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.

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.

Joseph Corstvet discusses LC–MS lipidomics for monitoring mesenchymal stromal cell senescence, the importance of tandem MS, and triboelectric ionization for more affordable and portable mass spectrometry.

Jay Gandhi discusses ion chromatography, AOF and combustion IC for PFAS analysis, explaining how these techniques complement targeted LC-MS and help reveal the broader fluorine burden.