Lucy Stols

Papers

Total Citations

581

H-Index

About

Lucy Stols is a pioneering figure in structural biology and protein engineering, best known for her transformative contributions to high-throughput cloning and protein expression systems. Her most influential work, the 2002 paper “A New Vector for High-Throughput, Ligation-Independent Cloning Encoding a Tobacco Etch Virus Protease Cleavage Site,” has garnered over 540 citations, establishing a foundational tool for laboratories worldwide. This vector streamlined protein production by enabling efficient, ligation-independent cloning and precise tag removal, accelerating structural and functional studies of previously intractable proteins. Stols further advanced the field with her 2007 study on co-expression vectors, exemplified by the structure of *Bacillus subtilis* ScoAB, which demonstrated how high-throughput protocols could solve complex multi-protein complexes. Her innovations have directly enabled large-scale structural genomics initiatives, reducing cloning bottlenecks and increasing reproducibility. By designing versatile, user-friendly tools that integrate TEV protease cleavage sites, Stols empowered researchers to produce soluble, native-like proteins for crystallography and biochemical assays. Her work remains a cornerstone of modern protein science, cited extensively in methods development and applied research. Stols’ legacy lies in her ability to transform tedious molecular biology tasks into robust, scalable workflows, making her an unsung hero behind countless discoveries in enzymology, drug design, and synthetic biology.