Research Articles
The Hunger Hormone's Hidden Role: A New Clue in the Diabetes Puzzle
Discover how Asprosin, a newly discovered hormone, is revolutionizing our understanding of diabetes and metabolic health through its role in glucose regulation.
How High Blood Sugar Rewires Your Cells: The Story of a Sticky Protein
Discover how high glucose activates the PKC-Rap1b-B-Raf pathway to stimulate fibronectin synthesis, contributing to diabetic complications.
The Sleep-Metabolism Connection: How Your Sleep Habits Shape Your Health in Young Adulthood
Discover how sleep duration impacts metabolic health in young adults and learn about the U-shaped relationship between sleep patterns and metabolic syndrome severity scores.
The Secret Switch: How a Bone Drug Tells Fat Cells to Cool It
Discover how Raloxifene, a bone drug, inhibits fat cell creation and reduces inflammation through Wnt pathway regulation in postmenopausal women.
The Sugar Switch: How a Tiny Molecular Modification Fuels Inflammation and Cancer
Explore the fascinating relationship between O-GlcNAcylation and NF-κB regulation in inflammation and cancer development
The Sugar Architect: How a Little-Known Enzyme Builds Your Cellular Health
Discover how sedoheptulose kinase regulates cellular carbohydrate metabolism through sedoheptulose 7-phosphate supply in this engaging scientific exploration.
The Secret Symphony of Sugar: When Yeast Mutants Can't Manage Their Metabolism
Explore how yeast mutants with defects in carbon assimilation regulation reveal sophisticated metabolic control systems in Saccharomyces cerevisiae.
Nature's Heart Guardian: How Hawthorn Leaf Flavonoids Fight Cellular Rust
Discover how hawthorn leaf flavonoids protect against oxidative stress and cellular damage through scientific research on rat cardiomyocytes.
The Double Trouble: How Thyroid Deficiency and Rich Diets Combine to Trigger Diabetes
Exploring the joint effect of congenital hypothyroidism and hypercaloric diet as triggers of type 2 diabetes through scientific evidence and research findings.
The Double Life of Peptides: Nature's Connectors and Tomorrow's Medicines
Exploring how connecting peptides like C-peptide transform from biological bridges to therapeutic agents for diabetes and other diseases.