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[子宫的机械和电活动。第一部分。宫缩监测]

[Mechanical and electrical uterine activity. Part I. Contractions monitoring].

作者信息

Zietek Jerzy, Sikora Jerzy, Horoba Krzysztof, Matonia Adam, Jezewski Janusz, Magnucki Jacek, Kobielska Lucyna

机构信息

Katedra i Klinika Połoznictwa i Ginekologii SLAM, Katowice.

出版信息

Ginekol Pol. 2008 Nov;79(11):791-7.

Abstract

Correct uterine contraction activity during labour determines physiological fetal delivery and ensures its satisfactory outcome. Contraction activity monitoring may be accomplished by either recording of the mechanical properties of the uterine muscle and/or by measurement of the action potentials produced by the uterus during contraction. In the following paper, the current state of knowledge concerning the methods for assessment and monitoring of the uterine contraction activity was evaluated. The electrophysiological properties of the uterus were given. The mechanical methods of uterine activity monitoring: internal and external tocography were described. The development of the electrohysterography as the method providing the signal comprising complete information on bioelectrical properties of the uterine muscle was presented. The conclusion was that the analysis of the electrohysterogram enables a description of the source of the uterine contraction activity, whereas currently applied mechanical methods merely record the results of this activity.

摘要

分娩期间正确的子宫收缩活动决定了胎儿的生理性娩出,并确保其获得满意的结局。宫缩活动监测可通过记录子宫肌肉的力学特性和/或测量子宫收缩时产生的动作电位来完成。在接下来的论文中,对有关子宫收缩活动评估和监测方法的当前知识状态进行了评估。给出了子宫的电生理特性。描述了子宫活动监测的力学方法:内、外产力描记法。介绍了电子宫图作为一种能够提供包含子宫肌肉生物电特性完整信息的信号的方法的发展情况。结论是,对电子宫图的分析能够描述子宫收缩活动的来源,而目前应用的力学方法仅仅记录了这种活动的结果。

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