Barbosa J, Connett J, Fryd D, Sutherland D, Rao V, Anderson R, Najarian J
Acta Diabetol Lat. 1983 Apr-Jun;20(2):165-71. doi: 10.1007/BF02624917.
A prospective and randomized clinical trial of an inception cohort of diabetic kidney recipients to test the hypothesis that maximized metabolic control of diabetes prevents or delays diabetic nephropathy in the renal allografts was initiated approximately three years ago. Notwithstanding the fact that all our diabetic patients were on prednisone and therefore metabolically unstable, we achieved and maintained a clear difference between the standard control (group A) and the maximized control patients (group B). At 13 months of study, the mean fasting blood glucose mg% (A: 242 +/- 22, B: 130 +/- 9, p less than 0.001), nonfasting blood glucose (A: 276 +/- 40, B: 135 +/- 10, p less than 0.001), 24 hour urine glucose (A: 85 +/- 16, B: 5 +/- 1, p less than 0.001), and glycosylated hemoglobin % (A: 13 +/- 0.9, B: 10 +/- 0.8, p less than 0.01) were all clearly and statistically significantly higher for the group A patients. These results show the feasibility of such a trial using the tools available today to treat diabetes.
大约三年前启动了一项针对糖尿病肾移植受者起始队列的前瞻性随机临床试验,以检验糖尿病最大程度代谢控制可预防或延缓肾移植中糖尿病肾病这一假设。尽管我们所有的糖尿病患者都在服用泼尼松,因此代谢不稳定,但我们在标准对照组(A组)和最大程度控制组患者(B组)之间实现并维持了明显差异。在研究的13个月时,A组患者的平均空腹血糖mg%(A组:242±22,B组:130±9,p<0.001)、非空腹血糖(A组:276±40,B组:135±10,p<0.001)、24小时尿糖(A组:85±16,B组:5±1,p<0.001)和糖化血红蛋白%(A组:13±0.9,B组:10±0.8,p<0.01)均明显且在统计学上显著更高。这些结果表明,使用当今可用的治疗糖尿病的工具进行此类试验是可行的。