Research Articles
Seeing the Unseeable: A New Window into Our Metabolic Engine
Scientists are now watching the human kidney process fuel in real-time using deuterium metabolic imaging, revealing secrets that could transform our fight against diabetes and kidney disease.
The Body's Double Warning: How Shape and Sugar Team Up to Predict Heart Trouble
Discover how the TyG index and Body Roundness Index combine to predict cardiovascular risk in people with abnormal glucose metabolism.
The Soybean Secret: Can a Plant Compound Tame Diabetes?
Exploring how genistein, a natural compound found in soybeans, affects fasting plasma glucose and blood lipids in type II diabetes through scientific research.
The Teflon Toxin's Twist: How a Common Chemical is Rewiring Our Blood Sugar
Discover how PFOA, a common 'forever chemical,' induces insulin hypersensitivity in mice and what this means for human metabolism.
The Red Wine Molecule: A New Hope for a Diabetic Heart
Discover how Resveratrol, a compound from red grapes, fights diabetes-related heart damage by targeting cellular signaling pathways.
Rogue Defenders: How Overactive Neutrophils Fuel the Diabetes Fire
Discover how diabetes reprograms neutrophil metabolism, creating overactive immune cells that drive chronic inflammation and complications.
GSK-3 Inhibitors: Diabetes Treatment Breakthrough or Hidden Heart Risk?
Exploring the therapeutic potential and cardiac risks of GSK-3 inhibitors for diabetes treatment
The Placental Puzzle: How Diabetes Reshapes Pregnancy's Most Vital Organ
Explore how diabetes transforms placental function during pregnancy through systems biology approaches, affecting maternal and fetal health outcomes.
The Great Insulin Disappearance: Unraveling the Body's Secret Control System
Discover how your liver and kidneys regulate insulin levels through a fascinating dose-response study that reveals the body's hidden control system.
How a Diabetes Drug Reshapes Your Body's Chemistry: The Metabolome Story
Discover how dapagliflozin reshapes the serum metabolome in type 2 diabetes patients, revealing metabolic reprogramming beyond glucose control.