Jonathan L. Belanger
Articles
Thomas H. Walter;Bonnie A. Alden;Jonathan L. Belanger;Kenneth Berthelette;Cheryl Boissel;Mathew DeLano;Lavelay Kizekai;Jennifer M. Nguyen;Stephen J. Shiner
June 1st 2022A novel surface modification technology has been developed to reduce interactions between analytes and metal surfaces in HPLC instruments and columns. We demonstrate the impact of this technology on peak symmetry, peak area, and injection-to-injection and column-to-column reproducibility for several metal-sensitive analytes.
Latest Updated Articles
Published: November 15th 2024 | Updated: November 19th 2024
Analyzing Organic Acids in Fruit-Based Kombucha Analogues Using HPLC
Published: November 18th 2024 | Updated: November 19th 2024
LC-HRMS Technology Used to Track Chemical Migration in Reusable Plastic Bottles
Published: July 3rd 2024 | Updated: July 8th 2024
Technology Trends in Separation Science: Data Handling
Published: September 10th 2024 | Updated: November 23rd 2024
Analytical Method Lifecycle of SFC Methods from Development Use to Routine QC Implementation; Supporting Small Molecule R&D and Commercialization
Published: October 15th 2024 | Updated: November 23rd 2024
Detailed Glycosylation Analysis of Therapeutic Enzymes Using Comprehensive 2D-LC–MS
Published: November 18th 2024 | Updated: November 23rd 2024
Agilent Technologies Battery Summit
