Leendert Willem Hamoen

The paper shows that growing transposon libraries as mixed cultures affects mutant composition due to autologous antimicrobials.

This paper identifies VdAve1, an antimicrobial effector from the fungal pathogen Verticillium dahliae, and shows it kills bacteria by binding lipoteichoic acid and disrupting plasma membranes.

This study investigates TBBPA's antibacterial mechanism against Bacillus subtilis, finding it disrupts cell membranes, leading to cell lysis through multiple downstream effects.

This study identifies FtsZ and SepF as essential for Z-ring formation in Bacillus subtilis and discovers BraB as a new cell division regulator through gene deletion experiments.

The paper shows that membrane affinity differences between MinD monomer and dimer are not crucial for MinD gradient formation in Bacillus subtilis, instead diffusion rate differences are important.

The paper introduces GINtool, a software tool for regulon-based transcriptome analysis that accounts for regulatory activity modes and provides novel visualizations for functional category and operon analysis.