Working Group of Prof. Dr. Dr. Sc. Betzel
Our group participates in current coronavirus research.
Picture: Pete Linforth/Pixabay
18 August 2022 | News from the DESY research centre
Natural substances show promise against coronavirus
X-ray screening identifies compounds blocking a major corona enzyme
Three natural compounds present in foods like green tea, olive oil and red wine are promising candidates for the development of drugs against the coronavirus. In a comprehensive screening of a large library of natural substances at DESY's X-ray source PETRA III the compounds bound to a central enzyme vital for the replication of the coronavirus. All three compounds are already used as active substances in existing drugs, as the team headed by Christian Betzel from the University of Hamburg and Alke Meents from DESY reports in the journal Communications Biology.
[Article]
[Original publication]
More informations:
DESY X-ray lightsource identifies promising candidates for COVID drugs
News from the DESY research centre, 2 April 2021
[Original publication]
Scientists X-ray coronavirus proteins
News from the DESY research centre, 24 March 2020
| The main research topic of our group is the structure-function analysis of selected proteins and nucleic acids with relevance in infection and inflammation. In addition to biochemical and molecular biological techniques we apply complementary biophysical methods, particular X-rays crystallography, small-angle X-ray scattering and laser light scattering. |
| Our research group operates in cooperation with the Institute of Biochemistry, University of Lübeck (Prof. Dr. R. Hilgenfeld), the "Laboratory for Structural Biology of Infection and Inflammation" on the DESY campus. The laboratory offers most ideal conditions, equipment and facilities, for innovative research in the field of structural biology using synchrotron and free-electron laser radiation. |  Photo: UHH/Belda |
Supermicroscope for Protein Crystals: Combination of techniques locates microcrystals for structural analysis
A novel kind of microscope is able to detect tiny protein crystals, which are beyond the imaging power of even modern light microscopes. The innovative technique relies on various non-linear optical effects to image even nanocrystals, which are increasingly being used for protein structure analyses nowadays. [mehr]
News from the DESY research centre, 10 November 2020
Research team finds possible new approach for sleeping sickness drugs: X-ray laser reveals structure of a key enzyme of the parasite Trypanosoma brucei
Using ultra-bright X-ray flashes, a team of researchers has tracked down a potential target for new drugs against sleeping sickness: The scientists have decoded the detailed spatial structure of a vital enzyme of the pathogen, the parasite Trypanosoma brucei. [more]
News from the DESY research centre, 30 January 2020
First experiments at Europe's new X-ray laser reveal unknown structure of antibiotics killer
An international collaboration led by DESY and consisting of over 120 researchers has announced the results of the first scientific experiments at Europe's new X-ray laser European XFEL. The pioneering work not only demonstrates that the new research facility can speed up experiments by more than an order of magnitude, it also reveals a previously unknown structure of an enzyme responsible for antibiotics resistance. [more]
News from the DESY research centre, 2 October 2018
In vivo cystallization: Finding the right key
Christian Betzel calls the small, grey house in the middle of the spacious DESY campus in Hamburg his outstation. To get there, you have to find your way through construction sites, huge building complexes and the parking lots of the research centre until you come upon the two-storey building on a little hill. In this house, Betzel and his postdoctoral researchers, PhD students and interns work on the new revolution of structural biology: in vivo crystallization. [more]
Röntgen-Ångström-Cluster Newsletter, Juli 2017
Analysis in outer space
On 8 February, a transport rocket will head off to the ISS space station. On board: samples from a research group under the aegis of Prof. Dr. Dr. Christian Betzel from Universität Hamburg. The group will analyze what happens to the samples at zero gravity. [more]
Press releases Universität Hamburg, 7 February 2017
