Research Articles
Nature's Silver Bullet: How a Wild Plant and Nanotechnology Could Revolutionize Diabetes Treatment
Discover how silver nanoparticles synthesized using Eryngium thyrsoideum Boiss extract reduce inflammatory adipokines in type II diabetic rats, offering new hope for diabetes treatment.
Gut Feelings: How Your Intestine Helps Revolutionize Diabetes Treatment
Explore recent advances in antidiabetic drug therapies targeting the enteroinsular axis and the gut-pancreas connection.
The Missing Switch: What Mutant Mice Teach Us About Diabetes
Discover how glucagon receptor knockout mice revolutionized our understanding of diabetes and blood sugar regulation.
The Fortress and the Key: Unlocking a Diabetes Mystery in Fat Cells
Discover how cholesterol deficiency in caveolae contributes to insulin resistance in type 2 diabetes through groundbreaking research on Zucker fa/fa rats.
The Hidden Guardian: How a Mysterious RNA Molecule Protects Kidneys from Diabetes Damage
Discover how long non-coding RNA UBE2R2-AS1 protects kidneys from diabetes-induced damage through molecular mechanisms and signaling pathways.
Avian Biology to the Rescue: How Chicken Hormones Could Revolutionize Diabetes Treatment
Discover how chicken hormones and the GCGR family could transform diabetes treatment through cross-species biological mechanisms.
The Silent Siege: How Diabetes and High Cholesterol Team Up to Attack Your Kidneys
Discover how diabetes and high cholesterol work together to damage kidney microvessels through the PACS2 protein at the MAM cellular interface.
The Rat's Tale: Unlocking the Secret Switch for Diabetes
Discover how Zucker rats and the Egr-1 gene reveal critical insights into diabetes development and potential treatments.
The Sensitive Gut: How Diabetes Changes Intestinal Sensation
Discover how diabetes physically reshapes the digestive system and alters gut-brain communication through groundbreaking research on diabetic Goto-Kakizaki rats.
The Hidden Link Between Blood Cells and Diabetes in Children
Discover how mean platelet volume (MPV) from routine blood tests provides crucial insights into glucose control and complication risks in children with type 1 diabetes.