Integrating charged aerosol detection in chromatographic workflows
A truly universal chromatographic detector remains one of the most sought-after tools by analytical scientists.
In this interactive webinar, Professor James Grinias from Rowan University will share insights into his laboratory’s pioneering work with charged aerosol detection (CAD).
This session will delve into how CAD can be integrated into chromatographic workflows and highlight essential factors for achieving optimal performance, which might not be addressed with other detection methods. Professor Grinias will also explore practical applications, focusing on analyzing non-chromophoric species in the pharmaceutical industry.
The webinar will be conducted in a relaxed coffee chat format, with Kathrine Lovejoy joining Professor Grinias to facilitate the discussion. Join us for this engaging and informal session to learn about cutting-edge techniques and enhance your analytical skills.
Learning points:
Integration of CAD: How to incorporate Charged Aerosol Detection into chromatographic workflows.
CAD Considerations: Key factors for optimal performance unique to CAD.
Pharmaceutical Applications: Analyzing non-chromophoric species in the pharmaceutical industry.
Who should attend?
Analytical Scientists who are interested in advanced detection methods for chromatography
Pharmaceutical Professionals who focus on analyzing non-chromophoric species
Researchers and Technicians seeking to enhance their chromatographic techniques
Presenter: James Grinias (Professor, Department of Chemistry & Biochemistry, Rowan University)
Presenter: Katherine Lovejoy (Application Chemist, Thermo Fisher Scientific)
