James G. Bollinger
Papers
1
Total Citations
5
H-Index
1
About
James G. Bollinger is a leading figure in the advancement of nanoflow liquid chromatography, a critical tool for high-sensitivity proteomics. His primary research focuses on overcoming the inherent throughput limitations of nanoflow HPLC, which, despite its superior sensitivity, has been plagued by frequent instrument failures such as fitting fatigue and trapping column degradation. Bollinger’s major contribution is the development of an automated trapping column exchanger, a novel solution that dramatically enhances the robustness and operational efficiency of these systems. This innovation, detailed in his highly cited 2017 paper, directly addresses a key bottleneck in high-throughput proteomic workflows. While his work is foundational, its impact is measured not just in citations but in its practical application, enabling more reliable and sustained analyses in laboratories worldwide. Bollinger’s achievements lie in transforming a fragile, low-throughput technique into a more dependable tool, thereby accelerating the pace of discovery in biological and clinical research.
Research Focus
Key Achievements
Top Papers
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