Research Platforms
Next Generation Macrocycles to Address Challenging Protein Interfacess
- Head: Nuno Maulide
- Deputy Head: Thierry Langer
- PI: Gerhard Ecker
- Faculty of Chemistry, Faculty of Life Sciences
- Kick-off in autumn 2020
MetaBac - Secondary Metabolomes of Bacterial Communities
- Head: Sergey Zotchev
- PIs: Alexander Loy, Thomas Rattei, Martin Zehl
- Faculty of Life Sciences, the Centre for Microbiology and Environmental Systems Science, and the Faculty of Chemistry
- metabac.univie.ac.at
The new research platform "MetaBac - Secondary Metabolomes of Bacterial Communities" pursues an innovative approach to create defined, fully tractable microbial communities that produce novel secondary metabolites with potential to be developed into drugs.
Vienna Research Platform on Accelerating Photoreaction Discovery (ViRAPID)
- Head: Leticia González
- Deputy Head: Christoph Dellago
- PIs: Philipp Marquetand, Ulisse Stefanelli
- Faculty of Chemistry, Faculty of Physics, Faculty of Mathematics
- virapid.univie.ac.at
ViRAPID is a theoretical platform that combines expertise from theoretical chemistry, computational physics and mathematics, to develop a new generation of computational methods able to accelerate the discovery of photoreactions.
Vienna Metabolomics Center (ViMe)
- Head: Wolfram Weckwerth
- Deputy Head: Gunda Köllensperger
- Faculty of Life Sciences, Faculty of Chemistry; Centre for Microbiology and Environmental Systems Science
- metabolomics.univie.ac.at
The Vienna Metabolomics Center (ViMe) is dedicated to cross-faculty research into metabolites. Within the scope of this research platform, new analytical-methodical approaches based on mass spectrometry and nuclear magnetic resonance spectroscopy will be developed. Another focus is the development of bioinformatic tools for the automated evaluation and quality control of complex data sets. A total of 16 professors from the three faculties - the Faculty of Chemistry, the Faculty of Life Sciences and the Faculty of Earth Sciences, geography and Astronomy - participate in ViMe. This also underlines the broad application perspective of metabolomics, i.e. the undirected analysis of all the metabolic products of a biological sample. These include environmental chemistry, microbiology, bioanalytics and biomedicine, limnology and terrestrial ecology.