This pilot study shows lipidomic profiling by UHPSFC–MS can detect pancreatic cancer from blood samples with >95% accuracy and higher sensitivity than CA 19-9.

Learn how SEC streamlines oligonucleotide purification. From pore size selection to flow optimization, discover practical tips for desalting, buffer exchange, and clean size-based separation.

Scientists at UPCE refine a lipidomic blood test for early pancreatic cancer detection, confirming high accuracy even in high-risk individuals.

This study presents an algorithm using tandem MS fragmentation data to determine copolymer block-length distributions, validated against ¹³C NMR results.

This study evaluates how harvest time influences bioactive compounds and antioxidant activity in Schizonepeta tenuifolia, identifying optimal stages for maximum biofunctionality.

Dr. Rachael Guenter traces her path into neuroendocrine tumor research and explains how clinician partnerships and mass spectrometry accelerate translational discoveries—plus why “think zebras” matters.

University of Amsterdam and Agilent partner to advance polymer analysis using 2D-LC-MS and AI-driven method development in a self-driving analytical laboratory.

Discover how HILIC-MS is transforming oligonucleotide analysis. Learn retention principles, method development steps, and practical tips for achieving high-resolution, ion-pair-free separations.

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.