LC-MS – Multimedia

This guide offers a comprehensive overview of advanced LC-MS/MS solutions designed to simplify and accelerate your processes.

This application note explores how automated workstations for tissue sample weighing and homogenization can increase efficiency and quality of results.

Bioanalytical laboratories are constantly challenged by the need for reliable triple quadrupole mass spectrometers to ensure the delivery of proper quantitative performance. In order to effectively meet the required drug discovery and development timelines, bioanalytical workflows need robust mass spectrometers to minimize instrument downtime.

This infographic highlights how HTMS can help significantly increase the throughput of your analysis.

This application note highlights how an automated solid-phase extraction (SPE) system can provide reliable, sensitive and accurate determination of PFAS in large-volume samples.

This guide outlines a direct analysis method for determining 24 PFAS in various non-drinking water matrices, contributing to the validation of EPA Method 8327.

This application note presents a powerful software that provides a comprehensive turnkey solution for the untargeted analysis of PFAS using HRAM spectrometry.

This application note presents a validation of the EPA Method 537.1 using automated solid phase extraction (SPE) combined with HRAM spectrometry.

This tech note explores the integration of automated sample preparation, robust LC-MS/MS analysis, and advanced data analysis software to achieve high-throughput and accurate label-free quantitation.

This infographic explores a cutting-edge technology that overcomes these challenges and access previously unreachable metabolomic information. Built on top of a first-of-its-kind Large Spectral Model (LSM), this revolutionary platform allows researchers to achieve untargeted absolute quantitative metabolomic results directly from raw spectra.