Explore how artificial intelligence is transforming chemical biology, from protein structure prediction to self-driving laboratories and AI-designed molecules.
Discover how novel xanthene derivatives show remarkable anticancer activity, outperforming established treatments in laboratory studies.
Discover how heterocycles, the molecular rings with heteroatoms, are revolutionizing medicine as bioactive compounds against diseases like malaria.
Explore how constrained cyclic peptides and virtual screening are transforming drug discovery by targeting previously undruggable protein surfaces.
Exploring the synthesis and evaluation of novel 5-Aryl Substituted Oxazolo[4,5-b]pyridin-2-amine derivatives as potential anticancer agents
Exploring how natural products from plants, fungi, and marine organisms are transforming modern medicine through their unique chemical properties.
Exploring the chemical evolution of chalcones into heterocyclic compounds and their pharmacological applications in modern medicine.