A bead-based calibration workflow enables quantitative multielement analysis of single cells by mass cytometry and supports a broad range of lanthanide tags.

Propionic acid increases peptide identifications by 39% versus formic acid in LC-MS proteomics while maintaining chromatographic performance and compatibility.

A two-stage liquid–liquid extraction method enables sensitive, reproducible analysis of ultrashort PFCAs such as TFA and longer-chain PFAS in water.

This study validates quantitative LA-ICP-MS imaging of 3D tumor spheroids, combining optimized sample preparation, calibration, and protein correlation.

Explore ISC 2026 vendor seminars featuring the latest advances in LC, GC-MS, LC-MS, chromatography method development, and biotherapeutic characterization.

This study develops a flow-through UE-SP-ICP-MS method for direct extraction and elemental and isotopic characterization of nano- and microparticles from silicon wafers.

This study uses exfoliated g-C₃N₄ photocatalysts to degrade pharmaceuticals under visible light and identifies degradation pathways by LC-HRMS/MS.

This study evaluates the biostimulant effects of two microalgae species and their resistance to widely used agricultural pesticides.

Discover why LC–MS/MS and GC–MS/MS continue to expand across regulated laboratories, driven by biopharma, PFAS regulations, AI-powered workflows, and advances in sample preparation.

Explore the scientific program of ISC 2026, featuring world-leading experts in chromatography, mass spectrometry, omics, bioanalysis, AI, and separation science across four days in Prague.