Exploring how scientists harness natural products to develop innovative cancer treatments through modern drug design approaches.
Exploring the synthesis and cytotoxic evaluation of novel triterpenoid-AZT conjugates as promising cancer treatments through molecular hybridization.
Discover how scientists are targeting cancer's communication networks through protein-protein interaction inhibitors for more precise cancer treatments.
Exploring cutting-edge strategies in photopharmacology and combinatorial chemistry to optimize antimitotic cancer drugs with precision and reduced toxicity.
Discover how scientists engineered a powerful new hybrid molecule from marine compounds that fights cancer more effectively with reduced toxicity.
Explore how scientists design naphthoquinone-triazole anticancer derivatives by combining natural toxins with modern chemistry for targeted cancer therapy.
Discover how chemists redesigned a rare marine molecule to create a potent cancer-fighting compound with improved synthetic feasibility.