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人工内分泌胰腺中的对抗调节系统。葡萄糖输注算法。

Counterregulatory system in an artificial endocrine pancreas. Glucose infusion algorithm.

作者信息

Yamasaki Y, Shichiri M, Kawamori R, Goriya Y, Sasai T, Morishima T, Nomura M, Tohdo R, Abe H

出版信息

Artif Organs. 1979 Aug;3(3):265-70. doi: 10.1111/j.1525-1594.1979.tb01061.x.

Abstract

An artificial endocrine pancreas has been developed by adding a glucose infusion system to the artificial beta cell system. In this computer algorithm, glucose is infused on the basis of proportional and derivative actions to blood glucose concentration with the time delay constant between blood withdrawal and initiation of glucose infusion. When glucose was infused on the basis of proportional action with a 20-minute time delay, the prompt restoration to normoglycemia from the hypoglycemic state with a smaller amount of glucose was shown in depancreatized dogs. These results indicate that the artificial endocrine pancreas thus prepared is not only a useful device to safely control blood glucose, but also is an efficient research tool for the analysis of the blood glucose regulatory mechanism.

摘要

通过在人造β细胞系统中添加葡萄糖输注系统,已开发出一种人造内分泌胰腺。在这种计算机算法中,根据血糖浓度的比例和微分作用输注葡萄糖,并考虑采血与开始输注葡萄糖之间的时间延迟常数。当基于比例作用并延迟20分钟输注葡萄糖时,在胰腺切除的狗身上显示出能以较少量的葡萄糖使血糖从低血糖状态迅速恢复到正常血糖水平。这些结果表明,如此制备的人造内分泌胰腺不仅是安全控制血糖的有用装置,而且是分析血糖调节机制的有效研究工具。

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