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Fiona C. Kimberley is a structural biologist whose pioneering work in high-throughput protein crystallization has significantly advanced the field of macromolecular crystallography. Her key research focuses on developing and implementing automated, nanolitre-scale crystallization techniques to accelerate the determination of protein structures. Her most cited work, "A procedure for setting up high-throughput nanolitre crystallization experiments. II. Crystallization results" (2003, 131 citations), provides a comprehensive survey of over 50 unrelated protein samples, demonstrating the practical efficacy of robotic 100 nl-scale vapour-diffusion sitting-drop setups. This foundational study established a robust database of crystallization outcomes, showcasing how miniaturization and automation can dramatically reduce sample consumption while increasing experimental throughput. Kimberley’s contributions have enabled researchers to tackle challenging targets with limited protein availability, making her work a cornerstone for modern structural genomics initiatives. Her achievements include helping to standardize high-throughput crystallization protocols, directly impacting the efficiency of drug discovery and fundamental biological research. For students and researchers, Kimberley’s legacy exemplifies how methodical innovation in experimental design can unlock new frontiers in structural biology.