Siddiqua Hirst

Papers

Total Citations

421

H-Index

About

Siddiqua Hirst has made transformative contributions to infectious disease research, pioneering high-throughput methods for antigen discovery and immune profiling. Her most influential work, a 2005 study with 421 citations, introduced a groundbreaking proteome microarray platform that overcame the bottleneck of complete proteome production. By developing a high-throughput PCR recombination cloning and expression system, Hirst enabled the batch processing of hundreds of genes, allowing researchers to profile humoral immune responses to infection on an unprecedented scale. This innovation has accelerated vaccine and diagnostic antigen discovery for numerous human pathogens, directly impacting global health efforts. Hirst’s platform has become a cornerstone technology in immunoproteomics, widely adopted for studying host-pathogen interactions and identifying novel targets for intervention. Her work exemplifies the power of combining genomic data with scalable experimental tools, bridging the gap between sequence availability and functional immune characterization. Through her contributions, Hirst has empowered researchers worldwide to rapidly identify immune correlates of protection, advancing both basic science and translational medicine. Her legacy lies in democratizing proteome-wide immune profiling, making it a standard approach for tackling emerging infectious diseases.