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the crossover of behavioral economics, biotechnology, and sustainable food systems. The goal is to leverage these skills to address how society and consumers respond to sustainability and biotechnology solutions
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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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these advances for microbial cell factory design to foster sustainable lifestyles in relation to three application areas: Sustainable Chemicals, Natural Products, and Microbial Foods. Technology for people DTU
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humans and supporting global detection and control – with a special emphasis on antimicrobial resistance and food borne infections. Technology for people DTU develops technology for people. With our
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the crossover of behavioral economics, biotechnology, and sustainable food systems. The goal is to leverage these skills to address how society and consumers respond to sustainability and biotechnology solutions
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in microbiology, biotechnology, plant biology, food science. Approval and Enrolment The scholarship for the PhD degree is subject to academic approval, and the candidate will be enrolled in one
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of behavioral economics, biotechnology, and sustainable food systems. The goal is to leverage these skills to address how society and consumers respond to sustainability and biotechnology solutions and based
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: Curiosity and high motivation for marine research and nature restoration. Professionalism in laboratory and field work. Strong foundation of basic marine biology and ecology theory and practice. Experience in
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of these predators' consumption for the fish stocks in inner Danish waters. In this project, we gather the existing expertise on cormorants and seals (including knowledge of food choices and estimates of the number
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position in fish nutrition. Your overall focus will be on dietary nutrient optimization including amino acid uptake and utilization aiming at optimizing diets and reducing discharge of nitrogen from