Eun‐Jin Lee

This study identifies a HigB-like toxin in Salmonella that inhibits RNase III, leading to non-replicating bacteria within macrophages.

The paper identifies a novel subclass of MgtE Mg2+ channels and demonstrates that de novo protein design can stabilize and enable structural analysis of otherwise unstable homologs.

This study identifies IbsA, a Salmonella type I toxin, as a factor that inhibits FoF1 ATP synthase, reduces intracellular ATP, and promotes systemic infection by facilitating Salmonella spread between macrophages.

The paper introduces ChIP-mini, a low-input ChIP-exo method, to study DNA-binding protein dynamics in Salmonella Typhimurium within macrophages, revealing H-NS and RpoD binding sites and their roles in virulence gene transcription.

This study shows elongation factor P controls ribosome pause to suppress frameshift in Salmonella's ugtL gene, affecting antimicrobial resistance and virulence.