LCMS webinars focusing on LC/QQQ - page 32

In this webinar, we discuss the sample preparation, instrument hardware and data analysis to aid the successful detection of challenging PFAS compounds.

Join this webinar and see how the new SCIEX 7500 system is ready to overcome the challenges of the low-level quantification of cyclic peptides.

Our guest speakers Giovanni Rizzato and Anna Moschin from Aquevenete and Waters panel of experts, present the analytical methods we developed to overcome challenges in accordance with the new 2020 EU DWD.

We will present a highly sensitive and specific LC/MS analytical method developed for the Agilent Ultivo TQ paired with a 1290 Infinity II UHPLC stack, the smallest footprint LC/TQ system.

In this talk Karen Yannell will review some of Agilent’s Hidden Gems—features of our hardware, software, and resources that don’t get enough attention but are crowd pleasing favorites for our LC/MS community.

Presented is how the Laboratory for Forensic Toxicology Research at Virginia has utilized a Shimadzu GCMS-QP2020 and an LCMS-8050 in an attempt to keep pace with the evolving cannabinoid reality.

We will show you LC-GC×GC-ToFMS/FID for the quantitative and confirmatory analysis of MOSH and MOAH and the targeted approach for detecting and quantifying PFAS in paper and board matrices using LC/QQQ.

This presentation will detail strategies for both targeted quantification and identification of legacy & emerging PFAS in food & beverage.

Recent results on the development and validation of sensitive methods for determination and unambiguous confirmation of residues of PFAS in breast milk, retail milk, infant formulas and human serum.

In this talk we explore high throughput techniques to do targeted proteomics. We will discuss peptide optimization with the Agilent optimization software and integrating Rapid Fire into the workflows.