Global Intelligence Database
Scientists have developed an innovative method combining light-scattering technology with machine learning to identify a red wine's brand with over 99% accuracy. This non-destructive technique analyses a wine's unique molecular 'fingerprint' in under three seconds, offering a powerful new tool against counterfeit products.
By Meng, Gao, Zhang, Luo, He, Huang, Liu, Geng, Sun
Researchers compared standard genetic testing against long-read sequencing in 100 children with neurological conditions. While both methods yielded a diagnosis in 29% of cases, the long-read approach provided superior context regarding chemical modifications and structural arrangement. This suggests a future where a single test captures the genome's native complexity without improved diagnostic rates.
By Ek, Kvarnung, Ten Berk de Boer, La Fleur, Ljöstad, Lyander, Faergeman, Drue, Thonberg, Nordgren, Soller, Wirta, Eisfeldt, Lindstrand
Scientists have developed a new method to deliver CRISPR-Cas9 gene-editing tools into cells using extracellular vesicles, nature's own transport bubbles. By attaching the cargo with a special light-sensitive link, the editing machinery can be released precisely using UV light, solving a major hurdle in therapeutic delivery.
By Elsharkasy, Hegeman, Driedonks, Liang, Lansweers, Cotugno, de Groot, de Wit, Garcia-Guerra, Moorman, Boonstra, Bosman, Lefferts, de Voogt, François, van Wesel, El Andaloussi, Schiffelers, Kooijmans, Mastrobattista, Vader, de Jong