Exploring how computational approaches are revolutionizing drug discovery by targeting protein-protein interactions through AI, molecular docking, and simulations.
Revolutionary biosensor combining glowing rare-earth polymers and DNA domino circuits for precise detection of m6A RNA modifications.
Exploring the unexpected role of prostate-specific antigen (PSA) as a potential diagnostic marker for breast cancer in women.
Discover how povidone-iodine and DMSO combine to create an effective treatment for persistent nail fungal infections that resist conventional therapies.
Exploring CARM1 as a prime target for next-generation cancer drugs through epigenetic modifications and small-molecule inhibitors.
Explore how nanotechnology is transforming the diagnosis and treatment of gastrointestinal cancers through precision targeting, advanced imaging, and innovative therapies.
Discover how metabolic glycan labeling uses sugar-coated nanotechnology to mark cancer cells for immune destruction, revolutionizing cancer immunotherapy.
Discover how ENL inhibitors are transforming AML treatment through targeted therapy and oral administration, offering new hope for patients.
Exploring the revolutionary molecular tools that are transforming our understanding of glucose transporters (GLUTs) and their implications for cancer, diabetes, and metabolic disorders.
Revolutionary single-cell technologies are mapping microscopic hormone conversations in breast tissue at unprecedented resolution, revealing how hormones choreograph cellular behavior through intricate paracrine networks.