Research Articles
Cracking Cancer's Travel Code: The Chemical Genomic Hunt for Migration Signals
How tiny molecules are revealing cancer's hidden roadmap through chemical genomics approaches to understand metastasis signaling pathways.
Hunting the Master Switches: Targeting Novel Kinase Regulators to Stop Cancer's Deadly Spread
Discover how scientists are identifying novel kinase regulators to combat cancer metastasis through cutting-edge research and AI-driven therapies.
Taming the Rogue Editor: How a Molecular "Brake" Could Slow Down Cancer's Evolution
Discover how PKA-mediated phosphorylation suppresses APOBEC3B's DNA mutagenic potential in myeloma cells, offering new cancer therapy approaches.
Nature's Blueprint: How NCI's Molecular Targets Program is Revolutionizing Cancer Medicine
Explore how NCI's Molecular Targets Program is transforming cancer treatment through precision therapies and natural product discovery.
Cracking the Cancer Code: Hunting for the Genome's Missing Pieces
Discover how SNP array technology helps scientists identify clustered allele loss in cancer cells, revealing the hidden genetic blueprint of cancer.
The Cancer Cell's Double-Edged Sword: How a Common Flaw Makes Tumors Vulnerable
Discover how the loss of TGFβ signaling creates a critical vulnerability in cancer cells by forcing them to use error-prone DNA repair, making them more sensitive to therapies.
The Cellular Betrayal: Why Cancer is a Price of Being a Warm-Blooded Parent
Exploring spontaneous neoplasia in viviparous mammals and the evolutionary trade-offs that make cancer a biological destiny
Unlocking Cancer's Weak Spot: How a Unique Motif in SAE2 Reveals a New Way to Target Stubborn Cancer Stem Cells
Discover how a unique SAE2 motif makes cancer stem cells dependent on SUMOylation, offering new hope for targeted cancer therapies.
Catching a Culprit: How a High-Tech Sieve Hunts for Cancer's Genetic Fingerprint
Discover how Temperature Gradient Capillary Array Electrophoresis detects TP53 mutations in cancer research, advancing personalized medicine.
Unknotting Cancer's Blueprint: How Fixing DNA Tangles Restores a Vital Brake on Tumors
Discover how scientists are fixing faulty DNA structures called aberrant chromatin loops to restore cancer-fighting genes and stop tumor growth.