Research Articles
The Survival Paradox: How Insulin-like Growth Factor 1 Saves Cells Without Repairing Their DNA
Exploring how IGF-1 prevents cell death independently of DNA repair mechanisms, with implications for cancer, aging, and metabolic diseases.
Green Tea's Secret Weapon: How EGCG Targets Breast Cancer's Energy Supply
Discover how EGCG in green tea disrupts breast cancer metabolism by targeting glucose utilization and the Warburg effect.
PLEKHN1: The Hidden Key to Unlocking Cancer Cell Death
Discover how PLEKHN1 promotes apoptosis in colon cancer cells by enhancing Bax-Bak oligomerization through interaction with Bid protein.
The RNA Scissors: How a Bacterial Enzyme Accidentally Creates a Mysterious Signaling Molecule
Discover how binase, a bacterial enzyme, creates 2′,3′-cGMP during RNA cleavage and its surprising biological significance in cellular signaling and cancer research.
How Leukemia Hijacks the Bone Marrow: The Notch Signaling Story and Dexamethasone's Surprising Role
Discover how acute myeloid leukemia hijacks bone marrow through Notch signaling and how dexamethasone can target this mechanism to combat cancer growth.
Silent Killers: How Water Pollutants Trigger Cellular Suicide in Fish Immune Systems
Exploring how environmental contaminants trigger programmed cell death in fish lymphoid cells and compromise aquatic immune systems.
Anticancer Potential in Forests: Scientific Exploration of Cryptomeria japonica and Terpinen-4-ol Against Lung Cancer
Discover the anticancer potential of Cryptomeria japonica and its active compound terpinen-4-ol in lung cancer treatment through scientific research and mechanisms.
Hitching a Ride: How Stem Cells Deliver Cancer-Killing Viruses to Tumors
Discover how mesenchymal stem cells enhance oncolytic reovirus efficacy against cancer tumors in this breakthrough combination therapy.
miR-24: The Tiny Molecule That Could Revolutionize Stroke Treatment
Discover how miR-24 reduces serum lipid levels and inhibits brain cell apoptosis in rats with cerebral infarction, potentially revolutionizing stroke treatment.
The Cruciferous Contradiction: How a Vegetable Compound Could Revolutionize Cancer Treatment
Explore how phenethyl isothiocyanate (PEITC) from cruciferous vegetables affects vimentin expression in cancer cells and its potential to revolutionize cancer treatment.