Research Articles
The Cellular Tug-of-War: How a Key Signal Saves Our Immune Soldiers
Discover how the Wnt/β-Catenin pathway acts as a safety switch to prevent excessive immune cell death during tuberculosis infection
The Silent Attack: How Our Body's Defenses May Turn Against the Brain
Exploring how cytokines IFN-γ and TNF-α may trigger cell death in oligodendrocytes, contributing to Multiple Sclerosis pathology
Cracking the Skin's Code: How Scientists Predict Cellular Responses in Eczema
Discover how mathematical models predict keratinocyte behavior in atopic dermatitis and what this means for future eczema treatments.
Unlocking Ancient Wisdom: How a Traditional Remedy Protects Your Brain Through Your Gut
Discover how Kaixinsan, a 1,300-year-old herbal formula, demonstrates neuroprotective effects through the gut-brain axis, offering potential for neurodegenerative disease treatment.
Cracking the Genetic Code: Why Prostate Cancer Hits African American Men Harder
Exploring how trinucleotide repeats and genetic factors contribute to prostate cancer disparities in African American males
The Cell's Tug-of-War: How a Weakness in a Rare Childhood Brain Tumor Was Uncovered
Scientists discover that a cancer's greatest strength—rampant protein production—can be its fatal flaw in Atypical Teratoid/Rhabdoid Tumors.
The Hidden Battle in Your Tooth: How a Bacterial Invader Triggers a Cellular Suicide Mission
Discover how bacterial LPS triggers neuron apoptosis in dental pulp through TNF-α and cytochrome c pathways, leading to tooth nerve death.
How Bone Marrow Creates a Safe Haven for Leukemia Cells
Discover how bone marrow stromal cells protect chronic lymphocytic leukemia cells through HES1 regulation and H3K27me3 demethylation mechanisms.
A Crystal Ball for the Newborn Brain: Predicting Damage to Save Lives
Discover how the Lactate/NAA ratio measured by Proton MRS can predict brain cell death in newborns with hypoxia-ischemia, revolutionizing neonatal care.
The Lipid Switch: How a Little-Known Enzyme Controls Cancer's Spread
Discover how ceramide synthase-6 regulates cancer cell motility through membrane fluidity changes during epithelial-to-mesenchymal transition.