Reining in Diabetes-Related Costs
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 72
nd Scientific Sessions, the American Diabetes Association featured several studies that aim to help rein in diabetes costs. Here are two studies that were highlighted:
Medical Expenditures Associated With Diabetes: The Change in the Last Two Decades - Zhuo et al.
Zhuo et al based this study on the fact that, although advances in anti-diabetic medications and medical technologies have substantially changed the way diabetic patients are treated, the impact of these changes on medical expenditures has not been very well documented. In order to help provide some of this data, the research team examined data from the 1987 National Medical Expenditure Survey and the Medical Expenditure Panel Survey in years 1997-98 and 2007-08 to produce nationally representative estimates of the medical utilization and expenditures attributed to diabetes in patients aged 90 years or less at 3 different times. The research team concluded that “from 1987 to 2008, the medical expenditure attributed to diabetes among persons without macrovascular complications declined in the first decade and changed little in the second decade.”
Chronic-Kidney Disease Progression and Associated Medical Costs in Type 2 Diabetes - Vupputuri et al.
Another common complication associated with type 2 diabetes is chronic kidney disease. Researchers estimated the rate of progression to chronic kidney disease and identified 25,583 members of the Kaiser Permanente Northwest and Georgia regions who had type 2 diabetes and a serum creatinine measurement in 2005. By estimating glomerylar filtration rate (GFR), Vupputuri et al assigned patients to baseline stages of kidney function and then examined all subsequent GFRs through 2010 to assess progression of kidney disease. The research team found that, “among patients who progressed to chronic kidney disease (stage 3 or greater), annual total medical costs approximately doubled after progression compared to pre-progression costs, even when dialysis costs were not included.” They also added that interventions designed to minimize progressive kidney damage would reduce the burder of chronic kidney disease in type 2 diabetes.
To read more about this study, please visit the
American Diabetes Association’s website.
Conference coverage of the 2012 meeting of the American Diabetes Association.
In this video, Margaret Powers, PhD, talks about obesity's impact on the management of chronic illnesses. Dr. Powers also talks about the benefits of obese patients losing 5% to 7% of body weight and working out 150 minutes a week to lower their risk of developing diabetes and other chronic conditions.
Some studies have found that individuals with diabetes have a heightened risk of morbidity and premature death associated with macrovascular complications among smokers. In this study, researchers tested an educational, interventional program led by non-doctor health professionals in order to assist adult male diabetes patients to quit smoking.
In this video, Felicia Hill-Briggs, PhD, speaks about the importance of patient-reported outcomes in improving the effectiveness of specific interventions and treatments. Hill-Briggs also talks about the role of comparative effectiveness in patient-reported outcomes.
Allison Rosen, MD, ScD, talks about using value-based insurance design as an incentive to improve type 2 diabetes outcomes.
Simon Heller, MB, DM, discusses the various ways hypoglycemia can affect the cardiovascular system. Examples of these consequences are thrombosis, heart disease, and myocardial infarction.
Monday morning at the ADA’s 72nd Scientific Sessions featured the National Scientific & Health Care Achievement Awards Presentation and Outstanding Scientific Achievement Award Lecture. This year’s recipient of the Outstanding Scientific Achievement Award was David Altshuler, MD, PhD, Professor of Medicine and Genetics at Harvard Medical School and Massachusetts General Hospital, Boston, for his work on genetic-based research regarding the inherited basis of type 2 diabetes, cholesterol levels, myocardial infarction, and a number of other conditions.