Discover how click chemistry creates more effective cancer drug conjugates than traditional esterification methods.
Discover how scientists are engineering attenuated Listeria bacteria to deliver targeted chemotherapy drugs directly to cancer cells using revolutionary click chemistry.
Discover how late-stage maleimidation on C(7)-H tryptophan enables modular synthesis of clickable peptides for advanced therapeutic applications.
Discover how scientists use orthogonal double-click chemistry to track platinum-based anticancer agents inside cancer cells, revolutionizing targeted cancer treatment.
Explore how acid-labile traceless click linkers are transforming intracellular protein delivery for therapeutic applications.
How scientists are using revolutionary 'click chemistry' to build precision gene therapies that hunt down prostate cancer cells.