DTU BIOSUSTAIN Novo Nordisk Foundation Center for Biosustainability
Søltofts Plads
Building 220, room 225F
2800 Kgs. Lyngby
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DTU offers new courses in handling large data sets using programming and artificial intelligence, AI.
The lack of common standards and problems with reproducing and verifying existing datasets are widespread in the biotech community. However, a new tool named Memote paves the way for quality testing computational models that can predict how an organism’s metabolism responds to different conditions and genetic changes.
Software is like a puppy – it needs attendance, maintenance and care, or it dies. This and many other points were on the agenda at a 2-day workshop called “Software in the life sciences: development, usability, sustainability”.
Establishing performant cell factories by trial-and-error may possibly lead to frustration and the loss of the single most valuable resource, our time. But what if there was a way to eliminate dead-end strategies before spending weeks in the lab? Here are three tools, that together allow you to do just that.
Everything is super! Supercomputers will soon be able to solve mysteries related to complex cellular processes using machine learning. Scientists from both universities and the industry are hard at work developing and training computers to become superfast super scientists.
With a new mini-course, students can now get a taste of what it takes to become a skilled ‘software carpenter’ and to do advanced computational metabolic engineering.
The EU has granted 6.3 million Euros to the project DD-DeCaF, coordinated by the Novo Nordisk Foundation Center for Biosustainability, Technical University of Denmark. The objective is to develop a computer tool that will allow biotech companies to design and engineer cell factories faster than is currently possible today. The tool will...