HRAM Orbitrap LC-MS accelerates postmortem toxicology, enables retrospective screening for emerging drugs, and improves confidence in complex sample analysis.

This study presents a sensitive LC-HRMS method for sequence verification and impurity profiling of RNA-based therapeutics.

Researchers developed a graphitic carbon nitride photocatalyst that efficiently degrades antibiotics and pharmaceutical residues in wastewater using visible light.

IOCB Prague hosted HIV prevention pioneers discussing lenacapavir, a long-acting drug that could shift HIV prevention from daily pills to a single yearly injection.

This study investigates chemical aging of tire and turf crumb rubber, identifying hundreds of transformation products and potential aging markers.

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

This study introduces a compact multi-reflecting TOF mass spectrometer combining high resolution, fast acquisition, and broad dynamic range for LC-MS/MS.

Professor Michaela Rumlová explains how retroviruses exploit cellular RNA export pathways and how her international project may uncover vulnerable points in retroviral replication.

The NETPHARM 2026 conference highlighted major advances in translational pharmaceutical research, international collaboration, and investments in cutting-edge scientific infrastructure.

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.