Waters

How an old adage takes on a darker meaning, when we consider exogenous compound exposure

Tackle the PFAS problem head-on with the single-digit parts-per-quadrillion sensitivity from the Xevo™ TQ Absolute MS

How atmospheric pressure ionization GC-MS can help solve the increasing difficulties of economically sourcing helium

Kevin Giles explores the wonderful world of IMS-MS, and Waters’ key contributions to it

The Waters COVID-19 Innovation Response Team is streamlining research to fight the pandemic - Steve Martin explores their success thus far

Leading figures of ion mobility spectrometry–mass spectrometry explored the field and its future at the IMS Great Minds Summits.

We’re talking mass spectrometry rather than submarines, but how does it work, what are the advantages and who can benefit?

How mass data is marching from R&D into more routine use: the search for genotoxic impurities

Welcome to a new era of mass detection, where simplicity meets robustness to open up a new world of possibilities.

How innovative method development can help us to understand the impact of glyphosate pollution on our drinking water

HRMS DESI Imaging with the SELECT SERIES MRT Mass Spectrometer delivers enhanced mass accuracy and mass resolution

HRMS coupled with LC is an ideal analytical tool for discovery and identification of drugs and their metabolites in complex biological matrices

Characterization of glycosylation on the glycopeptide level can be challenging with traditional peptide mapping methods

This draft method, designed for Clean Water Act (CWA) compliance, tackles the complex world of PFAS analysis with precision and innovation.

Detect lower concentrations of PFAS in samples and open the possibility to reduce your required sample size and therefore speed up sample preparation.

Environmental impact of per- and polyfluoroalkyl substances (PFAS) is widely known from the prevalent usage of these compounds in everyday products

Become a champion of PFAS analysis. Discover helpful tips and tricks to assist your PFAS testing, regardless of matrices and analytical scope.

In this application brief we demonstrate the ability of Cyclic IMS to separate small molecule isomers by utilizing multi-pass experiments.

HDX is increasingly used on larger proteins and protein complexes.

This study establishes MaxPeak HPS Technology can be broadly applied in the development and manufacturing of therapeutic drug products.

Achieve absolute confidence to reach lower limits of quantitation even for challenging negative ionizing compounds.

Make confident identifications with the SELECT SERIES MRT.

The SYNAPT XS ion mobility time-of-flight mass spectrometer provides ultimate flexibility.