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with high vitamin-producing potential. Strain improvement using non-GMO methods such as droplet microfluidics and adaptive laboratory evolution (ALE). Development of fermented plant-based products
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-vitro approaches to identify strains with high vitamin-producing potential. Strain improvement using non-GMO methods such as droplet microfluidics and adaptive laboratory evolution (ALE). Development
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Job Description If you are curious about how microorganisms and plants communicate - and you want a PhD project where you can develop advanced skills in microfluidics, molecular ecology, and
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Biotechnology (BEB) group at the Section for Microbial and Chemical Ecology (MCE) at DTU Bioengineering. MCE hosts internationally leading groups in microbial ecology, environmental biotechnology, microfluidics