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DTU Bioengineering - Dansk
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The facility is a major step on the road to targeted use of microbiomes for biological control of disease-causing organisms.
Researchers have now mapped how coliform bacteria attach to the intestinal wall giving hope for development of new treatments.
The newly formed cluster will contribute to and improve the foundation for world-class patient care, innovation and product development.
A grant of DKK 25 M from Wellcome gives hope to snakebite victims in sub-Saharan Africa of better and safer treatment.
Students with programming and AI skills in biotechnology boost research efficiency and create more sustainable production.
From 2021 DTU Bioengineering will offer continuing education courses specifically developed for biotech professionals.
DTU offers new courses in handling large data sets using programming and artificial intelligence, AI.
A grant of 15 M DKK from the Novo Nordisk Foundation will give DTU Bioengineering a greater focus on sustainability in both research and education.
DTU students are competing in an international synthetic biology competition (iGEM), presenting new tools to control moulds in biotechnological processes.
Professor Lone Gram is one of 15 outstanding scientists to become new members of The Royal Danish Academy of Sciences and Letters. They enter into a yearlong tradition...
With the discovery of a new enzyme, it may one day become possible to use the plants’ glue nutrient—lignin. The substance has applications in electronics, various...
Instead of isolating antimicrobial agent-producing bacteria in laboratories, development is taking a new turn: Now the bacteria must live together just as they do in nature...
Postdoc Timothy Jenkins is developing a new and innovative method for treating digoxin poisoning, earning him the Otto Mønsted Foundation's researcher prize, &lsquo...
Villum Experiment grant of 2 M DKK will give a better understanding of the fundamental physics behind an important biological process and its link to some severe diseases...
Danish core competencies in bio- and food technology can lead to far better utilization of the earth's resources and can enable Denmark to become world supplier of novel...
Feed changes can reduce methane formation from microorganisms in the cow’s paunch and reduce cows' emissions by 40 per cent without compromising milk yield.
Special substances extracted from seaweed using enzymes have been shown in laboratory tests to have a protective effect against the eye disease AMD.
DTU spinout Chromologics, receives DKK 14 M to accelerate the development and approval of ChromoRed, a natural and sustainable red food coloring.
New methods developed at DTU Bioengineering have the potential to convert plastic waste into a new source of carbon.
Researchers at DTU have shown for the first time that breast milk promotes a core group of health beneficial bacteria of the adult gut microbiota, setting the stage for...