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Enabling 2D HT Technology at Duke University

14 Dec 2015
Enabling 2D HT Technology at Duke University

Watch this video to hear Will Thompson, Senior Laboratory Administrator at the Duke University Proteomics and Metabolomics Core Facility, discuss the facility's experimental setup for high throughput 2D LC. Parallel trapping allows separations occur simultaneously compared to traditions methods and, consequently, analysis of each fraction occurs immediately. The use of this technology has resulted in an increase in robustness with respect to retention time and reproducibility.

ACQUITY Systems with 2D Technology

Waters

UPLC Technology Extends To Two Dimensions For chromatographers who require additional capabilities to increase their speed of analysis, gain sensitivity and selectivity, and perform orthogonal separations, ACQUITY UPLC® Systems can meet these needs by controlling multiple valves and pumps for 2D separations. The resolution, sensitivity, and throughput benefits of UPLC® Technology are even more important in 2D applications. Waters’ 2D Technology solutions for the ACQUITY UPLC, ACQUITY UPLC H-Class, and ACQUITY UPLC H-Class Bio systems are purpose-built, from plumbing to software to valve control, to provide reproducible and consistent results for specific applications. Features:   •  Ready-to-use configurations to get you to successful 2D UPLC experiments faster, with less troubleshooting and more confidence   •  ACQUITY UPLC systems and proven columns enable best-in-class selectivity and sensitivity

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Enabling 2D HT Technology at Duke University