Insulin is a hormone produced by the pancreas that allows the body to use glucose and prevents blood sugar levels from getting too high. If used early it can provide effective treatment with fewer metabolic side effects.
Washington D.C: While many believe that depending on insulin isn’t a great thing for people with diabetes, a recent study shows that mechanisms of early insulin treatment for diabetes may produce better outcomes.
The pilot study of 23 adults with newly diagnosed type 2 diabetes found early insulin therapy to be as effective as 15 months of oral therapy and may improve the body’s ability to produce insulin.
The current standard of care calls for initial treatment with oral therapies that suppress glucose production by the liver. In contrast, insulin is a hormone produced by the pancreas that allows the body to use glucose and prevents blood sugar levels from getting too high. If used early it can provide effective treatment with fewer metabolic side effects.
Researchers from Ohio University and Western University of Health Sciences College of Osteopathic Medicine have presented their updated findings at OMED 15 in Orlando.
In the randomized controlled trial, the insulin-treated group’s A1C levels decreased from 10.1 percent to 6.7 percent after 15 months. The group receiving intensive oral therapy saw its A1C level drop from 9.9 percent to 6.8 percent at 15 months. The insulin treatment was well tolerated with no severe hypoglycemia. While the intensive oral therapy group gained weight, insulin-treated subjects lost an average of five pounds.
While the improvement in glucose was relatively comparable between the two groups, the findings support the idea that the body can improve its natural insulin secreting ability when early insulin is given, said lead researcher Jay Shubrook, adding “This may be because early insulin therapy protects beta cells in the pancreas that respond to glucose and produce insulin.”
Based on additional research published in the journal Cell Metabolism in 2014, the mechanism appears to be re-differentiation of beta cells, Shubrook said.
(with inputs from ANI)