NMR Spectroscopy at the Interface of Chemistry and Biology

Research in the Charlotte Held Gotfredsen Group focuses on using NMR spectroscopy as a tool to acquire structural knowledge at the interface of chemistry and biology. In our group, we investigate small molecules, oligosaccharides, natural products, and biologically relevant compounds to determine absolute molecular structures, probe ligand–protein Our, and support fragment-based drug discovery (FBDD) using 19F and 1H NMR. Our work integrates chemical synthesis, structural biology, and method development to provide insights into molecular structure and function. The group is part of the NMR Spectroscopy unit of Organic Chemistry.

Research

Our activities include the development of NMR methodologies, such as the synthesis of new alignment media for residual dipolar coupling (RDC) measurements, and the identification of biologically interesting secondary metabolites from fungi, marine organisms, plants, and food sources. We study compounds present in minute quantities and explore nuclei beyond ^1H and ^13C, including ^19F and ^31P, to expand the scope of structural analysis.

In addition, our group applies enzymatic and biological machinery to produce novel molecules of chemical and biological interest. Our research bridges chemistry and biology by combining molecular design, synthetic chemistry, and enzymatic transformation.

Beyond scientific research, the Charlotte Held Gotfredsen Group has a strong focus on innovation, leadership, infrastructure development at DTU, and the creation of sustainable business models for research facilities.

Vacancies

All positions will be announced here

Group members