Discover how the structural breakthrough of Folate Receptor Alpha (FRα) has revolutionized targeted cancer therapies, enabling precision treatments for ovarian, lung, and other carcinomas.
Comprehensive assessment of curcumin's health benefits, bioavailability challenges, and innovative applications in functional foods.
Exploring how nanotechnology enhances chrysin's anticancer properties through advanced visualization techniques like flow cytometry and FTIR spectroscopy.
Exploring how tamoxifen alters blood chemistry in menopausal breast cancer survivors, affecting lipids, bone markers, and cardiovascular risk factors.
Exploring how scientists engineer molecular magnets to decode cellular communication through synthetic glycosystems and multivalent interactions.
Exploring how megestrol acetate became a critical treatment for AIDS-related cachexia, with clinical trial data and modern advancements.
Discover how DNA-encoded macrocycle libraries are revolutionizing drug discovery by targeting previously 'undruggable' proteins.
Discover how accessibility and inclusive design are transforming chemistry at the 2025 ACS Spring Meeting, featuring mobile-first learning, democratized instrumentation, and community-centered approaches.
Discover how photoacoustic imaging and glutathione targeting are transforming lung cancer diagnosis and treatment with unprecedented precision.
Explore the revolutionary advances in cancer chemotherapy including precision oncology, immunotherapy 2.0, and AI-driven treatment optimization in 2025.