Discover how LEM-06, the first NSD2 inhibitor, is revolutionizing epigenetic cancer therapy and offering new hope for multiple myeloma patients.
Explore how supramolecular chemotherapy leverages host-guest molecular recognition to create precision cancer treatments with reduced side effects.
Explore the cutting-edge advancements in dermatology research, from molecular profiling to AI-driven treatments revolutionizing skin health.
Discover how 2-thioxanthine inhibits DNA glycosylases by targeting zinc fingers, opening new possibilities for cancer therapy through synthetic lethality approaches.
Discover how microwave-assisted synthesis is transforming drug discovery through green chemistry principles, creating novel pyrazole-Schiff base hybrids with significant medical potential.
Discover how cyclopeptidic-based protease-sensitive photosensitizer prodrugs are transforming cancer treatment through precision targeting and light-activated therapy.
Explore how bioinformatics combines biology and computer science to transform cancer research and treatment through genetic analysis and data mining.
Explore how metabolomics is transforming thyroid cancer diagnosis by analyzing cellular chemical fingerprints and metabolic reprogramming in cancer cells.
Discover how fluoroquinolone antibiotics are being repurposed as promising anticancer agents through chemical modifications and targeted mechanisms.
Explore how coumarin hybrids are revolutionizing cancer treatment through molecular hybridization and targeted therapies.