This study assesses the use of LC-QTOF-MS with data independent acquisition for quantifying target pesticides and screening suspects in agriculture-impacted water samples.

This study aims to create and validate a serum preparation method enabling combined untargeted NMR and multi-LC-MS analysis from one sample, enhancing efficiency and metabolome coverage.

The study assesses dispersion and plate height behavior in 3D-printed TPMS stationary phases, identifying optimal structures for LC based on flow and retention performance.

This review outlines IEX fundamentals and explores advanced strategies—like pH gradients, ultra-short columns, and coupling with MS—for characterizing complex biotherapeutics.

This study introduces an MSI-TIMS method to identify and spatially resolve GAG oligosaccharides and their sulfation states directly from retinal tissue sections.

This study evaluates hydrogen, helium, and nitrogen as carrier gases in HPLC-GC-FID for MOH analysis in food, showing nitrogen as a suitable and effective alternative despite some peak broadening.

This study evaluates matrix effects in untargeted HILIC-MS plasma metabolomics using post-column infusion, identifying optimal conditions and improving method reliability for metabolite analysis.

This study uses HILIC-MS to explore how thorium interacts with phosphorylated biomimetic peptides, revealing its affinity and selectivity versus uranium for toxicity modeling.

This study models indirect detection using co- and counter-ion probes in chromatography. New isotherm models accurately predicted elution and sensitivity, with errors mostly under 4.72%.

This study presents an HPLC-ICP-MS method for precise quantification of Gd complexes in Gadoquatrane, enabling detection of trace by-products to optimize synthesis and drug control strategies.