Discover how PLX-3618, a molecular degrader, is revolutionizing prostate cancer treatment by eliminating the BRD4 protein rather than just inhibiting it.
Discover how natural products fight inflammation through the TLR4/NF-κB pathway with multi-target mechanisms and promising research findings.
Discover how oxidized multi-walled carbon nanotubes cause oxidative stress in Asian freshwater clams and the implications for aquatic ecosystems.
Discover how DLC1, a classic tumor suppressor, reveals surprising RhoGAP-independent functions in cancer invasion and metastasis.
Explore the dual nature of ATG7 protein - its crucial role in cellular autophagy and its complex relationship with health and disease.
Discover how a new oral Cbl-b inhibitor pill could revolutionize cancer treatment by supercharging the body's immune system to fight tumors effectively.
Discover how scientists uncovered a molecular chain reaction that makes liver cancer cells self-destruct through ferroptosis, opening new treatment possibilities.
Discover how TRAF3 gene acts as a tumor suppressor in HPV-associated head and neck cancer, offering new hope for targeted therapies.
Explore the emerging role of linear ubiquitination in cellular signaling, from immune response to organelle quality control and disease mechanisms.
Explore how the ubiquitin-proteasome system, once an obscure cellular mechanism, has transformed into a groundbreaking target for anticancer and anti-inflammatory drug research.