Research Articles
Cracking the Cancer Code: How Protein Patterns Predict Lymphoma's Next Move
Discover how Bcl-2 family protein patterns in Diffuse Large B-cell Lymphoma predict disease behavior and enable personalized treatments.
Fermented Soy Milk: Unlocking Nature's Potential in the Fight Against Breast Cancer
Explore how fermented soy milk inhibits growth and induces apoptosis in MCF-7 breast cancer cells through scientific research and data visualization.
The Sweet Poison: How Excess Sugar Silences a Key Cell Survival Signal
Discover how high blood sugar epigenetically reprograms endothelial cells to self-destruct, leading to diabetic complications.
Ras Suppressor-1: The Cell's Hidden Weapon in the Fight Against Breast Cancer Metastasis
Discover how Ras suppressor-1 promotes apoptosis in breast cancer cells by inhibiting PINCH-1 and activating PUMA, offering new therapeutic potential.
Cellular Guardians: How MicroRNAs Protect Stem Cells in Hostile Environments
Discover how microRNAs protect mesenchymal stem cells from apoptosis in hypoxic and nutrient-deprived environments, opening new avenues for regenerative medicine.
Bitter Melon's Hidden Power: Unlocking a Natural Weapon Against Brain Cancer
Discover how MAP30 from bitter melon fights glioblastoma by triggering cancer cell apoptosis through suppression of LGR5/Wnt pathway and enhancement of Smac expression.
A Cellular Double Agent: How a Natural Protein is Tricking Cancer Cells into Self-Destruction
Discover how MDA-7/IL-24, a natural protein, is being used to suppress human ovarian carcinoma by triggering cancer cell self-destruction while leaving healthy cells untouched.
The Cellular Suicide Mission: How Cell Death Unlocks the Mystery of Kikuchi's Disease
Explore how apoptotic cell death and TEM studies reveal the mechanisms behind Kikuchi's disease, a mysterious medical condition affecting lymph nodes.
Valdien and the Battle Within: Reigniting Cellular Suicide in Lymphoma Cells
Exploring how Valdien, a novel compound, combats Non-Hodgkin's Lymphoma by reactivating apoptosis in cancer cells through targeted molecular mechanisms.
The Unlikely Hero: How a Common Blood Protein Could Rescue a Failing Liver
Discover how transferrin, a common blood protein, shows remarkable potential in preventing Fas-mediated liver failure through groundbreaking research.