Platt L D, Eglinton G S, Sipos L, Broussard P M, Paul R H
Obstet Gynecol. 1983 Apr;61(4):480-5.
At Los Angeles County/University of Southern California Medical Center, the authors performed biophysical profile testing on 186 fetuses within one week of delivery. One component of the biophysical profile is the nonstress test. The other four components are fetal parameters observed with real-time ultrasonography: fetal breathing movements, fetal movements, fetal tone, and amniotic fluid volume. Clinicians managed the patients on the basis of the nonstress test result, and the authors did not report the other biophysical profile results. Measures of outcome included perinatal mortality, fetal distress in labor, low five-minute Apgar score, and birth weight small for gestational age. Results indicate that fetal biophysical parameters other than the response, or lack of response, of the fetal heart rate to fetal movements may have predictive value in assessing the state of fetal health. In the future, real-time ultrasonography may prove to be a reliable adjunct to antepartum electronic fetal heart rate monitoring.
在洛杉矶县/南加州大学医学中心,作者在分娩前一周内对186例胎儿进行了生物物理评分测试。生物物理评分的一个组成部分是非应激试验。其他四个组成部分是通过实时超声观察到的胎儿参数:胎儿呼吸运动、胎儿运动、胎儿肌张力和羊水量。临床医生根据非应激试验结果对患者进行处理,作者未报告其他生物物理评分结果。结局指标包括围产期死亡率、产时胎儿窘迫、出生后5分钟阿氏评分低以及小于胎龄儿出生体重。结果表明,除胎儿心率对胎儿运动的反应或无反应外,胎儿生物物理参数在评估胎儿健康状况方面可能具有预测价值。未来,实时超声可能被证明是产前电子胎儿心率监测的可靠辅助手段。