Waters Live Webinar: Phát hiện mức độ siêu vết với công nghệ GC-MS / MS mới nhất
Waters Live Webinar: Phát hiện mức độ siêu vết với công nghệ GC-MS / MS mới nhất
Thứ Tư 24/02/2020 vào lúc 08:30 AM ( Giờ Việt Nam)
High resolution mass spectrometry (HRMS) or the magnetic sector technology was the method of choice for the detection of very low levels of contaminants. Examples of such contaminants includes dioxins/furans, pesticides, polychlorinated biphenyls (PCBs). With the recent regulatory changes, and advances in technology, GC-MS/MS system can also be used today to detect ultra-trace levels of contaminants. In this webinar, hear from our expert on the latest GC-MS/MS technology, its performance and how it can be used in routine analysis to reduce cost per sample in your laboratory.
Are you updated with the latest regulatory changes in dioxin testing? Hear from us on the latest news for dioxin analysis and the acceptance of Waters APGC-MS/MS system by US EPA following approval of SGS AXYS Method. Environmental labs can now consider Waters APGC Xevo TQ-XS as an alternative to legacy magnetic sector instrumentation for routine, highly sensitive testing with improved robustness.
Dr Frank Dorman, Waters Senior Principal Environmental Market Manager will present on Waters Atmospheric Pressure Gas Chromatography Tandem Mass Spectrometry (APGC MS/MS) and the benefits for labs to modernize this method.
Why Attend?
- Modernize your laboratories with the latest GC-MS/MS technology that is less expensive, more sensitive and easier to operate
- Hear us live and ask any questions you have to our global expert
Presented by
Frank L. Dorman, Ph.D.
Senior Principal Environmental Market Manager and Associate Professor of Biochemistry, Microbiology & Molecular Biology
Waters Corporation and Penn State University
In Waters, Frank focuses on developing environmental business solutions, managing external collaborations and interfacing with R&D for new product development. At Penn State University, Frank served as a member of the graduate faculty for 10 years with scientific interests in gas and liquid chromatography, mass spectrometry and atomic spectroscopy as applied to trace analysis in complex sample matrices primarily for environmental and forensic applications.
