Research Articles
Unlocking a Puzzle: How Checkpoint Kinase 1 Inhibitors Offer New Hope for Ovarian Clear Cell Carcinoma
Explore how checkpoint kinase 1 inhibitors are revolutionizing treatment for ovarian clear cell carcinoma, a chemoresistant ovarian cancer subtype.
Akar Kuning: Ancient Vine Meets Modern Science in the Fight Against Cancer
Exploring the anticancer potential of Akar Kuning (Fibraurea tinctoria), a traditional medicinal vine from Southeast Asian rainforests.
Sun-Kissed or Sun-Stressed? How Your Skin Brews a "Zombie" Vitamin in the Sun
Discover how UV exposure triggers your skin cells to produce dehydroretinol, a unique form of Vitamin A, and what this means for skin health.
The Silent War Within: How Your Immune Cells Devour Influenza-Infected Cells
Discover how neutrophils and macrophages work together to phagocytose influenza-infected cells in a fascinating cellular defense mechanism.
The Silent Depletion: How Diabetes Steals Your Body's Natural Repair Cells
Explore how type 2 diabetes progressively depletes circulating progenitor cells, the body's natural repair system for blood vessels, and the scientific discoveries behind this process.
Cell Cycle Checkpoints: The Body's Anti-Cancer Defense System and How We Can Weaponize It
Explore how cell cycle checkpoints serve as the body's defense against cancer and how modern medicine is weaponizing these mechanisms to develop targeted anticancer therapies.
Powering the Brain: How Mitochondrial Transplantation Could Revolutionize Stroke Recovery
Explore how mitochondrial transplantation offers a promising new approach to treating stroke-induced brain injury by giving brain cells a power transplant.
The Tiny Switch That Heals a Broken Heart: A MicroRNA's Story
Discover how MicroRNA-147 could revolutionize heart attack recovery by inhibiting inflammation and apoptosis through targeting HIPK2.
The Double-Edged Sword: How a Life-Saving TB Drug Can Sometimes Harm the Liver
Explore how Isoniazid, a life-saving TB drug, can cause liver damage through oxidative stress and apoptosis in HepG2 cells.
Marine Marvel: How a Sea Sponge Compound Fights Leukemia at the Molecular Level
Discover how dideoxypetrosynol A from marine sponges fights leukemia through cell cycle arrest and apoptosis mechanisms.