Research Articles
The Alkaloid Assassin: How a Plant Compound Hijacks Cancer Cell Machinery to Fight Brain Tumors
Discover how cyclovirobuxine D (CVB-D) from traditional Chinese medicine fights glioblastoma by exploiting cofilin and mitochondrial pathways.
The One-Gene Shortfall: How a Tiny Molecular Imbalance Sparks Pancreatic Tumors
Discover how MEN1 gene haploinsufficiency triggers pancreatic tumors, challenging the traditional two-hit theory of cancer development.
Copper Bullets to Cancer's Powerhouse: How a Smart Bomb Triggers Tumor Self-Destruction
Discover how CTB, a copper complex with TPP targeting, induces p53-dependent apoptosis in liver cancer through ROS-mediated Drp1 activation.
Trapping Cancer's Master Exporter: Novel CRM1 Inhibitors in MCL Treatment
How Selective Inhibitors of Nuclear Export (SINE) are revolutionizing Mantle Cell Lymphoma treatment by targeting CRM1/XPO1 protein.
Cancer Treatment Breakthrough: How p53 Protein Becomes a Secret Weapon in Anti-Cancer Drugs
Discover how p53 protein activation by Imiquimod and Compound C is revolutionizing cancer treatment through targeted apoptosis induction.
The Invisible Hand: How IFN-γ Orchestrates the Immune Attack in Lichen Planus
Explore how interferon-gamma (IFN-γ) acts as the master conductor in lichen planus pathogenesis, driving immune-mediated destruction and offering new therapeutic targets.
The pH Puzzle: How Fluoride Triggers Cancer Cell Death in a Chemical Tightrope Walk
Discover how fluoride induces apoptosis in cancer cells and how pH dramatically affects its cytotoxicity in this groundbreaking research analysis.
From Cornfield to Cardiovascular Cure: The Unexpected Power of Corn Husks Against Heart Disease
Discover how corn husks, traditionally discarded as agricultural waste, show remarkable potential in fighting atherosclerosis by regulating vascular smooth muscle cell apoptosis.
The Splicing Switch: Unlocking the Secrets of Head and Neck Cancer
Discover how the ERK1/2-EGR1-SRSF10 axis mediates alternative splicing in head and neck cancer, offering new therapeutic opportunities.
The Double-Edged Sword: How Activating TLR3 Could Revolutionize Breast Cancer Treatment
Exploring the dual role of TLR3 in breast cancer treatment and its potential therapeutic applications