top of page
Search

The tungsten enzyme turns out to be a new hydrogenase!

Writer: Maciej SzaleniecMaciej Szaleniec

Updated: Jul 22, 2022


It is my pleasure to share with you our (JLBEC and Marburg University) discovery in its fullness. We recently published our paper in ACS Catalysis reporting that W-containing Aldehyde Oxidoreductase (AOR) from mesophilic bacterium A. aromaticum exhibits activity of hydrogenase. This enables H2-dependent reduction of carboxylic acids to valuables compounds (e.g. vanillin) or sustainable recycling of NADH. The specific activity of H2-dependent NAD+ reduction exceeds any previously observed reactivities of Mo- or W-enzyme with hydrogen.




We already submitted a European Patent Application to secure the IP rights to this exciting discovery. We are open to any company or research team eager to further develop this system for biotechnological application.

 
 
 

Kommentare


What do we do

Our aim is to combine the research potentials of Institute of Catalysis and Surface Chemistry and Institute of Plant Physiology in the field of biochemistry and biotechnology

Our Projects

Laboratory members aplly for new domestic and international projects in order to carry out increasingly advanced research

Join our team

We are open to scientists willing to cooperate on ongoing projects as well as those coming with their own scientific ideas

Contact us

If you are interested in research conducted in our laboratory or have any questions, please do not hesitate and feel free to contact us

bottom of page