PNAS: An international research team has investigated water molecules in a tiny cage – and discovered previously unknown properties.

High-performance computers allow us to uncover details about the transport of molecules through cell membranes.

Nat. Comm.: Luminous carbon nanotubes detect pathogens – and are quick and easy to use.

Angew. Chem.: Nowadays, it is easy to determine an average pH for larger quantities of liquid. It is a challenge, however, to define a local pH value

Angew.Chem.: RESOLV collaboration shines light on a jammed topic.

Angew. Chem.: Carboanhydrase hCAII has found its way into the textbooks of drug discovery as a drug target with a particularly rigid active pocket. With the help of detailed NMR spectroscopic analysis, the group of Prof. Dr. Rasmus Linser has now been able to show that this picture needs to be revised, which advises caution when interpreting classical structural data for estimating the "dynamic…

PNAS: A small but important step towards a successful immune reaction is performed by an impressive nanomachine. Researchers use simulations to understand how it works.

Angew.Chem.: Bacterial enzymes are often powerful but also very sensitive catalysts. To call up their performance, they therefore need a special environment.

Angew.Chem.: Efficient catalysts are crucial for energy conversion. However, findings from basic research rarely make it into practice at present.

PNAS: In hydrogenase enzymes, the transports of protons and electrons have been considered to be separate events until now. However, coupling is the key to success here.