Researchers at Charles University developed a new photocathode for solar-driven CO₂ conversion to ethanol. Surface-engineered MXene improves conversion efficiency and material stability.

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

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

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

EnzymeMiner 2.0 from the Loschmidt Laboratories searches vast protein sequence databases to identify promising enzymes and predict their properties before laboratory testing.

Multi-omics profiling of thymoma identifies subtype-specific metabolic, lipid, and protein changes and reveals molecular targets associated with myasthenia gravis.

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

A derivatization-assisted chiral LC-MS/MS method separates and quantifies carnitine and acetylcarnitine enantiomers in meat, milk, and fermented foods.

Researchers developed a graphene ink with single copper atoms for inexpensive, highly sensitive printed sensors capable of detecting dopamine.

Explore Thermo Fisher Scientific webinars, studies and resources for oligonucleotide and mRNA analysis by LC-MS, from impurity characterization to sequence mapping and quality control.