Jane Barclay

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About

Jane Barclay’s research has centered on advancing clinical laboratory automation, with a particular focus on immunoassay technologies. Her most-cited work, “Automated separation for heterogeneous immunoassays” (1991), established foundational principles for designing automated systems that accommodate the unique separation requirements of heterogeneous immunoassays. Barclay’s key contribution lies in her systematic analysis of how solid-phase selection—whether coated tubes, wells, or other formats—dictates the design of dedicated or open robotic systems. This work provided a critical framework for integrating automation into clinical diagnostics, enabling higher throughput and reproducibility in immunoassay testing. While her citation count is modest, the paper’s impact is evident in its role as a reference for subsequent automation research and its influence on commercial system development. Barclay’s insights helped bridge the gap between manual laboratory techniques and modern, high-efficiency automated workflows. Her work remains relevant for researchers and engineers designing next-generation diagnostic platforms, underscoring her lasting contribution to the field of clinical laboratory automation.