Diabetes

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Medication adherence is a complex topic that involves many barriers and obstacles; however, as Elizabeth A. Walker, PhD, RN, CDE, Director of the Prevention and Control Core, Einstein Diabetes Research and Training Center, Albert Einstein College of Medicine, Bronx, New York, told her audience at this year's ADA 72nd Scientific Sessions, we must do something.

As a new era of personalized medicine continues to provide clues between genetic makeups and predispositions to certain disease states, researchers and providers are able to come up with more targeted therapies for patient populations.

Medication adherence represents a major barrier to optimal therapeutic outcomes for a number of chronic conditions, and diabetes is no different. Often times, diabetes patients with poor glycemic control and multiple comorbidities have complex medication regimens, which often times complicate and exacerbate this problem.

To date, there has been no real-world comparative data published on the initiation of injectable therapy with insulin glargine disposable pen (GLA-P) of glucagons-like peptide-1 agonist liraglutide (LIRA) among type 2 diabetes patients. On day 1 of the American Diabetes Association's 72nd Scientific Sessions in Philadelphia, PA, an abstract was released by Levin et al which provided data from this exact comparative analysis.

Diabetes is a chronic condition that has been shown to be directly related to obesity and heart-related conditions. The strain that diabetes costs put on the healthcare system are well documented. At this year's 72nd Scientific Sessions, the American Diabetes Association featured several studies that aim to help rein in diabetes costs. Here are two studies that were highlighted.

The 72nd Scientific Sessions of the American Diabetes Association (ADA) will take place from June 8-12 at the Pennsylvania Convention Center in Philadelphia, PA.

Nurses can improve lipid control in people with diabetes in a primarily indigent population through telephone care using moderately complex algorithms. Telephone-based outreach may decrease resource utilization.

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