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Agilent: Strategically Selecting the Best Superficially Porous Particle LC Column for Your Method Development
Superficially porous particles offer improved efficiency and performance over similarly sized traditional totally porous particles. Higher efficiency leads to improved resolution and possible time savings with superficially porous particles, hence their popularity for HPLC analyses. Columns using superficially porous particles are available in a wide variety of particle sizes and stationary phase chemistries. This webcast will go into detail on how a chromatographer can exploit new phase chemistries on superficially porous columns. Unique chemistries will be discussed, including those used for chiral and HILIC separations, as well as those optimized for long life at elevated pH for improved resolution.
KEY LEARNING OBJECTIVES
- How to use the many phase chemistry options available for superficially porous columns as a powerful tool to expedite method development, including reversed-phase, chiral, and HILIC analyses
- How to use pH to manipulate selectivity of ionizable compounds
- How to properly set up your LC system and laboratory, including which superficially porous particle column is best for your current laboratory configuration
WHO SHOULD ATTEND
- Lab Managers of contract, government, or QA/QC labs
- Analytical chemists who develop methods for small molecule compounds in environmental, pharmaceutical, or food samples
- Analysts and technicians performing analysis of small molecule compounds
- Graduate students and post-docs working
Speaker: Anne Mack, Applications Scientist, Agilent Technologies
For questions contact Kristen Moore at Kristen.Moore@ubm.com