We study how microbes control gene expression in space and time to shape their physiology and survival. Our team develops imaging and analysis tools to track RNA molecules inside single cells with molecular precision, across both model and medically or industrially relevant microbes.

By integrating high-resolution imaging with molecular biology and genetics, we study how microbes localize RNA molecules within subcellular compartments to control protein synthesis and growth. Ultimately, our goal is to uncover the decision-making strategies that enable cells to adapt to dynamic environments—both as individuals and as coordinated communities—to maximize survival and fitness.