Helen J. Cooper
Papers
1
Total Citations
69
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1
About
Helen J. Cooper is a leading figure in the field of mass spectrometry-based proteomics, with a particular focus on advancing sample preparation and analysis techniques for clinically relevant biological samples. Her major contributions center on the development of innovative methodologies for protein extraction and automated processing, most notably demonstrated in her highly cited 2013 work on dried blood spot proteomics. This seminal paper, which has garnered 69 citations, pioneered a surface extraction approach coupled with automated sample preparation, enabling robust mass spectrometry analysis of endogenous proteins from dried blood spots—a format traditionally limited to small-molecule or hemoglobin studies. By unlocking the protein-level information within these easily transportable and safe samples, Cooper has opened new avenues for clinical diagnostics and biomarker discovery. Her work bridges the gap between fundamental proteomics research and practical, high-throughput applications, making her a key innovator in the field. Cooper’s research continues to shape how scientists approach protein analysis from minimally invasive samples, with lasting impact on both academic and translational biomedical research.
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