An international team including several UniSysCat researchers is using the powerful method of serial-femtosecond crystallography to visualize precisely how a bacterial light receptor reacts to illumination.
Four UniSysCat groups jointly elucidated the coupling of the reactivities of two physiologically unrelated enzymes in solution by theory and spectroscopy to achieve hydrogen-driven formate production and the reverse reaction.
Using sophisticated operando spectroscopy a team around UniSysCat group leader Beatriz Roldán Cuenya from the FHI Berlin gains insights into the function of a nickel-based catalyst of great potential for the reduction of CO2.
The UniSysCat groups of spectroscopists Horch and Zebger discover a potential shortcut for catalytic hydrogen cleavage in a hydrogenase that is controlled by light - opening up new possibilities for manipulating this process.
A UniSysCat team has shown that it is possible to study proteins, such as a chloride pump, in living cells using time-resolved IR and UV/Vis spectroscopy.
A team around UniSysCat group leader Adam Lange shows a new way how to measure the interaction of membrane proteins with different lipids and the influence of lipid exchange on the stability and activity of the protein.
A team around the UniSysCat groups of Holger Dobbek, Petra Wendler and Athina Zouni visualize the structure of photosystem II at unprecedented resolution - thanks to cryo-electron microscopy.
A team of UniSysCat scientists from TU Berlin, Fritz-Haber-Institut and BasCat (UniCat BASF JointLab) developed a new catalyst for propane dehydrogenation based on cobalt nanoclusters.
In a recent study, a team of UniSysCat researchers investigated the extent to which their heterostructured electrocatalysts based on non-noble metals can actually compete with noble metals when operated for longer times.
