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Our Strategies to Prevent and Cure Type 2 Diabetes (T2D)

More than 30 million Americans are currently living with diabetes.  84 million others have prediabetes, which is defined as higher than normal blood sugar levels but not high enough to be diagnosed as type 2 diabetes (T2D). Those with prediabetes are at higher risk of T2D, heart disease and stroke. Type 2 diabetes may also lead to kidney failure, vision loss, and/or amputations.  The number of adults diagnosed with diabetes in the United States has more than tripled over the past 20 years. The annual cost of diabetes to our health care system is hundreds of billions of dollars. 

  

Type 2 diabetes (T2D)

T2D means the body does not use insulin properly. At first, the pancreas makes extra insulin to make up for it. However, over time it isn't able to keep up and can't make enough insulin to keep blood sugars at normal levels.  

Scientific hurdles when researching a cure for T2D

  • Rodents do not replicate human T2D in the lab
  • Detailed studies of humans are extremely difficult or impossible 
  • Activating “beige” fat cells in humans may alleviate diabetes, but they are very difficult to isolate and study in humans
  • T2D is a multi-organ disease affecting both insulin secretion by beta cells in the pancreas, and insulin signaling to its “target tissues” of liver, muscle and body fat.  This makes it extremely difficult to determine the cause of the disease.

UMass Diabetes Center of Excellence scientists have...

Discovered the benefits of beige fat

In 2017, UMass Diabetes Center of Excellence (DCOE) researchers proved that rare beige cells, known to attack fat in our body, could be obtained from humans. Millions of these beneficial cells are now being produced in our labs, from a single individual.

Produced beige cells in the lab for potential therapy and clinical trials

Our scientists are working within FDA guidelines to remove beige cells from a person with T2D, grow them in the lab, then implanting them back into that person to improve their blood sugar metabolism. This has already been successful in our unique UMass “humanized” mice

Developed new techniques for silencing and editing genes

Our UMass Institute for RNA Therapeutics includes a Nobel Laureate.  As world leaders in RNAi and gene therapy research, our research has developed new techniques for silencing and editing genes. UMass DCOE scientists can enhance sugar metabolism in beige cells, the liver, and other tissues affected by diabetes.

Created new procedures for analyzing genes in single cells of tissues affected by diabetes for potential treatment

Our scientists are now targeting specific genes that are not functioning properly, and working to alter them for diabetes management. This includes the pancreas, liver, and adipose (fat) tissues.  

Investigated what causes proliferation in beta cells

Beta cells in rodents can rapidly reproduce and multiply, however human beta cells do not. We're working to create more insulin producing beta cells in people living with diabetes. Beta cell regeneration could help to prevent or treat the disease. 

    

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