Angela M. Mitchell

This study identifies regulators that control ECA biosynthesis in E. coli, showing ECA's role in acid and reactive nitrogen species stress resistance.

The paper investigates WzzE's role in ECA chain-length regulation and ECACYC synthesis, finding that chain-length regulation is necessary but not sufficient for ECACYC production.

This paper investigates the role of SanA in maintaining envelope integrity in E. coli by linking its absence to increased lipid II availability and imbalanced septal peptidoglycan synthesis.

This paper shows that loss of DNA mismatch repair genes in E. coli and Salmonella increases antibiotic resistance independently of secondary mutations through increased homoeologous recombination and cell lysis.

The paper identifies YhdP as a modulator of phospholipid transport rate in Escherichia coli, showing its role in controlling inner membrane shrinkage and outer membrane rupture during mlaA* mutation.