Research Articles
The Tiny Molecule That Could Revolutionize Gastric Cancer Treatment: How miR-338-3p Takes on a Cancer Promoter
Discover how miR-338-3p functions as a tumor suppressor in gastric cancer by targeting PTP1B, offering new hope for treatment.
The Silent Conductors of Cancer: How Histone Deacetylases Orchestrate Tumor Growth and Survival
Exploring how histone deacetylases (HDACs) orchestrate tumor growth by regulating apoptosis and autophagy in cancer cells.
The Silent Assassin in Your Gut: How a Probiotic's Sugar Coating Fights Cancer
Discover how Bifidobacterium pseudocatenulatum ATCC 27919's exopolysaccharides trigger cancer cell death through autophagy and apoptosis pathways.
The Invisible Strings of Cancer: How a Tiny RNA Pulls the Triggers of Tumor Growth
Exploring how lncRNA ELFN1-AS1 contributes to colorectal cancer tumor growth through epigenetic silencing of TPM1, driven by MYC oncogene.
The Bee's Cure: How a Propolis Compound Fights Colorectal Cancer
Discover how CAPE, a compound from bee propolis, fights colorectal cancer by targeting survivin and activating p53 pathways.
The Hidden Highway: How a Failing Heart Rewires the Brain to Damage Kidneys
Discover how chronic heart failure triggers kidney damage through neurohormonal pathways mediated by the brain's paraventricular nucleus.
The Golden Warrior: How Lutein Emerges as a Novel Hope Against Oral Cancer
Exploring lutein's potential as a therapeutic agent against oral squamous cell carcinoma through nanoparticle delivery systems.
The Tiny Ring Shaping Multiple Myeloma's Future: How circ_0001821 Predicts Survival and Fuels Disease Progression
Exploring how circ_0001821 circular RNA predicts aggressive multiple myeloma and serves as a potential therapeutic target
The RB-E2F1 Tango: How Cellular Gatekeepers Dance Between Life, Death, and Cancer
Exploring the dynamic relationship between RB and E2F1 proteins in cell cycle regulation, cancer development, and therapeutic opportunities.
Your Diet's Secret Conversation with Fat Cells: How Carb Choices Rewire Your Genes
Discover how dietary carbohydrates directly reprogram gene networks in fat cells, altering metabolism and disease risk through groundbreaking research from the FUNGENUT Study.