Research Articles
Cracked Code: How Glitches in Our DNA Blueprint Cause Cancer
Explore how genomic mutations drive cancer development through the landmark Vogelstein colon cancer study and understand the genomic basis of this disease.
Cracking Cancer's Code: How Genetic Maps Are Paving the Way for Personalized Medicine
Explore how chemical-genetic interaction mapping is revolutionizing cancer treatment by linking tumor mutations to drug responses for personalized medicine.
Mining for Medical Miracles: The Treasure Hunt for Cancer Cures in the NCI Database
Explore how data mining of the NCI-60 tumor cell line database is revolutionizing cancer drug discovery and treatment.
New Cancer Fighters: How Smart Drugs Target Weaknesses in Treatment-Resistant Cancers
Discover how new indenoisoquinoline compounds target specific cancer vulnerabilities through SLFN11 and BRCA deficiency biomarkers.
Network Clustering: The New Frontier in Personalized Cancer Treatment
Discover how network-based clustering is revolutionizing drug sensitivity prediction in cancer cell lines and advancing personalized oncology.
Targeting Cancer at the Intersection of Signaling and Epigenetics
Exploring how cellular signaling pathways interact with epigenetic regulation to drive cancer development and the promising therapeutic approaches emerging from this research.
Unlocking Cancer's Weak Spots: The Revolutionary Science of Targeted Therapies
Explore how targeted therapies are pinpointing cancer's vulnerabilities through genetic, immune, and metabolic approaches in solid tumors.
Unlocking the Archives: How Scientists Extract Cancer Secrets from Ancient Wax Samples
Discover how scientists extract cancer secrets from ancient wax samples through innovative RNA profiling techniques.
The Hidden Backup System: How Cancer Cells Outsmart MTH1 Inhibitors
New research reveals how cancer cells activate a hidden backup system—MTH1-independent 8-oxodGTPase activity—to evade targeted therapies.