Research Articles
Cellular Traffic Controllers: How Small GTPases Guide Cancer's Spread
Explore how small GTPases function as molecular switches in cancer metastasis and the latest research on targeting these cellular regulators for cancer treatment.
Tubulin: The Cellular Highway Becoming Cancer's Achilles' Heel
Explore the science behind tubulin-targeted cancer therapies, from established medications to cutting-edge compounds revolutionizing cancer treatment.
Stopping Melanoma in Its Tracks: How NCAM Controls Cancer's Deadly Spread
Explore how the Neural Cell Adhesion Molecule (NCAM) regulates melanoma progression through the Src/Akt/mTOR/cofilin signaling pathway.
Breaking the Rules: How Chemo-Resistant Lymphoma Becomes Invasively Aggressive
Exploring the molecular mechanisms behind chemotherapy resistance in lymphoma and innovative strategies to overcome this deadly adaptation.
The Jekyll and Hyde of Our Cells: How a "Cell Death" Protein Can Fuel Cancer
Discover how PDCD10, once thought to be a tumor suppressor, actually fuels cancer growth through pan-cancer analysis revealing its oncogenic role.
The Double Agent in Our Cells: How CKAP4 Could Revolutionize Cancer Fight
Discover how CKAP4, a protein with dual roles in cancer, is transforming cancer diagnosis and therapy through its unique properties as both suppressor and promoter.
Taming the Cell's Engine: A Surprising New Brake in the Cancer Cycle
Discover how the BAG3 protein's WW domain acts as a novel cell cycle brake by targeting Cyclin D1, offering new cancer therapy possibilities.
Cellular Alchemy: How Protein Phase Separation is Rewriting Cancer's Rules
Discover how protein phase separation and biomolecular condensates are revolutionizing our understanding of cancer development and opening new therapeutic avenues.
The Actin Cytoskeleton: Cancer's Hidden Architecture of Invasion
Explore how the actin cytoskeleton drives cancer progression, invasion, and immune evasion in this comprehensive scientific article.
The Cellular Traffic Cop Gone Rogue: How a Tiny Protein Fuels Cancer
Explore how RhoA, a crucial cellular protein, becomes dysregulated in cancer and drives tumor invasion and metastasis through molecular mechanisms.