MAX IV – We make the invisible visible

Towards a future setup for catching ultrafast protein movement at FemtoMAX

The ultra fast light pulses at FemtoMAX work well for imaging proteins, which opens up a promising path for future dynamic studies

2021-03-01

Engineering antibodies with dual target capture

In the sphere of human antibody therapeutics, the DutaFab platform shows broadening potential. Roche has developed a unique type of bispecific monoclonal antibodies for drug design.

2021-02-22

Gearing up for challenging proteins at MicroMAX

Proof of concept for implementing serial crystallography at MAX IV in a recent study

2021-02-16

All data collected by the researchers during the experiment at MAX IV is converted into a three-dimensional structure in which the researchers can see the atoms in detail and understand different parts of the protein. The most interesting aspect is what is known as the

The researchers who look into the tiniest part of a cell

“Many years of work have gone in to bringing us this far, and we are very excited about the results of the experiments”, says Anders Malmström.

2021-02-08

A molecular-scale look into oxide formation for high-performance electronics

An international team of researchers has investigated the industrially important atomic layer deposition procedure for deposition of hafnium oxide on indium arsenide

2021-02-04