Why the study?
Do ACE inhibitors prevent loss of renal function and reduce cardiovascular events in patients with diabetes?
Do ACE inhibitors prevent loss of renal function and reduce cardiovascular events in patients with diabetes?
This meeting report highlights the evidence and guideline recommendations supporting the use of ACE inhibitors for renal protection and cardiovascular risk reduction in patients with diabetes.
Supports ACE inhibitor preference in diabetes for renal and CV protection; leaves open confirmation of BP-independent effects in prospective trials.
This is the second of two articles covering the American Association of Clinical Endocrinologists Meeting in Chicago, 1–5 May 2002. Topics include the new diabetes management guidelines of the ACE. Brian Hoogwerf (Cleveland, OH) discussed the use of angiotensin-converting enzyme inhibitors (ACEIs). Physiologically, the renal effect of the agents appears to involve lowering of intrarenal pressures. Early studies showed the importance of blood pressure treatment in protecting against loss of renal function (1,2). With growing evidence that captopril preserves renal function in patients with type 1 diabetes and established nephropathy (3), this treatment has gradually gained prominence. Further study showed a long-term effect of ACEIs on the development of nephropathy in persons with type 2 diabetes, showing stabilization of albuminuria and creatinine clearance with enalapril with both hypertension (4) and normal blood pressure (5). Finally, the Heart Outcomes Prevention Evaluation (HOPE) study of >3,500 subjects with diabetes who had a previous cardiovascular disease (CVD) event or at least one other CVD risk factor treated with ramipril 10 mg vs. placebo produced a 25% decrease in primary outcome of myocardial infarction, stroke, or CVD death over 4.5 years, which appeared to progressively improve with longer duration of ACEI treatment (6). Albuminuria progression also decreased. Hoogwerf concluded by pointing out that albuminuria has a continuous and graded relationship to CVD risk (7) and that risk reduction is seen regardless of renal insufficiency, diabetes, or hypertension (8). A metaregression analysis has shown that the decrease in proteinuria with ACEIs is independent of change in blood pressure, duration of treatment, type of diabetes, or stage of nephropathy, in contrast with other antihypertensive treatments, with which the degree of benefit is related to blood pressure reduction (9). Furthermore, there is evidence from analysis of 698 patients with type 1 diabetes in 12 …
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Zachary T. Bloomgarden (2002) studied this question.
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