Fast-Track Clone Selection and Cell Line Optimization Workflows: Automating Sample Prep to Screen Hundreds of N-Glycan Samples Per Day
New high-throughput N-glycan screening technologies can rapidly analyze large sample sets—providing you with the necessary results to make decisions on clone selection and cell line optimization in real time. Learn a new automated sample preparation protocol that can decrease your analysis time by as much as 40% using the Biomek i5 Liquid Handler Platform. This workflow greatly simplifies the process by minimizing human intervention and variability in results.

Environmental and Agricultural Applications of CESI-MS: Overcoming the Challenges of Quantifying Highly Polar Amines
Join us as Spencer Walse from the USDA explain how the CESI separation technology has delivered reliable results for some of the most challenging agricultural applications.

CESI-MSMS: Quantitation of Highly Polar Pesticides Beyond the Limitations of LC-MSMS
Join Dr. Wiley Hall from the Safe Food Alliance as we discover how to increase efficiency and reliability in agricultural analyses of polar compounds.

Make Better Decisions Faster with Highly Reproducible, High-Throughput Glycan Screening
High-throughput glycan screening and identification has typically been a bottleneck in clone selection and cell culture optimization. However, obtaining N-glycosylation data early on significantly increases your chances of selecting the right clones or cell culture conditions. In this webcast, we discuss the repeatability of a high-throughput glycan screening technology that will allow you to make better decisions in real time..