Global Intelligence Database
Chemists are refining how they construct essential ring-shaped molecules used in pharmaceuticals. By swapping harsh conditions for light, nanomaterials, or specific metals, this review highlights cleaner and more efficient production methods.
By Sundharaj, Mohanraj, Sarveswari, Vijayakumar
Scientists have developed a reusable cotton fabric embedded with silver nanoparticles that acts as a powerful catalyst to break down toxic synthetic dyes in wastewater. This eco-friendly approach demonstrates remarkable efficiency, neutralising almost 90% of a model pollutant in just 20 minutes, offering a promising new tool for environmental clean-up.
By Bibi, Khan, Lee, Wali
By analysing the DNA in gut contents, scientists have uncovered the surprisingly diverse diets of Hong Kong's seabed fish. This culinary specialisation, from fish-eaters to crustacean-lovers, creates a stable underwater community where species avoid competing for the same meals, enhancing the ecosystem's resilience.
By Wong, How, Su, Xi, Lin, Chung, Qiu, Wong, Chiu
In the biodiversity hotspot of New Caledonia, open-pit nickel mining is accelerating the erosion of unique rock formations. This is causing sediment loaded with heavy metals to pour into a tropical lagoon at rates up to 18 times higher than normal, raising urgent questions about the toxic impact on its fragile ecosystem.
By Chifflet, Gonzalez, Delanghe, Angeletti, Zambardi, Souhaut, van Beek, Chevalier
Scientists previously believed the Abatus cordatus sea urchin was highly vulnerable to ocean warming, but new research reveals unexpected resilience. The key to survival appears to be its gut microbiome, which changes composition to cope with thermal stress.
By Schwob, Delleuze, Motreuil, Marschal, Saucède, Orlando, Poulin, Cabrol