P53 Protein Controls Tumor Growth Through Oxygen-Sensing Mechanism
New research reveals how the p53 tumor suppressor protein fights cancer by activating cell death pathways when oxygen levels drop.
Latest breakthroughs in cancer research, treatment, and prevention
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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.
Pembrolizumab achieved remarkable 71% pathological complete response in desmoplastic melanoma patients before surgery.
Researchers found that stopping HER2 protein degradation significantly improves trastuzumab deruxtecan cancer treatment outcomes.
Scientists discover how to make aggressive triple-negative breast cancer vulnerable to existing targeted therapy.
New research reveals how a rare form of melanoma responds exceptionally well to cutting-edge immunotherapy treatments.
Researchers analyzed 1,294 blood samples to create a comprehensive cancer detection method using cell-free DNA patterns.
Simple blood tests detecting microRNAs show promise for early prostate cancer detection, replacing painful biopsies with precision monitoring.
ROME trial shows liquid biopsies can effectively guide personalized cancer therapy, potentially replacing invasive tissue biopsies.