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DTU Bioengineering - Dansk
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The National Biologics Facility (NBF) and Bioneer A/S enters into a strategic collaboration with the aim of commercializing combined CRO services for mammalian expression...
DTU contributes development of enzymes to a new research center, which will remove CO2 from the atmosphere and convert it into raw materials.
Analysis methods map the effect of dietary fiber on human intestinal bacteria, the microbiome, and show that not all fibers are equal and that different dietary fibers...
Two new projects with participation from DTU aim at developing a new food category of tasty plant based proteins.
Damage to the microbiome caused by malnutrition is transmitted from mothers to newborns and has lifelong consequences for their physical and intellectual development.
In order to develop the innovative and cutting-edge solutions that are required to solve the climate challenges, we need strong partnerships across disciplines and sectors...
Innovation Fund Denmark supports research into sustainable solutions to control fungal pathogens in agriculture, to break down plastic and to accelerate bioproduction of...
Innovation Fund Denmark supports research into sustainable solutions to replace pesticides, break down plastic and accelerate bioproduction of chemicals, medicines and...
A new class of enzymes show great potential for streamlining the decomposition of biomass for further conversion into energy and bio-products.
One of the world's leading enzyme researchers Bernard Henrissat is moving his research to DTU, where he will contribute to building an internationally leading research...