The study investigates methane as a reaction gas in ICP-MS and ICP-MS/MS to overcome interferences in sulfur analysis of soil and plant digests, enabling cost- and time-efficient single-instrument use.

This study aims to enable accurate, reproducible quantification of intracellular zinc in single human parietal cells using LA-ICP-MS and a novel AFM-optimized gelatin calibration strategy.

This study demonstrates accurate, high-precision 230Th/232Th isotope ratio measurement using MC-ICP-MS/MS with a pre-cell filter, reducing background and eliminating tailing correction needs.

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 aims to validate and optimize separation protocols for analyzing cationic impurities in uranium and plutonium matrices using ICP-OES and ICP-MS methods.

This review highlights the evolving role of CE-ICP-MS in biospeciation analysis, emphasizing its use in metal-based drug and nanoparticle research and advances in tandem/single-particle ICP-MS.

This study compares single and triple quadrupole ICP-MS for antimony analysis in a macrotidal estuary, revealing improved detection, isotopic interference correction, and dissolved Sb flux estimates.

The study aims to develop and validate an ICP-MS method for accurate measurement of magnesium, copper, and zinc in red blood cells to support diagnosis of nutritional deficiency and metal toxicity.

This study assesses microwave digestion and ICP-MS as a reliable method for quantifying 19 heavy metals in food additives, supporting safety, quality, and regulatory compliance in the food industry.

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