Discover how iota carrageenan-barium nanoparticles are transforming cancer diagnosis and treatment through selective targeting and imaging capabilities.
How folate conjugates are transforming cancer radiotheranostics through targeted delivery systems that exploit cancer cells' vitamin uptake mechanisms.
Explore how amine-modified hyaluronic acid-functionalized porous silicon nanoparticles are revolutionizing breast cancer treatment through targeted drug delivery.
Discover how Nobel Prize-winning click chemistry is revolutionizing cancer treatment by activating powerful drugs precisely at tumor sites, minimizing side effects.
Explore how precision medicine is transforming epithelial ovarian cancer treatment through targeted therapies, molecular profiling, and innovative research approaches.
Explore how antibody-drug conjugates combine precision targeting with potent cancer-killing power to create revolutionary cancer treatments.
Explore the groundbreaking lung cancer research presented at ASCO 2015, including immunotherapy advances, targeted therapies, and precision medicine breakthroughs.
Explore how scientists are creating hybrid molecules like tetrahydroquinoline-isoxazole compounds to develop targeted cancer therapies with precision and reduced side effects.
Discover how scientists are using a molecular Trojan horse strategy with sugar-coated nanoparticles to precisely target and destroy B-cell lymphoma cancer cells.
Breakthrough in triple-negative breast cancer treatment using LHRH peptide-decorated cross-linked micelles for targeted drug delivery.