This study uses GC-MS metabolomics to identify stress-related metabolites in dwarf tomatoes, highlighting traits linked to resilience and nutrition.

This study develops a GC-APCI-MS/MS method for detecting large PAHs in pyroplastics, identifying potential markers of burned plastic pollution.

A trimodal platform combining optical trapping, Raman, and SP ICP-MS enables precise single-particle microplastic characterization and improved detection limits.

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 shows iron deficiency worsens body composition and metabolic profiles in obese women, affecting fat mass, muscle ratio, and fatty acid levels.

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

This study uses ASAP-IMS-HRMS to characterize and classify Asian lacquers by origin, detecting phenols, pigments, and resins in historical samples.

IOCB Prague researchers developed potent CD73 inhibitors that restore T cell activity and reduce adenosine, opening new paths for cancer immunotherapy.

This study monitors microplastic concentrations in the River Rhine over one year using TED-GC/MS, identifying size-dependent trends and dominant polymer types.