David E. Heinrichs

This study identifies ArlRS as essential for Staphylococcus aureus intracellular replication within Kupffer cells, highlighting its role in systemic infection and suggesting it as a therapeutic target.

This study shows that the RND efflux pump FemT in Staphylococcus aureus helps maintain lipid homeostasis by exporting isoprenoid and carotenoid lipids, preventing oxidative damage.

The paper introduces STALEMATE, a biocontainment system that reduces genetic escape rates in engineered bacteria by entangling genetic sequences, achieving rates below 10^-10 in mice.

This study identifies fluorene-based DNA intercalators that show potent anti-MRSA activity and anti-virulence effects through photochemical modification.

The paper develops thermoregulated meganucleases to degrade DNA at 18°C, preventing the spread of engineered genetic material outside the mammalian gut.