Explore how light-activated nanomaterials are revolutionizing cancer treatment through precise targeting and reduced side effects.
Comprehensive analysis of cervical cancer pathophysiology, HPV mechanisms, diagnostic advances, and global elimination strategies
Discover how novel urea/thiourea derivatives of lenalidomide are revolutionizing cancer treatment with enhanced potency and selectivity.
Exploring the molecular warfare mechanisms that enable organisms to evolve resistance against drugs and defenses, from antimicrobial resistance to cancer cell survival strategies.
Exploring the retracted study on dihydroartemisinin and photodynamic therapy for esophageal cancer, examining the science behind targeting cancer metabolism.
Discover how a new benzoindole derivative triggers apoptosis in colon cancer cells, offering a promising targeted therapy approach.
Explore the scientific journey from considering KRAS 'undruggable' to developing innovative therapies that are now extending patients' lives.
Explore how green-synthesized silver nanoparticles offer environmentally friendly cancer treatment with reduced side effects and enhanced targeting capabilities.
Explore how homology modeling and 2,6-disubstituted isonicotinic scaffolds are advancing PI3Kα and γ inhibitor development for cancer treatment.
Exploring DAPG's transformation from agricultural antifungal agent to promising anticancer therapeutic through synthesis and cytotoxicity testing.