Explore how personalized therapy trials are transforming cancer treatment through adaptive designs, biomarkers, and innovative approaches.
Discover how AC1MMYR2, a novel drug targeting miR-21 biogenesis, reverses cancer's epithelial-mesenchymal transition and suppresses tumor growth.
Explore how silencing the C-erbB-2 gene inhibits esophageal carcinoma by blocking the IGF-1 pathway, offering new hope for targeted cancer therapies.
Discover how understanding cancer's smallest subpopulations is transforming treatment approaches and overcoming therapy resistance.
Discover how researchers are targeting regulatory T cells to revolutionize cancer immunotherapy and overcome tumor defenses.
Explore how ecological principles are transforming cancer research and leading to innovative treatments by viewing tumors as dynamic ecosystems.
Exploring the prevalence, causes, and interventions for sexual dysfunction among cancer survivors - a comprehensive look at this critical quality-of-life issue.
Discover how formal methods and computer science are revolutionizing cancer research by identifying impacted signaling pathways with unprecedented accuracy.
Discover how cancer cells develop resistance to irreversible EGFR inhibitors through a multistep mechanism involving the IGF-1R pathway.
How a powerful fusion of computer science and advanced calculus is creating a new crystal ball for oncology.