Research Articles
The Diabetes Drug That Could Revolutionize Cancer Treatment: Unlocking PPARγ's Hidden Power
Discover how diabetes drugs (TZDs) can suppress CXCR4 expression in colorectal cancer through PPARγ activation, potentially blocking metastasis pathways.
The Heavy Mind: How Body Weight Reshapes Your Brain's Energy Landscape
Discover how body mass directly alters your brain's energy metabolism, impacting cognition, aging, and disease risk.
Sweet Complexity: How Sugar Coating Shapes Your Biology
Exploring the fascinating world of O-linked glycosylation and its impact on biology, health, and disease.
Thyroid Hormones: The Hidden Architects of Fetal Energy Production
Exploring the crucial role of thyroid hormones in fetal glucogenesis during late gestation and implications for preterm infants.
The Silent Sugar Surge: Unmasking Diabetes and Prediabetes in Shandong's Heartland
Analysis of diabetes and prediabetes epidemic in Shandong province, China, including risk factors, epidemiological data, and potential solutions.
The Secret Culprit in Obesity: How a Tiny Protein Fuels a Dangerous Chain Reaction
Discover how Serum Amyloid A1 (SAA1) contributes to obesity-related complications through amyloid deposition, revealed by transgenic mouse studies.
The Insulin Puzzle: How Gastric Bypass Rewires Your Metabolism
Exploring how gastric bypass surgery dramatically improves blood sugar control while creating unique insulin-related adaptations in metabolism.
The Sweet Peril: How a Natural Compound Shields Your Brain from Sugar's Silent Assault
Discover how bergenin, a natural compound from traditional medicinal plants, protects the brain from diabetes-associated cognitive impairment through multi-species research.
The Silent Conductors: How Tiny RNAs and Nuclear Receptors Steer Stem Cell Destiny
Exploring how microRNAs and PPARs govern mesenchymal stem cell differentiation and their implications for regenerative medicine.
The Glucose Rescue: How a Simple Sugar Shields Newborn Brains from Oxygen Deprivation
Discover how glucose supplementation may protect neonatal brains from hypoxia-induced damage by preserving GABAᴮ receptor function during birth asphyxia.