Research Articles
Vitamin C's Surprising Comeback: Re-evaluating an Old Controversy in Cancer Care
Exploring the renewed scientific interest in intravenous vitamin C for cancer therapy, its history, mechanisms, and current research landscape.
How a Wild Vine is Revolutionizing Cancer Treatment: The Gypenosides Story
Discover how gypenosides from the Jiaogulan vine inhibit cancer metastasis by targeting NF-κB, ERK1/2, MMPs and uPA signaling pathways in oral cancer cells.
Radiobiology: The Invisible Science Supercharging Cancer Treatment
Explore how radiobiology transforms radiation from a destructive force into a precise cancer treatment tool through FLASH therapy and personalized approaches.
The Immortality Enzyme: How Telomerase Fuels Both Cancer and Scientific Dreams
Exploring the dual role of telomerase in cellular immortality and cancer progression, with latest research breakthroughs and therapeutic approaches.
The Hidden Code in Our Genes: How Tiny Galectin Variations Shape Cancer Risk
Discover how galectin gene polymorphisms influence cancer susceptibility through immune regulation, cell adhesion, and apoptosis control.
The Hidden Link: How Your Diabetes Medication Could Influence Cancer Risk
Exploring the complex relationship between diabetes medications and cancer risk, with scientific evidence and data visualizations.
The Placenta's Hidden Code: How a Pregnancy Organ Could Revolutionize Cancer Treatment
Groundbreaking research reveals how the human placenta's immune evasion mechanisms could unlock new cancer therapies through shared molecular pathways.
The Fire Within: How Chronic Inflammation Ignites Cancer and the Cutting-Edge Strategies to Stop It
Exploring the link between chronic inflammation and cancer development, with cutting-edge research on prevention and treatment strategies.
The Cyanobacterial Crusader: How Spirulina's Hidden Arsenal Fights Cancer
Discover how spirulina's bioactive compounds like phycocyanin and selenium-enriched nanoparticles are revolutionizing cancer treatment through targeted molecular mechanisms.
Unlocking Cancer's Defenses: The Shape-Shifting Enzymes and the Drugs That Tame Them
Exploring how M1 aminopeptidases' conformational flexibility drives cancer progression and how scientists are designing inhibitors to target these molecular contortionists.