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In a joint project involving Rigshospitalet and DTU, parents of all Danish children with cancer will be given the offer to have the genetic characteristics of their children...
Mapping patients’ genetic make-up could lead to better treatment for a wide range of diseases.
Scientists who treasure hunt for interesting bacterial metabolites using the online tool antiSMASH now have the opportunity to use an antiSMASH database with pre-calculated...
A new research project from DTU will map the genetics of the rainforest’s potent plant compounds, making them available to research and industry.
The common perception among researchers is that our intestinal bacteria compete and cooperate in a complex network of interactions. But no-one has as yet fully understood...
The feature story in the new issue of DTU’s international magazine, Technologist, is about how we will be moving around in our big cities in the future.
It took thirteen years—from 1990 to 2003—and cost USD 3 billion to map the human genome. Today, using a small sample of human DNA—from a person living...
New database containing more than 600,000 chemical structures gives companies a unique opportunity to quickly get an overview of the harmful effects associated with substances...
In by far the majority of cancer cases, the doctor can quickly identify the source of the disease, for example cancer of the liver, lungs, etc. However, in about one in...
Analysis and genome sequencing of disease-causing microorganisms and antimicrobial resistance bacteria in toilet waste from international aircraft could be a first step...