type 2 diabetes Archive — Page 2 of 3
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December 18, 2019
Telehealth grant boosts diabetes prevention efforts
Vanderbilt’s Diabetes Prevention Program (DPP) has demonstrated its effectiveness at helping employees lose weight as a means of preventing Type 2 diabetes and has received a five-year grant from the National Institutes of Health (NIH) to expand the program using telehealth. -
December 4, 2019
Genetic screen in worms reveals critical step in insulin synthesis
The identification of a protein important for insulin synthesis may hold clues for understanding the pathogenesis of diabetes. -
October 3, 2019
Diabetes drug study explores cardiovascular risks for patients with kidney disease
An observational study using medical record information from nearly 50,000 U.S. military veterans sheds new light on which drugs are best for patients with Type 2 diabetes and one of its common complications, kidney disease. -
September 14, 2018
Diabetes drug may prevent cancer
The research suggests that metformin should be further studied clinically for the prevention of liver cancer. -
September 6, 2018
Team’s findings could spur new treatments for type 2 diabetes
An international research team including scientists from Vanderbilt University has discovered how the diabetes drug metformin blocks glucose production by the liver. The discovery, reported Aug. 27 in the journal Nature Medicine, could lead to development of new ways to treat type 2 diabetes. -
July 12, 2018
Team explores diabetes drug’s ability to treat RSV infection
A drug used to treat diabetes may point to new therapies for respiratory syncytial virus (RSV) bronchiolitis — inflammation and obstruction of the lungs’ small airways. A multi-disciplinary team of Vanderbilt investigators has demonstrated that liraglutide reduces the inflammatory response to RSV infection in a mouse model of the disease. -
January 25, 2018
Study may point to new ways to reverse insulin resistance
Researchers at Vanderbilt University have discovered how insulin crosses the capillary endothelium to exit blood vessels and stimulate skeletal muscle cells — a major finding that may lead to new ways to reverse insulin resistance, a hallmark of type 2 diabetes.