Lisa D Chew1, Dean Schillinger, Charles Maynard, Daniel S Lessler. 1. Department of Medicine, Division of General Internal Medicine, University of Washington Harborview Medical Center, 325 9th Avenue, Seattle, WA 98104, USA. lchew@u.washington.edu
Abstract
OBJECTIVE: Public hospital systems share a mission to provide access to healthcare regardless of ability to pay. While public hospital systems care for large numbers of socioeconomically vulnerable and ethnically diverse populations who have diabetes, little is known about the quality of diabetes care provided in these sites. METHODS: We assessed the measurement and control of hemoglobin A1c (HbA1c) and lipids (LDL) in a sample of patients with diabetes with > or =2 outpatient visits per year in two consecutive years at one of 6 public hospitals (N=14,222). RESULTS: High proportions of patients had at least one HbA1c and LDL measurement within 2 years (89% and 88%, respectively). Thirty-five percent had HbA1c < 7.0%; 21% had HbA1c > or =9.5%; 36% had LDL<100 mg/dl; 10% had LDL>160 mg/dl. Non-White patients and patients who were never insured were most at risk for poor glycemic and lipid control. CONCLUSIONS: The quality of care, as measured by glycemic and lipid monitoring and control among ongoing users of public hospital systems, was similar to that of other health systems, but disparities exist across race/ethnicity and insurance status. Because of the critical role these institutions play in providing care to the underserved, research is needed to explore factors contributing to differences in glycemic and lipid control and develop strategies to improve chronic disease management in these systems.
OBJECTIVE: Public hospital systems share a mission to provide access to healthcare regardless of ability to pay. While public hospital systems care for large numbers of socioeconomically vulnerable and ethnically diverse populations who have diabetes, little is known about the quality of diabetes care provided in these sites. METHODS: We assessed the measurement and control of hemoglobin A1c (HbA1c) and lipids (LDL) in a sample of patients with diabetes with > or =2 outpatient visits per year in two consecutive years at one of 6 public hospitals (N=14,222). RESULTS: High proportions of patients had at least one HbA1c and LDL measurement within 2 years (89% and 88%, respectively). Thirty-five percent had HbA1c < 7.0%; 21% had HbA1c > or =9.5%; 36% had LDL<100 mg/dl; 10% had LDL>160 mg/dl. Non-Whitepatients and patients who were never insured were most at risk for poor glycemic and lipid control. CONCLUSIONS: The quality of care, as measured by glycemic and lipid monitoring and control among ongoing users of public hospital systems, was similar to that of other health systems, but disparities exist across race/ethnicity and insurance status. Because of the critical role these institutions play in providing care to the underserved, research is needed to explore factors contributing to differences in glycemic and lipid control and develop strategies to improve chronic disease management in these systems.
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