LCMS webinars focusing on Columns - page 14

How you can speed up method development by 30 % AND increase your assay precision 10-fold.

Thermo Scientific low-flow chromatography (capLC/NanoLC) columns and demonstrate how they are specifically designed to push nanoLC separations further.

How to reduce the use of acetonitrile while maintaining separation performance by using narrower ID columns containing smaller particles.

Understand the FDA’s approach for PFAS LOQs in various food matrices.

We will explore how we can take advantage of the mixed mode chemistry of PFAS molecules to routinely detect and quantify a broad scope of PFAS.

Process of transitioning from an established batch capture step to a multi-column chromatography (MCC) method.

Elaborated upstream and downstream process for the high throughput production of standard and modified oligonucleotides of a length up to 200 nucleotides.

Technology needed for the correct identification of lipids, and how monodisperse particles can improve the speed and separation capacity of lipids.

Key improvements made over the last 30 years, including high purity stationary phases, hybrid organic/inorganic particles, UHPLC columns and hybrid surface technology hardware.

Overcome critical challenges in polar pesticides analysis and throughput.