Research Articles
The Tiny Traffic Cop in Our Cells: How a Microscopic Molecule Could Halt Bladder Cancer
Discover how microRNA-124-3p targets AURKA to inhibit bladder cancer cell growth, migration and induce apoptosis in this groundbreaking research.
Supercharged Viruses: How Polymers Are Revolutionizing Bladder Cancer Gene Therapy
Discover how specially designed polymers are helping therapeutic viruses evade cancer defenses and deliver gene therapy with unprecedented precision for bladder cancer treatment.
Nature's Hidden Weapon: How a Simple Plant Compound Is Revolutionizing Bladder Cancer Research
Discover how herniarin, a natural compound from plants like chamomile, is showing remarkable potential in fighting bladder cancer through multiple biological pathways.
MicroRNA-381: The Tiny Molecular Guard That Could Revolutionize Bladder Cancer Treatment
Explore how microRNA-381 functions as a tumor suppressor in bladder cancer by regulating BMI1 and the Rho/ROCK signaling pathway, offering new therapeutic possibilities.
Cellular Survivors: How Bladder Cells Resist a Common Carcinogen
Discover how bladder cells develop resistance to the carcinogen 4-aminobiphenyl through proteomic analysis and what this means for bladder cancer research.
The Power of Cruciferous Vegetables: Nature's Answer to Bladder Cancer Prevention
Discover how cruciferous vegetables and their compounds called isothiocyanates can help prevent bladder cancer recurrence through scientific evidence and molecular mechanisms.