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Characteristics of fetal and maternal heart rate tracings during labor: A prospective observational study

机译:劳动过程中胎儿和母体心率描记的特征:潜在观察研究

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BACKGROUND: Fetal well-being is assured during labor and delivery with the employment of electronic fetal heart monitoring (EFHM). In uncommon instances, maternal heart rate (MHR) instead of fetal heart rate (FHR) can be the source of signals on monitors (signal ambiguity) leading to erroneous interpretation and management. Information about MHR characteristics are comparatively inadequate. We aim to analyze and compare MHR and FHR characteristics during the first and second stages of labor. METHODS: A prospective cohort study was conducted in a single tertiary care center during a one year period. Fifty one healthy full term women with singleton pregnancies during labor were enrolled. Uterine contractions, MHR and FHR were recorded simultaneously during both stages of labor by monitors designed for twin gestation. RESULTS: When compared to FHR, MHR had significantly lower baseline rate during 1st and 2nd stages (p ?
机译:背景:在劳动期间保证胎儿福祉,并随着就业电子胎心监测(EFHM)。在罕见的情况下,母体心率(MHR)代替胎心(FHR)可以是导致错误解释和管理的监视器(信号模糊性)的信号源。有关MHR特性的信息相对不足。我们的目标是在劳动力第一和第二阶段分析和比较MHR和FHR特征。方法:在一年内,在单个第三节护理中心进行预期队列研究。劳动期间有五十一名健康的全职妇女,劳动期间的单身孕妇。在劳动的两个阶段,由设计用于双妊娠的监视器同时记录子宫收缩,MHR和FHR。结果:与FHR相比,MHR在第1和第2阶段期间的基线速率显着降低(P?<?0.0001)。在两个阶段,它在阶段展示了更加明显的节拍变异性(P?<?0.0001)。 MHR分别显示出更大的加速度(p?= 0.03和p?= 0.008),并且分别在第1和第2阶段期间较少的减速(p≤≤01和p≤0.021)。结论:使用FHR产生的所有特征参数和模式也可以由MHR模仿,也可以在不同的频率下模仿。了解怀疑是MHR人工制品的EFHM模式以及同时获得和显示FHR和MHR的现代监视器的就业可以揭开歧义和避免相关的误解问题。应在高风险群体中进行类似的研究,其中胎儿缺氧/酸中毒的潜力增加。

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