This study identifies 50 days after flowering as the optimal harvest stage for high-quality hot chili seeds using FTIR microspectroscopy and biochemical analysis.

This study develops a waste-derived heterogeneous catalyst from coffee husk and eggshell for biodiesel production from waste frying oil, achieving yields up to 97.5%.

IOCB Prague researchers developed a membrane-mimicking screening platform that identified selective rhomboid protease inhibitors with potential for Parkinson’s disease and bacterial infections.

The TERAFIT project is developing next-generation magnetic materials—antiferromagnets and altermagnets—that could replace silicon chips and enable faster, energy-efficient IT technologies.

This study presents a forensic lab method to quantify environmental tobacco smoke exposure in hair, enhancing hands-on learning in forensic chemistry education.

This study presents an algorithm using tandem MS fragmentation data to determine copolymer block-length distributions, validated against ¹³C NMR results.

This study introduces an online multielement internal standard calibration method for SP-ICP-MS, enabling accurate nanoparticle sizing in complex environmental and biological matrices.

Czech scientists from CATRIN and CEET developed an enzyme-inspired photocatalyst that produces hydrogen peroxide from sunlight, water and oxygen—without toxic solvents or precious metals.

This study integrates metal quotas, quantitative proteomics, and inferred metalloproteomes to reveal trace metal requirements and adaptation strategies in phytoplankton.

Researchers present printable, low-cost sensor technologies using smart materials to enable real-time plant health monitoring and advance smart agriculture solutions.