Explore how the IsletCore Program addresses the critical shortage of human pancreatic islets for diabetes research through systematic isolation and distribution.
Discover how hydrogen sulfide (H₂S), the gas that gives rotten eggs their smell, protects pancreatic beta-cells and could revolutionize diabetes treatment.
Exploring how the immunosuppressant drug tacrolimus affects insulin-producing cells and leads to post-transplant diabetes
Explore how circadian rhythms regulate metabolism and how disruptions can lead to diabetes and obesity through fascinating genetic mechanisms.
Discover groundbreaking research revealing glucose's dual role as both energy source and master regulator of cellular processes, with implications for diabetes, cancer, and regenerative medicine.
Discover how the DREAM protein regulates prodynorphin in pancreatic cells and its role in Type 2 Diabetes development.
Discover how voltage-gated potassium channels (Kv1 and Kv2) regulate insulin secretion in pancreatic beta cells and their potential for diabetes treatment.
Discover how rare genetic variants in the IRS2 gene reveal new insights into childhood obesity in Hispanic populations, challenging previous assumptions about weight and blood sugar regulation.
Discover how interleukin-1, a key immune molecule, plays a dual role in regulating blood sugar and its implications for diabetes treatment.
Discover how NEFA and gluconeogenic precursors regulate glucose production during chronic glucagon exposure and the implications for diabetes treatment.