Research Articles
Cracking Neuroblastoma's Defenses: How Protein Mapping Reveals New Combination Therapies
Discover how quantitative proteomics is revolutionizing neuroblastoma research by revealing synergistic drug combinations that target cancer cell vulnerabilities.
Keratin Chaos: How a Cellular Scaffold Gone Rogue Drives Cancer's Deadly Spread
Discover how keratin dysregulation in the cytoskeleton triggers tumor aggressiveness through genomic instability and cellular adaptation in cancer progression.
The Cell-Eat-Cell World: How a Tiny Protein Fuels a Cancer Mystery
Discover how Rac1 protein promotes heterotypic cell-in-cell structures in cancer and its implications for immunotherapy.
The Cellular Detective: Unraveling Chromium's Cancer Clues with Protein Fingerprints
Discover how scientists use proteomics to understand how chromium exposure leads to cancer development through protein analysis.
Ezrin: The Cellular Mastermind Behind Cancer's Deadly Spread
How a simple cellular scaffold becomes metastasis' most powerful ally - exploring Ezrin protein's role in cancer progression
Taming the Cellular Bouncer: How Scientists Are Outsmarting Our Body's Drug Defenses
Discover how scientists are developing new strategies to inhibit P-glycoprotein and overcome multidrug resistance in cancer treatment.
The Guardian in Our Genes: Unraveling the Mystery of Testin in Human Cancers
Exploring the role of Testin protein as a tumor suppressor gene in various human cancers and its potential clinical applications.
Rethinking Cancer's Invasion: The Surprising Truth About E-cadherin and EMT
New research challenges the long-held belief that E-cadherin loss is necessary for cancer metastasis through epithelial-mesenchymal transition.
Phospholipase D: The Cellular Fuel Behind Cancer's Resistance
Explore how phospholipase D (PLD) drives cancer treatment resistance and discover promising therapeutic approaches targeting this crucial enzyme.
How Gold Nanorods and Light Are Revolutionizing the Fight Against Cancer's Spread
Discover how gold nanorod photothermal therapy is disrupting cancer metastasis by altering cell junctions and actin networks in collective cancer cell migration.