How to improve your LC-MS/MS assays by investigating the causes of chromatographic variation, the effects of differing methods of compound optimization and the sources of ion suppression.

In protein structure studies, ion mobility spectrometry provides rotationally averaged collision cross-section values that correlates to size and shape of the biomolecule.

In this webinar, we will learn how he combined IC with ICP-MS to develop a robust and sensitive method for determination of chromium (VI) and chromium (III) in tap water.

This presentation will highlight two recently introduced software applications: INTACT Mass and CONFIRM Sequence.

In this talk we will look at the basic essentials needed to efficiently develop an HPLC method.

Researchers at the University of California at Davis have developed analytical methods that measure the vast array of carbohydrate structures.

LC selectivity theory and its parameters. Column phases and expected interactions with five different steroids. Screening 4 phases and how they affect the LC selectivity for a steroid panel.

Techniques for tackling more challenging complex samples. Understand the potential of advanced polymer separation. Advanced detection techniques, GPEC, RPLC, 2D LC.

How column choice affects PFAS selectivity. Learn how modified C18, -Hexyl, Phenyl-Hexyl, and Fluorinated phases affect PFAS selectivity. How using organic modifiers can improve PFAS selectivity.

Theory behind SEC. An overview on mAbs and it’s characterization requirements. LC system, LC Column and Stationary phase effects and considerations. Mobile phase considerations and method development pointers.