Of the two well-known rodent models of human type 1 diabetes (the non-obese diabetic mouse and the BioBreeding rat) the mouse has become the model of choice. Here the authors re-examine the value ...

Using their connections within the department of microbiology and immunology, the researchers brought their labs together to perform a study with antibiotics in a diabetic mouse model of S.

The results could ultimately help doctors reduce the risk of type 1 diabetes—or potentially even restore lost metabolic function in adulthood—by providing gut microbes that help the pancreas grow and ...

Using their connections within the Department of Microbiology and Immunology, the researchers brought their labs together to perform a study with antibiotics in a diabetic mouse model of S.

The microbiome shapes the development of insulin-producing cells in infancy, leading to long-term changes in metabolism and ...

The research team led by Professor Chen Haiyong (middle) discovers a mechanism of C-reactive protein that exacerbates inflammation in diabetic kidney ...

Protecting the endothelial glycocalyx with a new therapy prevents diabetic microvascular complications, offering a systemic treatment approach.

When we think of type 2 diabetes, images of heart problems or kidney damage often come to mind. But lurking quietly behind these well-known complications is another serious threat—bone disease.

Murine study identifies critical neonatal window when microbiota disruption results in lifelong metabolic consequences stemming from reduced β cell development.