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[不同物质对处于缺氧条件下家兔存活时间的影响(作者译)]

[The effect of various substances on the time of survival of rabbits under conditiones of oxygen-delay (author's transl)].

作者信息

Heckeroth V A, Michel C F

出版信息

Arch Gynakol. 1977 Mar 31;222(2):103-14. doi: 10.1007/BF00667195.

DOI:10.1007/BF00667195
PMID:140633
Abstract

In 30 rabbits, which had accidentally been divided into five groups of different treatment the effect of the substance Persantin, Actihaemyl and Noleptan was investigated in view of the time of survival of the animals and the behaviour of the acid-base-balance and the blood-gases under conditions of oxygen-delay. There were two control-groups. One collective was treated with Haemaccel, the other with Glucose. In those groups treated with Persantin, Actihaemyl and Noleptan the time of survival of the animals is significantly higher in comparison with the animals of the control-groups. The behaviour of the acid-base-balance and the blood-gases in the collective treated with Persantin points to a reduction of the dimension of the metabolic acidosis. This effect cannot be assumed for Actihaemyl because of this investigation. The effect of Noleptan seems to depend on an improvement of the gas exchange in the lungs of the rabbits. The results of this investigation show that the application of Persantin and Actihaemyl might be an interesting enrichment of the medicamental treatment of the intrauterine acidoses.

摘要

在30只兔子中,这些兔子因意外被分成五组接受不同治疗,针对潘生丁、阿克太明和诺利普坦等物质,从动物存活时间以及在氧气延迟条件下酸碱平衡和血气的表现方面进行了研究。设有两个对照组。一组用贺斯治疗,另一组用葡萄糖治疗。与对照组动物相比,接受潘生丁、阿克太明和诺利普坦治疗的组中动物的存活时间显著更长。接受潘生丁治疗的组中酸碱平衡和血气的表现表明代谢性酸中毒程度有所减轻。基于本次研究,阿克太明未呈现此效果。诺利普坦的效果似乎取决于兔子肺部气体交换的改善。本次研究结果表明,应用潘生丁和阿克太明可能为宫内酸中毒的药物治疗提供有趣的补充。

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Arch Gynakol. 1977 Mar 31;222(2):103-14. doi: 10.1007/BF00667195.
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本文引用的文献

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EARLY DETECTION AND PREVENTION OF FOETAL ACIDOSIS.胎儿酸中毒的早期检测与预防
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The pH-log pCO2 blood acid-base nomogram revised.修订后的pH-log pCO₂血液酸碱列线图。
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[Studies on the effect of 2,6-bis(dethanolamino)-4, 8-dipiperidino-pyrimido(5,4-d) pyrimidine on myocardial metabolism].[2,6-双(二乙醇氨基)-4,8-二哌啶基-嘧啶并(5,4-d)嘧啶对心肌代谢的影响研究]
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