Exploring how AI and genomics are revolutionizing natural product discovery and its impact on modern medicine
Discover how scientists uncovered imiditides, a novel family of RiPPs with unique aspartimide modifications, using innovative genome mining approaches.
Explore how computational modeling of Fischer-Tropsch reactions on cobalt surfaces is advancing sustainable fuel production through atomic-scale insights and catalyst optimization.
Discover how simple molecules are revolutionizing drug delivery by enhancing cellular uptake and overcoming biological barriers.
Discover how scientists combine cutting-edge technology with nature's wisdom to uncover life-saving compounds through LC-MS profiling and targeted isolation.
Explore the scientific evaluation of antipyretic activity in Dalbergia sissoo extracts and discover how this common tree might hold natural fever-reducing properties.
Explore the breakthrough stereodivergent approach to polyene synthesis and the total synthesis of chatenaytrienin-4 through modular chemical assembly.
Discover how 2,2-dimethyl-2H-chromenes, a class of organic compounds found throughout nature, are revolutionizing medicine and agriculture through innovative synthesis methods.
Exploring how plant alkaloid biosynthesis is being engineered for sustainable drug discovery and production through biotechnology.
Discover the bioactive compounds in Venezuela's marine algae and their potential for antimicrobial, antioxidant, and anti-inflammatory applications in medicine.