This study shows that iron minerals promote oxidative polymerization of organic compounds under Mars-like conditions, improving preservation potential.

This study develops an experimentally optimized DLLME-GC-FID method for efficient extraction and analysis of PAHs in surface waters.

This study develops and validates a Py-GC-MS method for detecting and quantifying common microplastic polymers in atmospheric aerosols.

This study combines GC×GC-HRMS and topological data analysis to identify chemical markers and compositional differences in botrytized wines.

This study shows beers fermented with T. delbrueckii have stronger fruity aromas than S. cerevisiae, driven by higher ester odor activity.

This study evaluates Ipomoea mauritiana bioactives, showing antimicrobial effects and in silico anti-Parkinson potential linked to gut–brain axis modulation.

This study presents a fluorescence-based microfluidic assay for rapid, simultaneous detection of multiple drugs in urine with high sensitivity and specificity.

This study evaluates how harvest time influences bioactive compounds and antioxidant activity in Schizonepeta tenuifolia, identifying optimal stages for maximum biofunctionality.

Flame retardants were found throughout cruise ship interiors, with some areas showing much higher levels. A new RECETOX and NIVA study explores potential exposure risks for crew and passengers.

This study uses in situ Py-GC/MS with complementary analyses to track stage-specific volatile evolution and reaction pathways during lignin slow pyrolysis.