Explore how membrane science supports water treatment, selective separations, and analytical workflows, with insights into RO, PFAS removal, scale-up challenges, and sustainable membrane design.

Interview with Sabina Cerulová at RECETOX on genetic mutation research, animal models, and advancing patient-focused science.

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.

An adapted GC-MS method for haloacetic acids in pool and hot tub water highlights derivatization, method optimization, unexpected brominated byproducts, and the value of undergraduate analytical research.

A counterion-based strategy using TGA and ICP-OES quantifies modification levels in hyaluronic acid derivatives with accuracy comparable to NMR and UV–Vis.

This study shows GC-induced rearrangement of sesquiterpenes may lead to misattribution of bioactivity to curzerene in Eugenia uniflora essential oil.

Discover how regulated drinking water laboratories use GC-MS and LC-MS, rigorous QC protocols, and PFAS-focused workflows to ensure reliable analytical results and protect public health.