LA ICP-MS on intact pine needles provides accurate trace element analysis comparable to acid-digested ICP-MS for most elements, offering a fast, low-prep alternative for small or volatile plant samples.

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.

This study developed an HPLC-ICP-MS method to quantify Hg²⁺ and MeHg⁺ in breast milk, evaluating collection methods, total mercury correlation, and elemental associations in samples over a 4-month study.

This study analyzes toxic metals in commercial flours to trace contamination from soil and milling, using ICP-MS triple quadrupole in an ISO 6 cleanroom.

This study evaluates how preanalytical delays impact metabolomics, introducing the PRIMA Panel, an R Shiny tool that predicts metabolite stability and improves quality control in biobank research.

This study presents the evaporated volume analysis (EVA) method for accurately estimating nanoparticle concentration using optical microscopy and AI-based counting.

The goal of this study is to design, synthesize, and characterize novel cyclic α-tetralone-based synthetic cathinones and determine their absolute configurations.

The goal of this study is to integrate and analyze large-scale lipoprotein and lipidomics data for understanding molecular epidemiology and cardiometabolic risk.

The goal of this study is to develop and evaluate a rapid, cost-effective NMR-HetCA-based method for identifying bioactive natural products in plant extracts.

The goal of this study is to develop a novel NMR-based method for determining pKa values and acidic species concentrations without direct observation.