Research Articles
P4HA2 and PFKP: How Thyroid Cancer Cells Rewire Their Energy System
Discover how P4HA2 promotes thyroid cancer progression through PFKP-mediated glycolysis in this detailed scientific analysis.
How a Natural Compound Fights Liver Cancer by Starving It of Energy
Breakthrough study reveals how isoscopoletin, a common plant molecule, fights liver cancer by attacking its energy supply at the molecular level through glycolysis inhibition.
Nature's Sweet Weapon: How a Licorice Compound Fights Bladder Cancer
Exploring how Licochalcone A from licorice root fights bladder cancer by disrupting cancer cell metabolism and division cycles.
Rethinking Cancer's Fuel: Scientists Create "Glycolytic-Null" Cancer Cells That Defy Conventional Wisdom
Groundbreaking research challenges cancer metabolism dogma by creating glycolytic-null cancer cells that survive without fermentative glycolysis through metabolic reprogramming.
How Cisplatin Fights Cancer: DNA Damage and Metabolic Starvation
Discover how cisplatin suppresses cancer growth through dual mechanisms - DNA damage and inhibition of integrin β5-mediated glycolysis in breast and cervical cancers.
The Tumor's Power Grid: More Than Just a Sugar Burn
Discover how cancer cells use glycolytic intermediates as biological batteries to survive nutrient fluctuations through the dynamic Warburg effect.
Sweet Tooth of Cancer: How Targeting Tumor Glycolysis is Revolutionizing Cancer Therapy
Exploring how targeting tumor glycolysis through the Warburg effect is transforming cancer treatment approaches.