Discover how a single amino acid in RING E3 ubiquitin ligases controls cellular protein recycling and its implications for disease treatment.
Discover how scientists engineered bioactive rhesus monkey TNF-α using SUMO fusion technology to advance medical research.
Discover how deubiquitylases protect cellular junctions and maintain tissue integrity, with implications for cancer and inflammatory disease treatments.
Discover how the HILI protein inhibits TGF-β signaling by interacting with Hsp90 and promoting TβR degradation in this groundbreaking cancer research.
Discover how the EXOSC3 protein transforms from cellular housekeeper to cancer accomplice in oral squamous cell carcinoma, affecting prognosis and immune response.
Discover how Oridonin from traditional Chinese medicine induces apoptosis in neuroblastoma cells by promoting Mdm2-p60 and activating p53-mediated pathways.
Discover how Velcade targets cancer cells by inhibiting proteasome function, forcing them into apoptosis through protein waste accumulation.
Discover how the ZC3H15 protein regulates EGFR stability to promote glioblastoma progression in this groundbreaking cancer research article.
Exploring how inhaled zinc oxide nanoparticles travel from lungs to brain and their neurological effects
Discover how scientists found ubiquitination occurring inside mitochondria, rewriting our understanding of cellular control systems.