Morning Session: New Stationary Phases II
This morning session, which begins at 11:15 a.m., kicks off with a talk by Luis Colon of the State University of New York at Buffalo, on aminophenyl-derived phases on superficially porous silica particles.
This morning session, which begins at 11:15 a.m., kicks off with a talk by Luis Colon of the State University of New York at Buffalo, on aminophenyl-derived phases on superficially porous silica particles.
Zhimin Li of Waters Corporation will then present an evaluation of a biocompatible UHPLC system for method transfer of biopharmaceutical assays.
The third talk, from Barry Boyes of Advanced Materials Technologies, will discuss manipulating protein variant separations using high-performance superficially porous particles with large pores.
Takuya Kubo of Kyoto University in Japan will close the session with a talk on p interactions in liquid chromatography.
HPLC 2025 Preview: Fundamentally Speaking (Part 1)
May 13th 2025Michael Lämmerhofer from the Institute of Pharmaceutical Sciences, University of Tübingen, Germany, spoke to JFK Huber Lecture Award winner of 2024 Torgny Fornstedt, professor in analytical chemistry and leader of the Fundamental Separation Science Group, Karlstad University, Sweden, about his pioneering work in high performance liquid chromatography (HPLC) with a focus on fundamentals and industrial applications.
Reversed-Phases for LC Deliberately Doped with Positive Charge: Tips and Tricks for Effective Use
May 13th 2025In this month's edition of LC Troubleshooting, Dwight Stoll and his fellow researchers discuss both the benefits (improved peak shape/loading) and challenges (excessive interaction) associated with charge-doped reversed-phase (RP) columns for both analytical and preparative separations.
Determining Ways to Protect Honeybee Colonies with GC–MS
May 13th 2025A study conducted by the Agriculture Research Centre of Giza, Egypt, and Jilin Agricultural University in China, evaluated the efficacy of stinging nettle extract, nettle smoke, and formic acid in the controlling of Varroa mites, a major threat to honeybee colonies, with a focus on mite infestation reduction, honeybee mortality, and biochemical responses. Gas chromatography–mass spectrometry (GC–MS) was used to identify key bioactive compounds in the stinging nettle extract.
