Jacob Russell and Candice Gokey discuss advances in glycoproteomics, from intelligent MS acquisition and fragmentation strategies to real-time machine learning.

Madalyn Radlauer discusses polymer-supported catalysis, star polymers, SEC/GPC, light scattering, GC-MS benchmarking, and why asking the right questions drives better science.

Haidar Ahmad discusses chromatographic modeling, 2D-LC, greener method development, automation, and why strong fundamentals remain essential in separation science.

Rachel Wood discusses how AIMS, LMJ-SSP, DESI, LC-MS, automated sampling, and machine learning are being used to investigate molecular differences linked to kidney cancer aggressiveness.

Laura discusses how droplet cyclic ion mobility–MS accelerates biocatalysis screening, resolves isomeric products, and can turn months of LC-MS analysis into hours.

Michelle Taylor of Labcompare discusses how PFAS testing is evolving across water, food and packaging, from ultratrace LC-MS analysis and contamination control to AI and destruction technologies.

Interview with Taťána Gazárková on analytical chemistry, untargeted metabolomics, the search for novel bioactive compounds, and her Sanofi Prize for Pharmacy 2026 award.

Colette Quinn discusses how LC, high-resolution MS, light scattering, automation and data literacy are transforming QA/QC for increasingly complex biologics.

Samuel Foster discusses capillary LC, from dramatic solvent savings and enhanced ESI-MS sensitivity to extra-column effects, method translation, radiopharmaceuticals, and the future of miniaturized HPLC.

Joseph Corstvet discusses LC–MS lipidomics for monitoring mesenchymal stromal cell senescence, the importance of tandem MS, and triboelectric ionization for more affordable and portable mass spectrometry.