Research Articles
How Cellular Scaffolds Drive Breast Cancer Spread: The CIP4 and Src Story
Explore the molecular partnership between CIP4 and Src proteins in driving breast cancer metastasis and invasion through invadopodia formation.
How a Common Pathway Hijacks Breast Cancer Cells and Drives Its Spread
Discover how the thromboxane A2 pathway controls migration and metastasis in triple-negative breast cancer cells, offering new therapeutic targets.
Breaking the Resistance: Androgen Receptor Variants and the Novel Compounds Revolutionizing Breast Cancer Treatment
Exploring androgen receptor variants in breast cancer and the development of thieno[2,3-b]pyridines as novel anti-cancer compounds.
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.
How a Malaria Drug Could Revolutionize Treatment for Aggressive Breast Cancer
Discover how atovaquone, an FDA-approved malaria drug, shows promise in treating chemotherapy-resistant triple-negative breast cancer by targeting the MSN/STAT3 pathway.
Breaking the Chain: How Cholesterol-Modifying Drugs Could Halt Aggressive Breast Cancer
Exploring how mevalonate pathway inhibitors affect breast cancer motility and invasion through cholesterol metabolism targeting
The Cellular Journey: How Breast Cancer Cells Invade the Brain
Explore the biomechanical journey of breast cancer cells to the brain, highlighting the dynamic interplay between physical forces and molecular signals.
Stopping Breast Cancer in Its Tracks: How a Modified Natural Compound Targets the Cellular Highway System
Discover how a resveratrol derivative fights breast cancer by targeting microtubules and actin filaments in the cellular cytoskeleton to prevent metastasis.