Assessment of Sulfonylurea Adherence and Metabolic Control

1995 ◽  
Vol 21 (1) ◽  
pp. 52-57 ◽  
Author(s):  
Barbara J. Mason ◽  
Joy R. Matsuyama ◽  
Sandra G. Jue

This study was designed to compare sulfonylurea adherence assessment by providers, patients' self-report, pill counts, and a medication event monitoring system (MEMS-3®) device, and correlate the estimates of metabolic control by provider, patient, and laboratory. Forty-seven outpatient veterans with fair to poor metabolic control of non-insulin-dependent diabetes mellitus were enrolled and received monthly refills of sulfonylurea in vials with a cap containing an electronic medication monitoring microprocessor. Pill counts and fasting plasma glucoses were measured monthly, and glycohemoglobin and a 24-hour diet recall were obtained at 0 and 60 days. Investigators then asked providers and patients to assess adherence and metabolic control. Forty-seven percent were nonadherent to medication using MEMS-3®, 29% using pill counts, 29% using provider assessment, and 31 % using self-report. Thirty-one percent of providers and 53% of patients assessed metabolic control differently than laboratory values. Assessment of medication adherence by provider, patient, and pill counts did not explain metabolic control as closely as assessment by MEMS-3®.

1994 ◽  
Vol 86 (4) ◽  
pp. 425-432 ◽  
Author(s):  
H. Nordgren ◽  
U. Freyschuss ◽  
B. Persson

1. Reference values for systolic blood pressure during exercise are provided for 88 healthy adolescents (12–22 years of age) of both sexes. Data were related to oxygen uptake, heart rate, blood lactate concentration, rate of perceived exertion, age, sex, body size and physcial fitness. 2. The same variables were measured in 55 adolescents of both sexes with insulin-dependent diabetes mellitus of about 12 years duration and were analysed with respect to the healthy control group, to degree of metabolic control and to late diabetic complications. 3. In healthy adolescents the pressure response was not related to sex or age. When compared with control subjects diabetic patients had a higher diastolic blood pressure at rest and a more marked blood pressure increase, 23 versus 19 mmHg W−1 kg−1 body weight, during exercise with no sex difference. The blood pressure rise was not related to metabolic control, glomerular hyperfiltration or physical fitness. 4. Prolonged exercise tests were no more informative regarding the blood pressure response to exercise than the stepwise increased load test. Analysing the blood pressure increase versus relative work load (W/kg body weight) during exercise reveals blood pressure differences otherwise not noted. A diabetic patient with blood pressure above the 97.5% confidence limit during exercise seems to have a higher risk of developing incipient nephropathy 5 years later.


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