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About

Hirotada Mori is a pioneering microbiologist whose research has fundamentally advanced our understanding of bacterial genetics and systems biology, with a particular focus on *Escherichia coli* as a model organism. His most influential contributions center on the development and application of high-throughput genetic interaction analysis, work that has proven transformative for the broader microbiology and genomics communities. Mori's landmark 2008 studies introduced the eSGA (E. coli Synthetic Genetic Array) platform and demonstrated its power for quantitative, large-scale mapping of genetic interactions in *E. coli*. These methodological breakthroughs — each accumulating over 240 citations — enabled researchers to systematically identify functional relationships between genes, revealing how bacterial cells buffer against mutations and maintain robustness. By adapting approaches previously developed in yeast to a prokaryotic system, Mori opened entirely new avenues for understanding essential gene networks and potential antibiotic targets. His work sits at the intersection of functional genomics, systems biology, and microbial genetics, providing the research community with powerful tools and datasets that continue to inform studies of gene essentiality, cellular organization, and bacterial physiology worldwide.