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基于床边人工β细胞所需剂量曲线的皮下胰岛素注射模式对不稳定型I型糖尿病代谢控制的长期改善。

Long-term improvement in metabolic control of unstable type I diabetes by s.c. insulin injection patterns based on the dose profiles required by bed-side artificial beta-cell.

作者信息

Bombor H, Bruns W, Ratzmann K P, Jutzi E, Albrecht G, Michaelis D, Fischer U

出版信息

Exp Clin Endocrinol. 1984 Apr;83(2):143-51. doi: 10.1055/s-0029-1210323.

Abstract

Twenty unselected unstable type I diabetic inpatients whose blood glucose control was insufficient employing three daily s.c. injections of regular insulin supplemented by intermediate acting insulin were subjected to a 48-hour treatment with the Biostator -GCIIS when both diet and muscular exercise were kept as close as possible to the conditions at home. The s.c. injection regimen was adjusted to the insulin dose pattern required by the artificial beta cell. There was significant metabolic improvement in 16 out of the 20 patients on discharge, in comparison to the pre-Biostator conditions. This improvement was still present when the patients were re-admitted after an average of seven months. It is concluded that in certain cases of unstable type I diabetes mellitus the metabolic re-arrangement based on intercalary days on an extracorporal artificial beta cell might be useful if the control constants are adapted to minimize the insulin requirement by the machine.

摘要

20例未经过挑选的不稳定型I型糖尿病住院患者,他们采用每日三次皮下注射正规胰岛素并辅以中效胰岛素的方式,血糖控制仍不理想。当饮食和体育锻炼尽可能接近在家中的条件时,使用生物调节器-GCIIS对这些患者进行了48小时的治疗。皮下注射方案根据人工胰岛所需的胰岛素剂量模式进行调整。与使用生物调节器之前的情况相比,20例患者中有16例在出院时出现了显著的代谢改善。平均七个月后患者再次入院时,这种改善仍然存在。得出的结论是,在某些不稳定型I型糖尿病病例中,如果调整控制常数以尽量减少机器所需的胰岛素量,基于体外人工胰岛进行间隔日的代谢重新调整可能会有用。

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