Dramatically Improve Existing 5 µm and 3 µm Fully Porous Methods Jeff Layne
With virtually no development required chromatographers running traditional methods can instantly improve resolution, sensitivity, and productivity by simply replacing 5 µm and 3 µm fully porous columns with a Kinetex 5 µm core-shell column. Read More
Rapid LC–MS-MS Pain Panel Analysis Using Kinetex Columns Sky Countryman, Shahana Huq, Seyed Sadjadi, and Erica Pike
In this application note, 41 pain management drugs from several drug classifications were isolated from urine samples and analyzed by LC–MS-MS in under 5 min using a Kinetex Core-Shell Technology HPLC/UHPLC column. Read More
Accurate and Reproducible Quantitation of Vitamin C in Human Plasma Shuguang Li, Sky Countryman, and Erica Pike
A fast and efficient HPLC method for sensitive, accurate, and reproducible quantitation of vitamin C in human plasma by applying Impact Protein Precipitation Plate technology with Kinetex Core-Shell HPLC columns. Read More
Chlorogenic Acids from Green Coffee by HPLC Zeshan Aqeel, Steve Baugh, David Truong, J. Preston, and Serena Lazzaro
Fast analysis of the green coffee extract raw material using a new Kinetex Core-Shell Technology HPLC method for both brewed coffee and a commercially available formulation containing green coffee extract. Read More
Enhancing Sensitivities and Peak Capacities for UHPLC–MS Fast Gradient Analyses James Rudge, David Neville, Richard Houghton, Chris Message, and Jeremy Bierman
The ultra-high efficiency and low backpressures provided by Kinetex core-shell 2.6 µm columns provide users the opportunity to go beyond what is traditionally accepted for UHPLC runs. Read More
Ultra-High Efficiency Kinetex Core-Shell Technology for Preparative LC Jeff Layne, J. Preston, Marc Jacob, and J.T. Presley III
The first and only core-shell media available for lab-scale preparative purification. Chromatographers can now scale their ultra-high efficiency Kinetex core-shell analytical columns directly to Kinetex 5 µm Axia-packed preparative columns. Read More
