Method Development

Solvents, Buffers, and Additives eLab

An interactive experiment focused on the selection of the correct solvents, buffers, and additives for LC-MS applications.

Flow Rates and Flow Splitting eLab

An interactive experiment focused on flow rates and splitting for LC-MS.

Atmospheric Pressure Photoionization eLab

Interactive experiment focused on the important experimental parameters for atmospheric pressure photoionization (APPI).

Atmospheric Pressure Chemical Ionization eLab

Interactive experiment focused on the important experimental parameters for atmospheric pressure chemical ionization (APCI).

Electrospray Ionization eLab

Interactive experiment focused on the important parameters for electrospray ionization (ESI).

Quick LC-MS Method Optimization

A step-to-step guide to LC-MS method development and optimization.

10 Tips For Great LC-ESI-MS Results

Here are 10 great tips for optimizing LC-ESI-MS so that you achieve the best possible results every time.

Does Mass Spectrometry Need Chromatography?

This quick guide answers the question of "Does mass spectrometry need chromatography?". Does chromatography improve our mass spec analyses?

Optimizing LC-MS and LC-MS/MS

In this webcast we consider the major instrument and method variables in LC-MS analysis as well as some of the more minor ones which can sometimes make a big difference to your analysis.

LC-MS - Introduction to MS/MS Experiments

A short video guide to introduce the types of MS/MS experiments which can be carried out.

The Challenges of PFAS Analysis

This webcast covers the challenges and solutions in PFAS analysis. Key topics include direct LC-MS/MS analysis, effective pre-treatment techniques for water samples, and strategies for identifying contamination sources. Additionally, the webcast  addresses methods for analyzing volatile PFAS in air, providing a comprehensive approach to tackling PFAS in environmental testing.

Sponsored by

LC-MS Method Parameters - Critical Evaluation

In this webcast, our speakers will consider a range of critical LC-MS method parameters and their impact on analytical sensitivity and specificity. The importance and impact of specific eluent chemistry, interface parameters, analyzer settings and types are all critically reviewed and evaluated in this highly relevant presentation.

Chromatographic Analysis of PFAS: Method Development and Optimization

This webcast discusses the development of robust and sensitive methods for PFAS analysis in water and soil, addressing challenges such as contamination from environmental sources and lab materials. The webcast also explores strategies to minimize or eliminate interferences in PFAS testing, including potential adaptations for air monitoring methods.