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Scientific and clinical evidence for the use of fetal ECG ST segment analysis (STAN)

机译:使用胎儿心电图ST段分析(STAN)的科学和临床证据

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摘要

Fetal electrocardiogram waveform analysis has been studied for many decades, but it is only in the last 20 years that computerization has made real-time analysis practical for clinical use. Changes in the ST segment have been shown to correlate with fetal condition, in particular with acid-base status. Meta-analysis of randomized trials (five in total, four using the computerized system) has shown that use of computerized ST segment analysis (STAN) reduces the need for fetal blood sampling by about 40%. However, although there are trends to lower rates of low Apgar scores and acidosis, the differences are not statistically significant. There is no effect on cesarean section rates. Disadvantages include the need for amniotic membranes to be ruptured so that a fetal scalp electrode can be applied, and the need for STAN values to be interpreted in conjunction with detailed fetal heart rate pattern analysis.
机译:胎儿心电图波形分析已经研究了数十年,但是直到最近的20年,计算机化才使实时分析可用于临床。已经显示出ST段的变化与胎儿状况,特别是与酸碱状态有关。对随机试验的荟萃分析(总共5项,使用计算机系统的4项)显示,使用计算机ST段分析(STAN)可以减少大约40%的胎儿血液采样需求。但是,尽管有降低低水平Apgar评分和酸中毒的趋势,但差异在统计学上并不显着。对剖宫产率没有影响。缺点包括需要破裂羊膜以便可以使用胎儿头皮电极,以及需要结合详细的胎儿心率模式分析来解释STAN值。

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