For many non-specialists, bacteria enter the story only when something goes wrong: an infection, contaminated food or antimicrobial resistance. But microbiology becomes far more interesting when bacteria are presented not as a threat or an abstract group, but as individual organisms with distinct evolutionary histories, ecological roles and unexpected connections to human life. This talk draws on the development of an ongoing popular-science book in which each chapter begins with a single bacterial species and uses its biology as the doorway into a wider scientific story. Thermus aquaticus opens a route from a Yellowstone hot spring to PCR; Buchnera aphidicola reveals what happens when two organisms become evolutionarily dependent on one another; and Deinococcus radiodurans challenges intuitive ideas about the limits of life. Disease-causing species are placed alongside symbionts, environmental bacteria and organisms that have transformed biotechnology, deliberately broadening the microbial picture offered to a general audience. The process has also exposed a central challenge in science communication: simplification is necessary, but oversimplification can quietly change the science. I will discuss the practical choices involved in deciding what to explain, what to omit, how to build narrative without manufacturing drama, and how to preserve uncertainty without losing the reader. Ultimately, the project asks whether giving bacteria names, histories and contexts can help replace the vague idea of “microbes” with a richer and more accurate picture of microbial life.