Research Articles
The Cellular Betrayal: How Cancer Cells Refuse to Retire
Unraveling the FOXM1 and NBS1 partnership that fuels drug resistance in cancer cells and how this discovery could revolutionize cancer treatment.
The Silent Saboteur in Our Joints: How a Strange RNA Loop Fuels Arthritis
Discover how circular RNA CircDHRS3 acts as a molecular saboteur in osteoarthritis, driving cartilage degradation and inflammation through the MECP2 pathway.
The Fly's Secret: How a Simple Brain Fine-Tunes its Wiring
Discover how fruit fly brains reveal fundamental principles of neural development through a three-tiered control system of neurotrophins and Toll receptors.
How a Cancer-Related Protein Surprised Scientists by Regulating Kidney Function
Discover how BCL6, a protein known for its role in cancer, regulates kidney transport proteins and influences drug metabolism with surprising sex differences.
The Cellular Guardians and Their Doppelgänger: A New Clue in the Fight Against Leukemia
Exploring the complex interplay between p53 and p73 proteins in Acute Myeloid Leukemia and how it influences patient prognosis and treatment outcomes.
The Power of Pomegranate: How an Ancient Fruit Tames Cellular Inflammation
Discover how pomegranate extract suppresses inflammation by inhibiting MAP kinases and NF-κB in human cells through scientific research.
The Plastic Within: A Liver's Tale of Toxins and Tenacity
Discover how BPA affects liver health through apoptosis and fibrosis, and learn about the remarkable recovery potential when exposure stops.
The Radioresistance Puzzle: How Two Tiny Proteins Could Make Lung Cancer Treatment More Effective
Discover how RUNX3 and TLR9 proteins influence lung cancer response to postoperative radiotherapy and the potential for personalized cancer treatment.
Magnetic Turmeric: The Nano-Revolution Fighting Lung Cancer
Discover how nanotechnology is transforming turmeric into a targeted cancer-fighting weapon against lung cancer through magnetic nanoparticles.
A Natural Sniper: How Wogonin Targets EBV-Positive Lymphoma
Discover how the plant compound Wogonin precisely targets Epstein-Barr virus positive lymphoma cells through the LMP1/NF-κB/miR-155/PU.1 pathway