Henrik Strahl

This study investigates the roles of CydAB and Nox in E. faecalis metabolism under aerobic and hypoxic conditions, revealing Nox as the primary oxygen consumer and highlighting the complementary roles of respiratory and oxidative pathways.

This study develops assays to monitor single-cell bioenergetic status and cell lysis in Bacillus subtilis cultures during differentiation and growth.

This study shows membrane-targeting antimicrobials cause Bacillus subtilis lysis by disrupting MreB-dependent regulation of peptidoglycan hydrolases, not directly through membrane permeabilisation.

The paper shows that in Bacillus subtilis, transcription and translation of a transmembrane protein are coupled, causing the gene to shift from the nucleoid to the plasma membrane.

This study identifies two independent mechanisms by which daptomycin exerts its antibacterial effects: cell wall synthesis inhibition and membrane depolarisation.

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.

This study identifies and characterizes two Escherichia coli TAC systems that mediate antiphage defense by recognizing phage proteins and modifying mRNA to inhibit translation.

The paper analyzes ABCF ATPases across 4505 genomes to uncover their diversity, subfamily relationships, and roles in antibiotic resistance and ribosome function.