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 PLE–Py-GC/MS method was optimized for PE, PET, PP, and PS in wastewater. Results show MP detection is strongly influenced by extraction, pyrolysis, and calibration parameters.

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

A green HS-HiSorb-TD-GC-MS method for 12 DBPs in drinking water shows high sensitivity, accuracy, and compliance with EU 2020/2184, supporting sustainable water quality monitoring.

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 PLE-GC/MS method quantifies 7 model contaminants in recycled HDPE with good precision. Applied to assess a limonene-based recycling process with high cleaning efficiency.

A team led by Prof. Jan Konvalinka has developed a compound that destroys the yeast Cryptococcus neoformans – a fungus which is life-threatening for people with weakened immune systems – in laboratory settings.

A Czech-Polish team discovered a stable flavin anion catalyzing visible-light photoreductions. This novel system may simplify synthetic routes to drugs and other valuable compounds.

This study evaluates the risk of NDMA formation from macrolide antibiotics, highlighting solubility-related analytical challenges and the role of drug form and storage in NDMA levels.

UCT Prague’s team combats illegal hormones and counterfeit drugs in real time. Their forensic research already aids police, customs, and legislation—before the project is even finished.