Research Articles
The Caffeine Paradox: How Your Morning Coffee Fights Skin Cancer
Discover how caffeine protects your skin from UV damage by inhibiting the ATR-Chk1 pathway in skin cells, potentially reducing skin cancer risk.
Nature's Hidden Weapon: How Nitidine Chloride Fights Melanoma
Discover how nitidine chloride, a natural plant compound, triggers cellular self-destruction in melanoma through AMPK-mTOR signaling pathway.
CHK1 Protein: Vulvar Cancer's Achilles' Heel?
Exploring CHK1 protein as a potential therapeutic target in vulvar squamous cell carcinoma treatment.
Unlocking Melanoma's Defense: How the Akt3 Protein Drives Resistance to Targeted Therapy
Explore how Akt3 protein enables melanoma cells to resist BRAF-targeted therapies and the scientific breakthroughs in overcoming this resistance mechanism.
The Red Wine Molecule's Hidden Power: Turning the Tide Against Breast Cancer
Discover how resveratrol, a compound in red wine, induces apoptosis in aggressive breast cancer cells through PI3K/Akt and p53 signaling pathways.
The Spice of Life: Can a Plant Molecule Save Our Muscles?
Exploring how quercetin, a natural antioxidant found in fruits and vegetables, protects muscle cells from dexamethasone-induced damage.
A Cellular Saboteur: How a New Drug Tricks Cancer Cells into Self-Destructing
Discover how DPQZ, a novel antitubulin agent, induces apoptosis in oral cancer cells through Ras/Raf inhibition and MAPK activation.
The Silent Shrink: How Stress Hormones Accelerate Adrenal Aging
Discover how stress hormones accelerate adrenal aging through molecular mechanisms involving caspase-3 and Bcl-2 expression in the zona reticularis.
Breaking the Code: How a Novel Piperazine Compound Triggers Cancer's Self-Destruct Mechanism
Discover how novel piperazine derivatives induce caspase-dependent apoptosis in cancer cells through multiple signaling pathways, offering new hope for targeted cancer therapies.
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.