S. S. Yadavalli

The paper shows that QueE, an enzyme involved in queuosine biosynthesis, also regulates cell division in E. coli by interacting with FtsZ, demonstrating its moonlighting function.

The paper links mutations to metabolic changes and fitness in E. coli from the LTEE using metabolomics and integrates this with mutation and expression data.

This study examines transcriptional and translational changes in E. coli over 22 years of adaptation, finding that mRNA abundance increases with cell size and that gene expression patterns are similar across replicate populations despite few shared mutations.

This study investigates how mutations in MgrB affect its ability to inhibit PhoQ, revealing key residues and regions critical for its function.