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 optimizes a HILIC method for collagen peptide mapping, evaluating stationary phases, injection techniques, and MS coupling to enhance peptide separation and hydroxylation analysis.

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 investigates how mobile phases and chromatographic conditions affect siRNA duplex stability, using DSC and chromatography to measure melting temperatures.

This study identifies ion release from borosilicate glass bottles as a cause of poor HILIC retention time repeatability and proposes PFA bottles as a solution.

This study enhances SEC-CD-MS for high-mass analysis by integrating high-throughput CD-MS and ultrawidepore SEC, enabling precise characterization of large biomolecules like VLPs and monoclonal antibodies.

This study introduces a novel remote deep-UV laser ablation dual-ionization source for molecular mass spectrometry and imaging with enhanced spatial resolution.

This study presents Basic Blue 7 (BB7) as a novel dual-polarity matrix for MALDI MSI, offering a simple, cost-effective sample prep method that improves image quality and reproducibility.

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.