Kresten Lindorff-Larsen is a professor at SBiNlab at the Department of Biology at the University of Copenhagen. His group focuses on combining computational methods with experimental data to study the structure, function, dynamics and folding of proteins. Kresten Lindorff-Larsen studied biochemistry at the University of Copenhagen. During this time, he developed a strong interest in […]
Using Advanced NMR Methods for Investigating Protein Regulation in Cancer and Other Diseases
Originally from France, Thibault Viennet embarked on an academic journey that recently led him to Aarhus, Denmark, studying chemical engineering at Lille University in France, refining his skills in analytical techniques. His undergraduate years revealed that his true passion lays in research, diverting him away from a potential future in the industry. Thibault’s academic focus […]
NMR spectroscopy can aid in the battle against microorganisms by predicting their next move
Jens Øllgaard Duus is professor at the Technical University of Denmark (DTU) and a former center leader at the Carlsberg NMR center, where he used NMR to optimize the production of beer. Currently, he applies the techniques acquired from Carlsberg to understand how mutations affect diseases and convert food residues into biofuel. After pursuing his […]
NMR spectroscopy, temperature variation, and the secrets of neurodegenerative diseases
Anders Malmendal was educated as a chemical engineer at Lund University in Sweden and ENSIGC in Toulouse, France. After finishing his master’s thesis, he stayed in Lund to write his PhD in biophysical chemistry. Here, he used NMR to get both structural and dynamic information on how calcium-binding proteins bind calcium cooperatively. Anders has worked […]
NMR spectroscopy can help the sustainable sciences catch up
The green transition is receiving more and more attention, and scientists are working on new and better methods for creating more sustainable and less polluting materials and processes. Sebastian Meier explains why NMR spectroscopy can be a valuable tool for the sustainable sciences, allowing scientists to observe molecules quickly and efficiently, and while they change.