Marina Corbella

The paper shows that a single HTH domain from MarA can bind DNA and activate transcription when properly dimerized, revealing structural insights for synthetic biology applications.

This study investigates the catalytic mechanisms and substrate specificity of the lactonase GcL, revealing its promiscuity in reaction mechanisms and broad substrate acceptance.

This study identifies the N-terminal helix of MarA as critical for DNA binding, showing its role in recognizing marboxes and suggesting it as a target for antibiotic resistance inhibitors.