Research Articles
Autophagy and Cancer: How Cellular Recycling Shapes Tumor Fate
Exploring the dual role of autophagy in cancer development and progression through insights from mouse models
The Vitamin Puzzle: How Thiamine Analogs Could Solve Cancer Drug Resistance
Exploring how thiamine analogs overcome cancer drug resistance through metabolic pathways and targeted therapy approaches.
The Diabetes-Cancer Connection: Exploring the Surprising Link Between Two Major Diseases
Discover the fascinating biological connections between diabetes and cancer, including groundbreaking research findings and their implications for treatment and prevention.
Navigating the Storm: How Nilotinib Precisely Targets Cancer Cells
Explore how nilotinib, a selective tyrosine kinase inhibitor, precisely targets cancer cells through rational drug design and pharmacokinetic optimization.
Sugar, Cancer, and a Surprising Twist: The Xylitol Experiment
How a simple sugar alcohol revealed a critical weakness in liver cancer cells through metabolic reprogramming and the Warburg effect.
The Cellular Heist: How a Single Cell Goes Rogue and Becomes Cancer
Explore the fascinating process of carcinogenesis - how normal cells transform into cancer through genetic mutations and acquire deadly capabilities.
The Double Life of Platelets: How Our Blood's Tiny Clotting Agents Fight Cancer
Discover how platelets, the body's clotting agents, exhibit cytotoxic effects on tumor cells and their dual role in cancer progression and treatment.
The Zombie Fungus's Gift: Unlocking Cordycepin's Secret Weapon Against Cancer
Discover how cordycepin from the zombie fungus fights liver cancer through proteomic analysis of protein expression changes in BEL-7402 cells.
The ChaC2 Enzyme: How a Cellular Housekeeper Influences Health and Disease
Explore the structural and functional analyses of human ChaC2 enzyme in glutathione metabolism and its implications for cancer treatment and cellular health.
The CBX Family: How Tiny Epigenetic Readers Drive Cancer Development
Explore how Chromobox (CBX) proteins function as epigenetic readers in cancer development, their dual roles as oncogenes and tumor suppressors, and their potential as therapeutic targets.