New work from the Nan Laboratory reveals mechanism of bacterial motility

By: TAMU Biology

Carolina Basurta De Santiago, a Biology doctoral student in Dr. Beiyan Nan’s laboratory released a preprint on BioRxiv describing how bacteria regulate their movement in complex environments. The research sheds light on the intricate signaling pathways that enable bacteria to adapt their motility in response to external stimuli-an essential function for survival and colonization. Santiago and Nan’s work highlights the power of basic research in understanding microbial behavior and lays the groundwork for potential future applications in medicine and biotechnology.

Dr. Nan, a professor of biology whose research focuses on the molecular mechanisms that govern bacterial motility and coordination. Dr. Nan’s lab investigates how dynamic protein systems regulate movement and response in bacterial cells, offering insights into biological resilience and adaptability. His research program is a key component of the department’s broader strength in microbiology and biological resilience. Congrats to both authors!