Research Articles
Dangerous Liaison: The Body's Deadly Gamble with Inflammation
Explore how inflammation, the body's vital defense mechanism, can secretly fuel cancer growth and metastasis in this engaging scientific article.
The Double-Edged Sword of Leukemia: How Cancer Cells Play Both Offense and Defense
Exploring how Ras effector pathways differentially support proliferation and survival in Acute Myeloid Leukemia, revealing new therapeutic approaches.
Mistletoe's Secret: From Ancient Kissing Bough to Modern Cancer Fighter
Explore how biotechnology is unlocking the healing power of mistletoe (Viscum album L.) in cancer treatment through scientific research and clinical trials.
Beyond the Jab: The Cutting-Edge Science Fighting Human Papillomavirus
Explore the latest scientific advances in HPV prevention, treatment, and research including vaccines, antiviral compounds, and emerging therapies.
The Epigenetic Detective: How a New Technology is Revolutionizing Cancer Detection
Discover how hydroxymethylation- and methylation-sensitive tag sequencing is transforming cancer detection through epigenetic analysis.
How a Molecular "Shape-Shifter" Supercharges Brain Cancer
Discover how rolling-translated EGFR helps glioblastoma evade treatment and promotes tumor growth through circular RNA mechanisms.
The Hidden Allies Within: How Your Gut Microbiome Supercharges Cancer Treatment
Discover how gut bacteria influence cancer immunotherapy effectiveness and the groundbreaking research revealing this hidden partnership.
Unleashing the Army Within: How CTLA-4 Blockade Revolutionizes Cancer Treatment
Explore how CTLA-4 blockade transforms cancer immunotherapy by broadening the T-cell receptor repertoire and remodeling the tumor microenvironment.
Decoding Cancer's Blueprint: How Math Reveals Hidden Biological Networks
Discover how joint matrix tri-factorization is revolutionizing cancer research by revealing hidden biological networks across multiple genomic data types.
Mapping the Microscopic Highway: New Genetic Markers Predict Cancer's Next Move
Discover how Fluorescence In Situ Hybridization (FISH) technology is revolutionizing cancer prediction by mapping genetic markers for cervical lymph node metastases.