The focus of my research lies on oxygen-activated metalloenzymes. These enzymes facilitate challenging chemical reactions by using the ability of a metal to reversibly assume different redox states. Class I Ribonucleotide reductase produces dNTPS, the building blocks of DNA, by utilizing radical chemistry with the help of a dinuclear metal centre and molecular oxygen. I investigate this enzyme with the help of classical steady-state crystallography, serial-femtosecond crystallography, and spectroscopic methods like UV-VIS spectroscopy and total reflection X-ray fluorescence spectroscopy next to classical biochemical characterization. Methods with these enzymes often require an anaerobic environment, so I am also familiar with setting up an experimental setup in an anaerobic chamber.