Mass Spectrometry

Researchers have developed an mRNA influenza vaccine that sustained germinal-center activity for up to 26 weeks in some recipients. The vaccine generated more diverse antibody responses than conventional vaccines.

Decades of hardware innovation have delivered faster, more powerful, and more sustainable mass spectrometers. Hear from experts on how software could help to deliver new breakthroughs in accessibility, data quality, and maintenance.

Plant-based meat could become more realistic with help from plants engineered to produce myoglobin—the protein that gives meat its distinctive color and taste. Discover how engineered lettuce chloroplasts may improve meat alternatives.

Researchers mapped 100 autism risk proteins and 54 patient mutations, identifying 1,881 interactions. Many autism-linked genes converged on shared protein complexes, suggesting common therapeutic targets across genetically distinct forms of autism.

New research has shown that proteins that contain a type of entanglement in their native structures are more likely to misfold, yet many of the misfolded proteins evade the cellular quality-control system.

A neuro-symbolic AI system that predicts and searches the spectra of more than 100 million molecules has been developed. The platform expands chemical identification capabilities and helped discover previously unknown microbiome-derived compounds.