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.

Explore GC-MS, GCxGC, and TOFMS for complex mixture analysis. Discover advanced separation, high sensitivity, and reliable identification of volatile and semi-volatile compounds.

A bioflocculant derived from açaí seed tannins achieves 91–100% removal of several toxic metals, with FTIR and ICP-MS supporting optimization under alkaline conditions.

GC-MS shows that heat and UV exposure modify essential oil composition and can improve antimicrobial activity, especially against fungal strains.

5 webinars: atomic spectroscopy, chromium speciation, EA-IRMS, IC-ICP-MS, ICP-MS, ICP-OES, stable isotopes, X-ray inspection.

13 webinars: cannabinoids, chromium speciation, E&L, LC-MS/MS, LNPs, metabolomics, MOSH/MOAH, oligonucleotides, PFAS, proteomics.

4 webinars: EA-IRMS, GC-HRMS, MOSH/MOAH, PFAS, stable isotope analysis, TD-GC-MS.

Proteomic LC-MS/MS characterization of a protein-enriched S. commune fraction reveals 64 protein groups and potent selective activity against HeLa cancer cells.

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