Explore how scientists are redesigning natural products to create more effective anticancer drugs through molecular architecture and cutting-edge research.
Explore how scientists are creating simplified, super-powered derivatives of hemiasterlin, a potent natural toxin from sea sponges, to develop new cancer treatments.
Explore how computational chemistry is revolutionizing drug discovery with 1,4-Biphenyl-triazole derivatives as potential 17β-HSD1 inhibitors for hormone-related diseases.
Discover how scientists are designing piceatannol analogues to create next-generation arginase inhibitors for treating diseases like asthma, cancer, and vascular conditions.
Discover how scientists are using light to build complex molecules like benzimidazo[2,1-a]isoquinolines in a cleaner, more efficient way for better medicines.
Explore how natural products from plants, animals, and microbes are transformed into life-saving medicines like Artemisinin and penicillin.
Explore how CXCR4 research is revolutionizing medicine through cancer treatment, HIV therapy, and innovative drug discovery approaches.
Discover how Time-Resolved FRET technology is revolutionizing drug discovery by visualizing molecular interactions with unprecedented clarity.
A comprehensive review of triazole chemistry, therapeutic applications, and future directions in medicine.
How scientists are cracking the chemical code of the natural world to discover life-saving drugs through natural products chemistry.