Pierre-Hugues Stefanuto and Candi Gokey discuss GC×GC, untargeted metabolomics, breath analysis, AI, and the path from molecular fingerprints to personalized asthma monitoring.

Orbitrap Astral Zoom shifts key proteomics trade-offs, enabling deeper and faster plasma, DIA, single-cell, immunopeptidomics, and XL-MS workflows.

Learn how free MoNA and MS-DIAL MS/MS libraries can complement NIST26, expand spectral search coverage, and support compound identification in LC-MS/MS workflows.

Jacob Russell and Candice Gokey discuss advances in glycoproteomics, from intelligent MS acquisition and fragmentation strategies to real-time machine learning.

A Nature study reveals how early human embryos repair DNA during gene editing and highlights the potential and limitations of current genome-editing technologies.

Switching from helium to hydrogen in GC-MS/MS does not necessarily mean losing sensitivity. A study of 181 pesticides shows how method optimization can maintain reliable routine quantitation.

Explore the free NIST26 demo for integrated LC-MS/MS processing, including MS/MS deconvolution, library searching, test files, and support for NIST, MoNA, and MS-DIAL libraries.

UC San Diego researchers use patient-derived brain organoids, spaceflight, and Orbitrap Astral MS proteomics to study accelerated brain aging and neurodegeneration.

Explore the NIST26 Identifications folder and learn how XIC traces, MS/MS searches, isotope information and intermediate “check” files support more confident LC-MS/MS identifications.

Laura discusses how droplet cyclic ion mobility–MS accelerates biocatalysis screening, resolves isomeric products, and can turn months of LC-MS analysis into hours.