Fox 19: UC part of large study looking at four diabetes drugs
Robert Cohen, MD, discusses which diabetes medications work best in controlling blood sugar
Liraglutide and insulin were the most effective of four common diabetes medications in keeping blood sugar levels (A1C) less than 7%, a common treatment target, according to findings from a study sponsored by the National Institutes of Health.
Locally, the University of Cincinnati was one of several clinical study sites for the GRADE study (Glycemia Reduction Approaches in Diabetes), which enrolled 5,000 patients with type 2 diabetes. Approximately, 1,250 were randomly assigned to each of the four diabetes medications: sulfonylurea glimepiride, DPP-4 inhibitor sitagliptin, insulin glargine and GLP-1 receptor agonist liraglutide.
Glimepiride had a smaller effect and sitagliptin showed the lowest effect, resulting in the highest frequency of developing A1C levels greater than 7%. Insulin glargine was most effective in keeping A1C levels less than 7.5%, a secondary outcome of the study.
Results were presented at a virtual session of the Scientific Sessions of the American Diabetes Association. Robert Cohen, MD, professor of endocrinology, diabetes and metabolism, at the University of Cincinnati College of Medicine, spoke with WXIX-TV Fox 19 about the study and what it means for patients living with diabetes.
“The GRADE study was designed to provide a head-to-head comparison over a longer period of time than such studies are usually conducted of four drugs which work by different mechanisms to slow the progression of type 2 diabetes,” explains Cohen.
“This is important because diabetes is a long-term disease and events occur slowly over years. The study showed some differences between the different drugs but there were advantages and disadvantages to each of the drugs because there are multiple goals or endpoints that are important when thinking about diabetes.”
Controlling blood glucose levels over time is a major challenge for people with type diabetes, a condition that disproportionally affects communities of color. The GRADE study included a highly diverse population of patients: 20% Black and 18% Latino participants. It was designed to compare the effectiveness of glucose-lowering medications in maintaining average blood glucose levels in the target range that has been identified to reduce the risk of long-term complications.
Additional study findings include:
- Weight loss: On average, participants treated with liraglutide and sitagliptin had more weight loss than those treated with glimepiride, while the participants assigned to insulin glargine had stable weight over time.
- Side effects and risk: Liraglutide had more gastrointestinal side effects, such as nausea, abdominal pain, and diarrhea, than the other three medications. Glimepiride was associated with a higher risk for lower blood glucose than the other medications.
- Complications and benefits: Based on preliminary results, liraglutide had a relative benefit compared with the three other medications for reduction of a composite outcome of heart attacks, stroke and other heart and vascular complications.
Featured image of insulin level measuring devices is courtesy of Unsplash.
Local 12: Local woman in need of life saving liver transplant
August 4, 2021
Shimul Shah, MD, a professor of surgery in the UC College of Medicine, speaks with Local 12 News about the 'living donor' program, which allows individuals to donate a portion of their liver to individuals in need of an organ transplant.
Local 12: How COVID-19 vaccines keep you from getting sick
August 4, 2021
Local 12 reporter Liz Bonis spoke with Shimul Shah, MD, and other Tristate physicians about whether there is still a need for vaccinations as breakthrough cases of COVID-19 affect vaccinated residents. Shah is a professor of surgery and division chief of transplantation in the UC College of Medicine.
Passing along compassion
August 4, 2021
Christopher Slack was a sophomore in high school when his mother had a double brain aneurysm and was given a 5% chance of survival. Now in his second year of medical school at the University of Cincinnati, he says that experience convinced him: becoming a doctor was his calling.