Application Notes

Plasticizers added to water bottles to add stability to the bottles can be unknowingly extracted in drinks leading to possible endocrine interactions. 

Obtain consistently accurate results for the determination of metals and trace elements during the analysis and monitoring of ground, river, drinking, and wastewater.

This application note shares new chiral separations for (±)-catechin and several Daicel immobilized chiral stationary phases. It also highlights elution order reversals.

PFAS are an emerging concern to environmental health. This has driven the need to monitor and calls for global regulations to restrict or eliminate them.

This case study describes a workflow for the fast, direct analysis of nine haloacetic acids, bromate, and dalapon in drinking water using IC–MS/MS

Automate your SPE isolation of THC analytes from blood with Gilson’s ASPEC 274. This method saves time due to cartridge conditioning and the removal of wash steps.

This application note demonstrates the analysis of several spices by performing TD-GC-MS with a Pyroprobe 6200. 

The world of horse race drug testing is constantly evolving. The need for a reliable and quick SPE method for the determination and separation of a wide variety of drug classes is critical to laboratories certified in this realm of veterinary medicine.

The Epic C18 column provides efficient and repeatable separations for finasteride, meeting all suitability requirements in the USP monograph.

The superior base deactivation and high-density bonding technology of the Epic C18 phase yields excellent peak shape in betamethasone analyses.

This application brief describes the use of an Epic C18 column for the analysis of acetaminophen, aspirin, and caffeine yielding rapid and reproducible results.

This application brief describes the use of an EpicTM C18 to analyze three ginsenosides using a method based on the Chinese Pharmacopeia.

See how the µPAC™ capLC LC–MS column can help increase sample throughput, and at the same time maintain the highest separation efficiency and sensitivity.

See how the µPAC™ capLC LC–MS columns can contribute in the characterization of the glycosylation pattern of therapeutic enzymes.

Learn how to simplify the connectivity from your µPAC™ column to your mass spectrometer, with Nanospray Flex source. Only two connections, from column to emitter.

The µPAC™ GEN2 nanoLC columns are specifically designed to further improve your LC–MS results. More IDs and higher reproducibility for more confidence in your data.

The µPAC™ Limited Sample Amount column is designed for ultrahigh sensitive separation performance for the smallest sample amounts, typically less than 20 ng of content.

Learn about the µPAC™ trapping columns, and see how they can help sample preconcentration in nanoLC–MS. Pick your preferred workflow, forward or backflush, and run.