This study aims to develop and validate a rapid IC-ICP-MS method for identifying and quantifying polyphosphonates and their transformation products under environmental conditions.

This study aims to develop a low-cost method using smartphone images and spectral clustering to identify fluorite ore grade, enabling efficient, accessible screening for mining operations.

An international team discovered a new light-harvesting system in marine Asgard archaea: rhodopsins with carotenoid antennas that enhance light absorption and ATP generation in ocean environments.

This study develops a rapid, non-invasive method for early TSWV detection in tomatoes using handheld Raman spectroscopy and machine learning, enabling in-field diagnostics before symptoms appear.

Scientists developed a light-activated, eco-friendly coating that kills bacteria without antibiotics. Its first use? Dental splints that disinfect the mouth using near-infrared light.

This study assesses vibrational spectroscopy methods (FTIR, Raman, NIR) for identifying polymer bases in motion picture films and estimating cellulose acetate substitution linked to age and degradation.

Assess lead leaching from locally sourced uPVC pipes into drinking water under varying temperature and time, using ICP-OES for quantification and SEM-EDX for surface mapping of lead.

This study optimized and validated a pretreatment method to accurately quantify trace elements in Italian EVOOs using ICP-OES and HR-ICP-MS, and explored regional differences via PCA.

This study analyzed Withania somnifera extracts from various eco-friendly methods using LC-MS/NMR, and evaluated their metabolite profiles and tyrosinase inhibitory activity.

This study aims to develop an IC-ICP-OES method to identify and quantify 28 inositol phosphate isomers in food and feed, offering low detection limits and high reproducibility.