(液体通风。2]。

Q4 Medicine
Cesko-Slovenska Pediatrie Pub Date : 1993-12-01
R Nekvasil, Z Penková, Z Vecera, M Dressler
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引用次数: 0

摘要

作者在兔子身上做了两个系列的实验,使用液体通气。第一组使用RM 101溶液手动通气,平衡期为30和60秒,Tv = 10 ml/kg,开始时给药30 ml/kg RM 101。第二组使用专门开发的液体呼吸机进行通气——部分动物以30-90秒的平衡间隔进行通气,Tv = 10 ml/kg,初始剂量为30 ml/kg的RM 101溶液,部分动物以连续方式进行通气,即没有平衡期,也没有初始剂量的溶液。从结果可以明显看出,最佳的方式是考虑血气和最小的液体通气方式。采用该方法进行180min液体通气时,paO2、paCO2、pH值均在正常范围内。其他液体通气方法迅速导致高碳酸血症和pH值下降以及循环的严重变化(高血压,心律失常缓慢)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Liquid ventilation. 2].

The authors made two series of experiments in rabbits, using liquid ventilation. The first group was ventilated manually using RM 101 solution with an equilibration period of 30 and 60 sec., Tv = 10 ml/kg after previous administration of 30 ml/kg RM 101 at the beginning. The second group was ventilated using a specially developed liquid ventilator--part of the animals was ventilated with an equilibration interval of 30-90 sec., Tv = 10 ml/kg with administration of an initial dose od 30 ml/kg of RM 101 solution, a part of the animals in a continual manner, i.e. without an equilibration period and without administration of the initial dose of the solution. From the results it is apparent that the optimal way as regards blood gases and minimal manner of liquid ventilation. When this method was used during the 180 minutes of liquid ventilation paO2, paCO2 and pH were within the normal range. The other methods of liquid ventilation led rapidly to hypercapnia and a drop of pH as well as to serious changes in the circulation (hypertension, bradyarrhythmia).

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来源期刊
Cesko-Slovenska Pediatrie
Cesko-Slovenska Pediatrie Medicine-Pediatrics, Perinatology and Child Health
CiteScore
0.30
自引率
0.00%
发文量
32
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