Research Groups

Our research program addresses scientific challenges that help to transition from a fossil-dependent industry to a renewable resource based one. While deeply rooted in sustainable catalysis & green chemistry, we develop methods that can integrate abundant sustainable material streams (e.g. biomass & plastic waste) into the circular bioeconomy.

Efficient synthesis of biologically active compounds via traditional/modern methods. Focus on the synthesis and development of ion-channel mediators for human cells. The new compounds serve as light-sensitive on-off-switches for studying and developing of novel cancer therapies in a close cooperation with the MedUni Graz and JKUni Linz.

We are committed to the development of eco-friendly and efficient synthetic processes. By harnessing the power of enzymes, we create innovative solutions that use less energy, reduce the need for harmful chemicals, and minimize waste. Our work aims to make chemistry more sustainable and safer, paving the way for a greener future for all.

Increasing the efficiency of chemical transformations through process intensification applying flow chemistry technology. We focus on digitalization and the use of environmentally friendly techniques (e.g., photochemistry, electrochemistry). Applications include the production of active pharmaceutical ingredients.

The research focuses on cutting-short organic synthetic routes by employing biocatalysts. We develop novel bio-based synthetic methods for (asymmetric) synthesis by using protein based biodegradable catalysts. Additionally, we combine biocatalysts in cascade reactions to simplify synthetic routes by performing multiple steps simultaneously.

Investigation of the structural and dynamic properties of organic and biologically relevant small to macromolecules. In addition to standard methods, paramagnetic relaxation enhancements (solvent PREs) are specifically used to obtain information about structure and localization in membrane mimetics.