility using an in
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. Specific tasks in the project will be: Draft a suitable work- and time plan. Examination of vaccine-induced immune response by gene expression analysis of samples from earlier animal experiments. Optimize
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, fermentation, and functional foods. Hands-on experience in identification, selection, and non-GMO optimization of bacterial strains. Practical experience with analytical equipment and microfluidics platforms
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dietary intake estimates. This work will involve the use and optimization of advanced analytical tandem mass spectrometry methods, assessment of vitamin D bioaccessibility using an in vitro model, and
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program. Strong interest in microbiology, fermentation, and functional foods. Hands-on experience in identification, selection, and non-GMO optimization of bacterial strains. Practical experience with
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complex materials simulations. These agents will assist with setting up, executing, and optimizing electronic structure workflows, from standard ground-state Density Functional Theory (DFT) calculations
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and partial safety factors. Establish a risk-based structural integrity management framework offering optimal inspection and maintenance decision support. Explore additively manufactured structural
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engineering, or similar. Solid mathematical and analytical skills, including signal processing and optimization. Knowledge about classical and/or quantum data communication, including for instance error
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-on experimentation with advanced digital fabrication, numerical modelling, material testing, and process optimization. You will work on the fabrication and mechanical characterization of composite specimens with
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than undesired routes. Solvent and additive effects will further be explored based on mechanistic insights. Your work thus will strengthen the detection and optimization of sustainable chemistry