Research Articles
Ezrin: The Cellular Mastermind Behind Cancer's Deadly Spread
Discover how Ezrin protein orchestrates cancer metastasis and the latest research breakthroughs targeting this cellular mastermind.
How Cellular "Scissors" Shape Cancer's Deadly Spread
Discover how deubiquitinating enzymes (DUBs) act as cellular scissors controlling cancer metastasis through regulation of the actin cytoskeleton.
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.
Cellular Hijackers: How WASP/WAVE Proteins Drive Breast Cancer's Deadly Spread
Explore how WASP/WAVE proteins orchestrate breast cancer metastasis and the promising therapeutic approaches targeting these cellular conductors.
Halting the Invaders: How Silencing a Single Gene Puts the Brakes on Lung Cancer's Spread
Discover how silencing the Rnd3 gene inhibits lung cancer metastasis through ROCK1-independent pathways, offering new therapeutic possibilities.
The Force of the Foe: How a Cell's Squishiness Could Unlock New Cancer Treatments
Exploring how cancer cell mechanics and stiffness measurements reveal insights into metastasis and potential new treatments.
The Cellular Engine of Cancer's Spread: Decoding Metastasis with Genetic Scissors
How scientists are using precise gene editing to understand—and potentially stop—cancer's deadliest process.
Hiding in Plain Sight: How Dormant Cancer Cells in Bone Marrow Spark Metastasis and New Hope for Therapy
Discover how dormant melanoma cells hide in bone marrow and how targeting the USP7/PTEN axis offers new hope for preventing metastatic recurrence.
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.
How Cellular Scaffolding Directs Cancer's Invasion: The Cofilin-LIMK Story
Explore how Cofilin 1 and LIMK proteins control cancer cell movement and metastasis through cellular scaffolding mechanisms in colorectal cancer.