Explore how acid-labile traceless click linkers are transforming intracellular protein delivery for therapeutic applications.
Discover how scientists are using a molecular Trojan horse strategy with sugar-coated nanoparticles to precisely target and destroy B-cell lymphoma cancer cells.
Explore how intracellular signal-responsive carriers are transforming cancer gene therapy through precise tumor targeting and reduced side effects.
Explore how G-quadruplex DNA structures are becoming promising targets for revolutionary cancer therapies by regulating oncogenes and enabling targeted treatments.
Discover how shape error optimization revolutionizes cellular signal deconvolution, enabling scientists to better understand biological processes like cancer drug resistance.
Explore how macrocyclic drugs are transforming medicine by targeting previously undruggable proteins through innovative synthesis methods like microwave-assisted chemistry.
Discover the molecular basis of the genetic code - the universal language that directs protein synthesis in all living organisms and how scientists are rewriting it.
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.