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.

The goal of this study is to optimize IP-RPLC for separating and characterizing large RNA molecules, enhancing RNA quality attribute analysis for therapeutic development.

The goal of this study is to investigate oligonucleotide elution behavior in IP-RPLC under various mobile phase conditions and develop ultra-fast separation methods for therapeutic oligonucleotides.

The goal of this study is to develop and optimize a bioinert UHPLC-HRMS method for improved untargeted metabolomic analysis of ionic compounds.

Slow electrons are used in cancer therapy as well as in microelectronics. It is very hard to observe how they behave in solids. But scientists at TU Wien have made this possible.

In the study published in the Food Chemistry journal, researchers evaluated the potential of split-stream processing to upcycle asparagus waste for use in food formulations.