Research Articles
Curbing Cancer's Spread: How Targeting Cellular "Grappling Hooks" Could Block Metastasis
Discover how targeting microtentacles - cellular grappling hooks that help cancer cells spread - could revolutionize cancer treatment by preventing metastasis.
Cell Blebbing: How a Cellular Bulge Becomes a Cancer's Deadly Ally
Discover how cellular blebbing, once thought to be cellular suicide notes, is now recognized as a critical mechanism in cancer metastasis and a promising therapeutic target.
The Cell's High-Altitude Choreography: How a Tiny Kinase Directs Cancer's Moves in Low Oxygen
Discover how PIM kinase regulates actin dynamics in hypoxic tumor environments, driving cancer metastasis through cytoskeletal remodeling.
The Hidden World of Cell Motility: How Cells Navigate Life's Highways
Explore the fascinating world of cell motility, from embryonic development to cancer metastasis, and discover how cells navigate their microscopic environments.
The Wnt5a Feedback Loop: How a Cellular Messenger Drives Ewing Sarcoma Spread
Explore how Wnt5a drives Ewing sarcoma metastasis through a dangerous feedback loop and the potential therapeutic implications of this discovery.
How a Brain Chemical Becomes Cancer's Accomplice: The Neuropeptide Y Story
Discover how Neuropeptide Y, a brain chemical, transforms into a key driver of cancer metastasis in this groundbreaking research overview.
The Double Agents: How Eph and Ephrin Proteins Guide Cancer's Invasion
Explore how Eph receptors and ephrin ligands function as cellular double agents in cancer metastasis, with context-dependent roles in tumor progression and suppression.
The Cellular Handshake: How Integrins Keep Us Together and What Happens When They Let Go
Explore the fascinating world of integrin adhesion receptors - the molecular hands that perform the delicate ballet of cellular communication in health and disease.
The Silent Symphony: How Physical Forces Conduct Cellular Migration in Health and Disease
Exploring how mechanical forces from three directions shape cellular migration with implications for cancer, regenerative medicine, and immune therapy.