Viktor Hesselberg-Thomsen

The paper identifies metabolic exchange and siderophore sharing mechanisms that enhance biofilm formation among three rhizosphere bacterial species and improve plant growth in iron-depleted soil.

The paper uses kinetic models to guide metabolic engineering of S. cerevisiae strains, resulting in improved p-coumaric acid production with minimal impact on growth rate.

This study shows that surfactin production by Bacillus subtilis enhances its establishment success in synthetic bacterial communities.

The paper introduces a pseudo batch transformation method to simplify analysis of fed-batch fermentation data by mapping it to a constant volume batch process.