Waters tells us, "The technology is adaptable and robust enough to bridge the HPLC and UPLC performance gap while continuing to support validated assays.” To learn more about this exciting development ...
Waters now enables seamless connectivity between its liquid chromatography (LC) systems and multi-angle light-scattering instruments (MALS) for improved ease-of-use, efficiency, and data confidence in ...
MILFORD, Mass.--(BUSINESS WIRE)--Waters Corporation (NYSE:WAT) today introduced the Waters ® ACQUITY ® Arc™ System, a quaternary liquid chromatograph that gives analytical laboratories running ...
Eric Hill of Impact Analytical discusses the emergence new analytical technologies, specifically UPLC. He outlines the advantages of converting existing HPLC assays to UPLC, including both increased ...
High performance liquid chromatography (HPLC) was first described in a landmark paper by Csaba Horvath and Seymour Lipsky in 1966, followed by the 1967 debut of the Waters ALC-100. Over the next ...
From our June 15 Issue: HPLC’s Discriminating Power Quietly Resolves Madding Mixtures and Methodically Sequesters Compounds When Waters introduced the first commercial high-performance liquid ...
Many modern analytical problems cry out for fast and efficient ways to separate complex mixtures. For example, it's almost impossible to separate all the peptides in the protein digests used in ...
Long the method of choice for fast, accurate protein purification, HPLC has been revamped in recent months. Two companies, Agilent Technologies in Palo Alto, Calif., and Waters in Milford, Mass., ...
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