Combining FT-MIR and GC-MS enables fast, multivariate analysis of agavins metabolism in Agave angustifolia and A. potatorum, linking MIR regions to GC-MS structural data for deeper insights.

A novel ion-repulsion strategy allows rapid ICPMS/MS detection of hydrophobic sulfonylureas with minimal organic solvent, achieving high sensitivity and bypassing the need for organic ICPMS mode.

Kupferschiefer black shale in SW Poland emits halomethanes, including tetrachloromethane, via Fe³⁺-catalyzed abiotic reactions, revealing a previously unknown natural source.

Attosecond X-ray spectroscopy reveals how silane cations fragment in femtoseconds after ionization, offering new insights into molecular dynamics and semiconductor processes.

Chemists at IOCB Prague developed a fast, robust SNAr-based method to synthesize drug-like atropisomers, unlocking access to hindered C–N bonds with practical and mild conditions.

A digital immunoassay using LA-SP-ICP-MS counts UCNP-labeled complexes with sub-pg/mL LODs, enabling detection of low-abundance biomarkers in clinical samples with high accuracy.

Discover how MSCA and ERA fellowships empowered two RECETOX researchers to grow as independent scientists, tackle global health challenges, and inspire future scientific careers.

ICP-MS analysis of 102 non-PDO Greek cheeses confirmed low heavy metals, good essential element content, and potential classification by milk or cheese type to support broader consumer recognition.

Scientists developed a catalyst that uses sunlight and water to hydrogenate a wide range of organics with high yield and selectivity—no gas hydrogen or harsh conditions needed.

A new stethoscope cell enables accurate, reproducible online-LASIL ICP-MS analysis of samples with varied geometry, validated against ICP-OES reference data.