Research Articles
Ancient Wisdom, Modern Science: How a Traditional Remedy Fights Cellular Rust
Explore how the traditional Uyghur remedy Abnormal Savda Munziq protects cells from oxidative stress through modern scientific research.
The Guardian of Sight: How a Single Gene Shapes Our Vision
Explore how the NR2E3 gene functions as a master regulator in retinal development, suppressing cone cell generation and maintaining proper vision.
The Sweet Poison: How High Sugar Sabotages a Baby's Kidney Development
Discover how high glucose levels during pregnancy can disrupt fetal kidney development by promoting nephron apoptosis through NF-κB and p53 pathways.
The Hijacker Within: How a Cellular Protein Named NME4 Fuels Lung Cancer's Engine
Discover how the NME4 protein drives non-small cell lung cancer progression by overcoming cell cycle arrest and promoting cellular proliferation.
The Unsung Heroine of the Nervous System: How Estrogen Protects Motor Neurons
Discover how estrogen and its receptor agonists protect motor neurons from inflammation-induced cell death, offering new hope for neurodegenerative disease treatments.
How a Simple Nutrient Cocktail Is Revolutionizing Leukemia Research
Discover how a specific nutrient mixture shows promising results in inhibiting the growth of acute promyelocytic leukemia HL-60 cells in laboratory and animal studies.
Beyond Sun-Kissed Skin: How α-MSH Repairs Sun-Damaged Skin
Discover how alpha-melanocyte stimulating hormone (α-MSH) protects skin fibroblasts from UVA damage and combats photoaging through cellular mechanisms.
Beyond Cholesterol: How Nanofibers are Unlocking Statins' Hidden Healing Powers
Discover how nanofibrous carriers are transforming statins from cholesterol medications into precision tools for bone regeneration, nerve repair, and tissue healing.
The Double Agent: How p53 Controls Estrogen Receptor Beta's Role in Breast Cancer
Discover how p53 status determines whether estrogen receptor beta acts as a tumor suppressor or promoter in breast cancer, with implications for triple-negative breast cancer treatment.
MLN4924: Halting Osteosarcoma by Hijacking a Cancer Growth Pathway
Discover how MLN4924 targets neddylation to halt osteosarcoma growth through cell cycle arrest, senescence, and apoptosis in this comprehensive research analysis.