Research Articles
Cracking Cancer's Code: When Mutations Play Hide and Seek
How a 250-year-old theorem is helping scientists untangle the complex pathways of cancer growth using Bayesian probability and mutual exclusivity.
Unlocking Cancer's Code: How Pathway Analysis Reveals the True Impact of Mutations
Discover how pathway-based mutation analysis is transforming cancer research by revealing how mutations collectively disrupt biological systems.
The Hidden Hitchhikers: How Bacterial DNA Infiltrates Our Cancer Genomes
Discover how bacterial DNA integrates into human cancer genomes, challenging our understanding of cancer biology and opening new frontiers in treatment.
Cracking Cancer's Code: How Evolutionary Trees Are Revolutionizing Cancer Research
Explore how computational phylogenetics is transforming cancer research by tracing tumor evolution through evolutionary trees and DNA analysis.
Halting the Invader: How Small-Molecule Kinase Inhibitors Are Revolutionizing the Fight Against Cancer Metastasis
Explore how small-molecule protein kinase inhibitors are transforming cancer treatment by targeting metastasis, the true danger of cancer.
The Cancer Firewall: How an Inflammatory Network Fuels Our Deadliest Cancers
Discover how NF-κB, STAT3, and AP-1 form an inflammatory network that drives cancer progression and enables personalized treatment approaches.
Unlocking Cancer's Code: Why Mutations Target Specific DNA Control Switches
Discover how mutations target regulatory elements in cancer genomes and the new tools revealing these hidden patterns.
The Cancer Riddle: Why One Tumor Holds Many Kinds of "Bad Seeds"
Exploring tumor heterogeneity and the cancer stem cell model in luminal-like breast cancer
The Hidden Shield: How Cancer Cells Resist Targeted Therapy
Discover how cancer cells use backup systems to resist targeted therapies through MTH1-independent 8-oxodGTPase activity.
Taming the Untamable: A New Hope in the Fight Against Cancer
Discover how scientists are targeting the 'undruggable' KRAS gene by reactivating the PP2A tumor suppressor in cancer treatment.