DM-199 Validated by Significantly Increasing Insulin Sensitivity by 122%
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The amount of glucose being processed in an animal model of type 2 diabetes with DM-199 was measured using the hyperinsulinemic euglycemic clamp, the gold standard method for characterizing the actions of insulin. Animals treated with a single dose of DM-199 had a 122% increase in maximal glucose infusion rate. This enabled animals to process 77% more total glucose compared to untreated animals. In a second study, DM-199 also had a pronounced anti-hypertensive effect on systolic blood pressure. This is important as approximately 70% of type 2 diabetes patients take multiple medications to treat high blood pressure.
"The clamp study clearly shows that treatment with DM-199 results in a major increase in insulin sensitivity in an animal model of type 2 diabetes. It is notable that the results of these studies actually provide an underestimate of the true effectiveness of DM-199. This is because the potency of DM-199 was so great that it was difficult to maintain the euglycemic clamp." stated Dr. David Wasserman, Ron Santo Chair in Diabetes Research & Professor molecular physiology and biophysics at Vanderbilt University. "I very much look forward to seeing the future development of DM-199."
"The results from both studies provide further validation of DM-199, our next generation form of DM-99, as a potential treatment for type 1 diabetes, type 2 diabetes and other diseases," said Mr. Rick Pauls, CEO of DiaMedica. "This DM-199 data builds on compelling earlier animal and human proof of concept data with DM-99, and gives us confidence in moving forward with this very promising recombinant protein," continued Mr. Pauls. "The dual benefits shown by DM-199 to increase the body's ability to metabolize glucose and its positive effect on lowering systolic blood pressure may ultimately alleviate the need for diabetics to take multiple drugs for diabetes and hypertension."
"The clamp study clearly shows that treatment with DM-199 results in a major increase in insulin sensitivity in an animal model of type 2 diabetes. It is notable that the results of these studies actually provide an underestimate of the true effectiveness of DM-199. This is because the potency of DM-199 was so great that it was difficult to maintain the euglycemic clamp." stated Dr. David Wasserman, Ron Santo Chair in Diabetes Research & Professor molecular physiology and biophysics at Vanderbilt University. "I very much look forward to seeing the future development of DM-199."
"The results from both studies provide further validation of DM-199, our next generation form of DM-99, as a potential treatment for type 1 diabetes, type 2 diabetes and other diseases," said Mr. Rick Pauls, CEO of DiaMedica. "This DM-199 data builds on compelling earlier animal and human proof of concept data with DM-99, and gives us confidence in moving forward with this very promising recombinant protein," continued Mr. Pauls. "The dual benefits shown by DM-199 to increase the body's ability to metabolize glucose and its positive effect on lowering systolic blood pressure may ultimately alleviate the need for diabetics to take multiple drugs for diabetes and hypertension."
