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About

Rosa Grenha is a structural biologist whose work lies at the intersection of high-throughput proteomics and infectious disease research. Her most cited study, a collaborative effort between two SPINE partner laboratories at York and Oxford, applied cutting-edge high-throughput technologies to the structural proteomics of *Bacillus anthracis*, the bacterium responsible for anthrax. This work, which has garnered 27 citations, was instrumental in demonstrating how large-scale structural determination pipelines could be applied to a biomedically critical pathogen. By systematically targeting proteins from this select agent, Grenha helped lay the groundwork for understanding anthrax pathogenesis at a molecular level and for identifying potential targets for therapeutic intervention. Her contributions exemplify the power of collaborative, technology-driven approaches in structural biology, bridging the gap between fundamental protein structure and pressing biomedical challenges. For students and researchers, her work serves as a model of how integrating high-throughput methods with focused biological questions can accelerate discovery in the fight against infectious diseases.