Research Articles
Cool-1 and c-Cbl: The Cellular Sabotage Behind Glioblastoma and How Science Is Fighting Back
Discover how Cool-1 and c-Cbl proteins influence glioblastoma development and the promising therapeutic approaches targeting this cellular mechanism.
Breaking Glioblastoma's Shield: Targeting Hidden Weaknesses in Aggressive Brain Cancer
Discover how scientists are targeting the proteasome pathway and DCLK3 kinase to overcome radiation resistance in glioblastoma, the most aggressive brain cancer.
Disarming a Cellular Saboteur: A New Hope for Fighting Brain Cancer
How scientists are targeting a protein called TRIM11 to cripple glioblastoma, one of the most aggressive human cancers.
The Molecular Puppeteer: How ZC3H15 Protein Drives Deadly Brain Cancer
Discover how the ZC3H15 protein regulates EGFR stability to promote glioblastoma progression in this groundbreaking cancer research article.
A Trojan Horse for Brain Cancer: Doubling Down on Therapy with Smart Nanoparticles
Discover how immuno-nanoparticles deliver a dual-drug therapy to combat glioblastoma by overcoming the blood-brain barrier and targeting cancer cells with precision.
The Broken Brake: How a Strange New Protein Fuels Glioblastoma
Discover how rolling-translated EGFR variants sustain signaling in glioblastoma through circular RNA mechanisms and their clinical implications.
The Genomic Jigsaw: Decoding Glioblastoma's Core and Periphery
Exploring the genetic differences between glioblastoma's contrast-enhancing tumor core and infiltrative periphery that drive treatment resistance.