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Skip to main content. Profile Sign Out View More Jobs DTU Tenure Track Assistant Professor in Precision Fermentation for Sustainable Food production - DTU Food Kgs. Lyngby, Denmark Be the First to
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on process systems engineering, on fermentation, biocatalysis and downstream processing. Most of our activities are in close collaboration with industry and other academic partners. This project will be
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bringing sustainable bio-based food products to life, by applying and developing smart behavioral economics tools in the context of microbial foods of the future, e.g., fermented, upcycled, etc. Our goal is
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enzymes for sustainable industrial processes. You’ll be working in the lab expressing and validating in silico enzyme designs. DTU Tenure Track Assistant Professor in Precision Fermentation for Sustainable
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, bioengineering, and fermentation. The positions are: Postdoc, with a background in microbial ecology - Focusing on microbial interactions of anaerobic microcosms. Postdoc, with a background on microbial ecology
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, fermentation, bioconversion technologies, bioprocess design, biomass/waste valorisation, and microbial flux balance analysis. The successful candidates will join an innovative, collaborative, international and
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phenotypic characterization of the engineered strains, several techniques will be applied, such as WGS, growth assays and small scale fermentation. Your experience with microbial cultivation and analysis
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× Similar Jobs DTU Tenure Track Assistant Professor in Precision Fermentation for Sustainable Food production - DTU Food Kgs. Lyngby, Denmark Posted on 06/06/2024 DTU Food offers a position for a molecular
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, fermented plant products as well as metabolic engineering. The PhD will be obtaining new knowledge on the use of fungi mycelium in Plant-based alternatives for meat and dairy. Additionally, the PhD will look
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technology to support the production of biochemicals, natural products and microbial foods using fermentation processes based on microbial hosts or enzymatic processes. Technology for people DTU develops