Research Articles
The Silent Guardian: How a Tiny Molecule Called miR-133a-3p Fights Liver Cancer
Exploring how miR-133a-3p functions as a molecular brake on liver cancer growth and its potential as a diagnostic tool and therapeutic target.
Magnetic Microspheres: The Tiny Transporters Supercharging Stem Cell Therapy
Discover how plasmid FGF-2 magnetic chitosan gelatin microspheres are revolutionizing mesenchymal stem cell therapy through controlled growth factor delivery.
The Autophagy Trap: How Lung Cancer Cells Hijack Cellular Recycling to Resist Cisplatin
Exploring how impaired autophagy creates cisplatin-resistant lung cancer cells and potential therapeutic strategies to overcome this resistance.
The Molecular Tug-of-War in Your Lungs: How a Tiny RNA Chain Influences COPD
Discover how LINC00599, miR-212-5p, and BASP1 form a critical axis in COPD progression through cigarette smoke-induced apoptosis and inflammation.
The Silent Assassins: How Umbilical Cord Stem Cells Are Engineered to Destroy Brain Tumors
Discover how umbilical cord-derived stem cells are engineered with IL-24 to target and destroy glioblastoma tumors while sparing healthy tissue.
Molecular Saboteurs: How Designer Compounds Are Disarming Gastric Cancer
Thiosemicarbazone-based drugs show promise in halting gastric cancer tumor growth and spread through selective proliferation inactivation.
Breaking Bad Cells: How a Cholesterol Drug Supercharges Cancer Treatment
Discover how fluvastatin, a common cholesterol drug, enhances the anticancer effects of vorinostat in renal cell carcinoma through metabolic-epigenetic synergy.
The p62 Enigma: How a Tiny Protein Fuels Liver Cancer's Evasion Tactics
Discover how p62/IMP2-2 protein enables hepatocellular carcinoma to evade apoptosis through IGF2-independent pathways, offering new therapeutic targets.
Unlocking the Guardian: How Nutlin-3 Reactivates Cancer's Nemesis in Childhood Muscle Cancer
Exploring how Nutlin-3 reactivates p53's cancer-fighting power in rhabdomyosarcoma, offering hope for children with relapsed or aggressive disease.
Silencing the Traitor Within: How Starving Lymphoma Cells of BDNF Triggers Their Self-Destruction
Discover how knocking down BDNF in B-cell lymphoma cells induces cell cycle arrest and apoptosis, offering new therapeutic strategies.