Discover how scientists developed a reagent-free method using CD spectroscopy and conductometry to track L-asparaginase enzyme activity for cancer treatment.
Exploring how a novel ruthenium complex targets cancer cells through DNA interaction and cytotoxicity studies
Exploring how compounds from Helleborus niger show promising anti-cancer properties through scientific research on bufadienolides and ecdysteroids.
Discover how Talaromides A-C from marine sponge fungus show promise in fighting cancer by inhibiting metastasis without cytotoxicity.
Discover how nitropyrene pollutants from diesel exhaust and grilled meat cause DNA damage and potentially lead to cancer through structural analysis of DNA adducts.
Discover how scientists are simplifying the complex cancer-fighting molecule superstolide A from sea sponges to create more accessible treatments.
Discover how arugula's phytochemicals disrupt tumor growth, inhibit metastasis, and enhance conventional cancer therapies through groundbreaking research.
Exploring how Moorea producens cyanobacterium produces microcolin lipopeptides with potent anticancer properties.