Accurate and precise measurement of pharmaceutical drugs in complex matrices can be challenging due to the presence of matrix contaminants. To ensure the highest levels of accuracy and precision, it is imperative to use highly robust analytical techniques. Triple quadrupole mass spectrometers are widely used in quantitative bioanalysis because of their stable analytical performance over an extended period. Here, exceptional sensitivity and stability were demonstrated to support bioanalytical workflows in high-throughput laboratories.

The presence and impacts of microplastics are being extensively researched and reviewed, especially in the marine environment. However, the accumulation and ecotoxicity of leaching compounds such as additives in plastic waste are scarcely studied.
This webinar explores how leachates from microplastics and other plastic materials accumulate within edible and non-edible root vegetables and how they are then incorporated into the food chain.
Our expert speaker will discuss the results of their research into the levels of leachates in root vegetables, illustrating how plastic-associated compounds were quantified using a novel static headspace and gas chromatography-mass spectrometry (SHS-GC-MS) workflow.

In the pursuit of a sustainable future, advanced energy materials are emerging as the building blocks of a clean energy revolution. These next-generation materials promise to transform how we capture, store and utilize energy, driving innovation in semiconductors, solar cells, fuel cells and beyond.

Human blood plasma contains thousands of distinct lipid species. These lipids can provide new insights into health and disease, with lipidomic profiling revealing new biomarkers for various conditions and being used to monitor the efficacy of treatments.

In this webinar, hear from a technical specialist on addressing the challenges with antibody aggregates and process related impurity removal using a new high performance chromatography resin specifically developed to address removal of high molecular weight species in flow-through mode by immobilizing a flocculant onto a rigid porous bead.

In this webinar, you’ll discover the principles of antibody panel design as well as how to streamline the process to amplify the quality of your results.