Research Articles
A Lifeline for Neurons: How an Immune Molecule Offers New Hope in the Fight Against ALS
Discover how Granulocyte-Colony Stimulating Factor (G-CSF) shows promise in treating ALS by protecting motor neurons and extending survival in mouse models.
The Hidden Threat: How Bisphenol-A Disrupts Hormones and Diminishes Male Fertility
Explore how Bisphenol-A (BPA) disrupts hormonal balance, damages testicular mitochondria, and contributes to declining male fertility rates worldwide.
The Unexpected Double Agent: How a Supposed Tumor Suppressor Actually Fuels Cancer
Discover how TIMP2, once thought to be a tumor suppressor, actually fuels cancer growth by increasing HIF-2α expression when deficient.
The Gut-Bone Connection: How a Molecule from Your Diet Could Help Build Stronger Bones
Discover how butyrate, a molecule produced by gut bacteria, influences osteoblastic cells and bone health through scientific research on MG-63 cells.
A Double-Key Strategy: Unlocking the Self-Destruct Button in a Rare Blood Cancer
Discover how JAK2 inhibition triggers apoptosis through Bim activation and how BH3 mimetics enhance this process in blood cancer treatment.
The Cellular Clock and Survival Switches: How Telomerase and Apoptosis Markers Predict Oral Cancer Development
Explore how telomerase and apoptosis markers serve as early warning systems in oral cancer development, with research data and molecular insights.
Hormone vs. Cancer: A New Targeted Therapy for Melanoma
A groundbreaking approach using estrogen receptor-mediated liposomal drug delivery for treating melanoma, offering targeted therapy with reduced side effects.
The Silent Alarm: A Cellular "Smoke Signal" Warns of Pre-Diabetes
Discover how the M30 antigen, a fragment from dying liver cells, serves as an early warning signal for pre-diabetes and impaired glucose tolerance.
A One-Two Punch for Cancer: How a New Molecule Supercharges Chemotherapy
Discover how Intricatinol synergistically enhances cisplatin's anticancer effects through p38 MAPK/p53 signaling in human lung cancer cells.
The Cellular Trojan Horse: How Tumors Disable Our Defenses
Discover how cancer cells use exosomes as biological Trojan Horses to disarm our immune system's defenses and the groundbreaking research revealing this mechanism.