Scientists at IOCB Prague developed a breakthrough technology that accelerates aptamer discovery, opening new opportunities for diagnostics, therapeutics, and wearable biosensors.

Thermo Fisher Scientific’s MSACL 2025 workshop showcased how automation, proteomics, and mass spectrometry accelerate biomarker discovery, verification, and clinical validation.

A single LC-HRMS method for NDSRI quantitation across six beta blockers. Discover how Orbitrap MS enables sensitive, robust analysis of trace nitrosamine impurities.

Learn the most common causes of SPE cartridge flow problems and how to troubleshoot them. Identify issues related to samples, solvents, manifold pressure, and precipitation.

How can mAb manufacturing monitoring be simplified? Switchable 2D-LC-UV-MS workflows enable near real-time tracking of critical quality attributes and faster process decisions.

Learn how to safely switch solvents in an LC column, verify solvent miscibility, use IPA between immiscible systems, and prevent irreversible column damage.

Low SPE recovery does not have to mean method failure. Learn how fraction collection and analysis can identify analyte losses and guide effective troubleshooting steps.

Automated in-needle amino acid derivatization for HPLC-FLD reduces sample preparation time, improves reproducibility, and minimizes manual laboratory work.

Nick Riley’s group at the University of Washington uses Orbitrap Ascend and Vanquish Neo platforms to advance glycoproteomics through real-time LC-MS decision making.

How to extend SEC column lifetime: key degradation causes and best practices for contamination prevention, storage, and column protection.