New Brain Cancer Treatment Targets Immune Checkpoint to Extend Survival
Scientists discover IGSF11-VISTA pathway as promising target for deadly childhood brain tumors, offering hope for new treatments.
6520 articles
Scientists discover IGSF11-VISTA pathway as promising target for deadly childhood brain tumors, offering hope for new treatments.
New research reveals how the immune system can prevent melanoma metastasis by changing how lymphatic vessels function and metabolize energy.
New AI system delivers accurate cancer treatment information without hallucinations by linking to verified academic databases.
New research reveals how cancer in lymph nodes creates widespread immune suppression, making distant metastasis easier.
Revolutionary cancer drugs targeting KRAS mutations offer hope but resistance emerges quickly, spurring next-generation treatments.
New research reveals how p53 protein regulates cellular cleanup in malignant rhabdoid tumors, offering insights into cancer mechanisms.
New research reveals how liver immune cells trigger bile duct cancer through chronic mitochondrial dysfunction and oxidative stress.
New research reveals how the p53 tumor suppressor protein fights cancer by activating cell death pathways when oxygen levels drop.
Scientists used precise gene editing to enhance CAR-T cell therapy, creating more effective and persistent cancer treatments.
Researchers identify a key protein that suppresses immune responses against tumors, opening new paths for cancer immunotherapy.
New research reveals how popular weight-loss medications could offer unexpected cancer protection benefits.
Genomic risk model identifies men who need earlier or more frequent prostate cancer screening based on their genetic profile.