This study demonstrates automated Mag-Net enrichment for high-throughput LC–MS plasma proteomics, delivering up to 4500 proteins per sample at low cost and high reproducibility.

Dr. M. Farooq Wahab explains why chromatographic peak shape matters, what causes tailing and fronting, how to troubleshoot LC systems, and why denoising and computation matter.

Dr. Bob Pirok receives the 2026 Emerging Leader in Chromatography Award for advances in LC×LC, automated method development and chemometrics at the Van ’t Hoff Institute.

Czech scientists from CATRIN and CEET developed an enzyme-inspired photocatalyst that produces hydrogen peroxide from sunlight, water and oxygen—without toxic solvents or precious metals.

Discover how ion-pair reversed-phase (IP-RP) chromatography enables high-resolution oligonucleotide analysis. Learn about ion-pair selection, method setup, LC-MS compatibility, and robust separation strategies.

This study integrates metal quotas, quantitative proteomics, and inferred metalloproteomes to reveal trace metal requirements and adaptation strategies in phytoplankton.

This study extends nano-DESI mass spectrometry imaging to intact protein assemblies up to 231 kDa, enabling direct identification of large complexes in tissue.

Interview with Ainslie Chen on using LC-HRMS and C4 reversed-phase chromatography for precise hemoglobin variant detection and future clinical proteomics applications.

Researchers present printable, low-cost sensor technologies using smart materials to enable real-time plant health monitoring and advance smart agriculture solutions.

Anion exchange chromatography (AEX) is a powerful tool for oligonucleotide analysis. Learn how charge-based separation reveals purity, length variants, and structural insights in modern LC workflows.