We will review the principles, capabilities and limitations of RT-MALS, and then present case studies covering downstream processing (DSP) of proteins, polysaccharides, viruses and lipid nanoparticles.

Our panel of five experts will share innovation updates and words of wisdom – from method development to sample prep to specific applications – helping you score enough points to level-up your LC-MS analyses.

In our group, we focus on novel LC-HRMSn workflows for the analysis of lipids and glycolipids. We apply multidimensional separation and MSn strategies as well as parallel mass analyzers.

In this webinar we will also learn how ion mobility is beneficial for cross-linking MS on timsTOF platform by enabling the separation of mono-linked peptides from cross-linked peptide pairs.

In this webinar, we will describe how MaxPeak Premier Solutions reduce metal-analyte interactions to improve the reproducibility, recovery, and overall peak shape in biopharmaceutical-based assays.

Understanding the workings of biological systems requires more than an analysis of the proteins present. Valuable insights can also be gained from a metabolomic or lipidomic study.

Join us, learn about how to select a LC column, mass spectrometry, receive a certificate of completion, and a free method consultation with one of our technical experts!

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.

Choosing the Best Purification Method - Method Scouting Wizard; Scaling for Oligo Purification - Loading Study and Scale Up Calcs; Oligonucleotide Purification Using Mass Based Fraction Collection.

LC-MS has been routinely employed for bioanalytical studies of oligonucleotides due to its high specificity, relatively short method development time and metabolite identification capability.