1.
The Clinical Use of the Remote Fetal Heart Rate Monitoring in High Risk Preg-nancy
远程胎儿监护在高危妊娠中的临床应用
2.
Research and Application of Intelligent Remote Networking Fetal Monitor Expert Diagnose System;
智能远程联网胎儿监护专家诊断系统的研究与应用
3.
adaptive fetal ECG monitor
自适应胎儿心电监护仪
4.
Application of Fetal Oxygen Saturation in Intrapartum Fetal Monitoring;
胎儿血氧饱和度在胎儿监护中的应用
5.
Relationship between Monitoring of Abnormal FHR During the Second Birth Process and Neonatal Prognosis
第二产程胎心监护异常与新生儿预后的关系
6.
The effect of continuous electronic fetal monitoring during the second stage of labor on newborn outcome
第二产程连续胎心监护对新生儿结局的影响
7.
Analysis of internal and external fetal heart rate (FHR) monitoring patterns and their predictive value for fetal prognosis during the second stage of labor;
第二产程胎心内、外监护图形分析及其对胎儿预后的预测价值
8.
The Evaluatuion on the Fetus From the Electronic Fetus Supervision;
3898人次胎儿电子监护对胎儿宫内情况的估价
9.
The clinical research of electronic fetal heart rate monitoring in diagnosing fetal distress.
电子胎心监护诊断胎儿窘迫的临床研究
10.
618B04 Fetal Monitor Project Schedule Management Plan Study
618B04胎儿监护仪项目进度管理计划研究
11.
Application of humanist care in fetus monitoring ward
人文关怀在门诊胎儿监护室中的实施
12.
Fetal oxygen machines are designed to be used with traditional electronic monitors, which track heart rate to determine whether the fetus is experiencing stress or lacking oxygen.
胎儿血氧监护仪与传统的电子监护仪(测胎儿心率，以确定胎儿是否处于应激或缺氧状态)起使用。
13.
The main function of the computer fetal monitoring device is fetal heart rate detection.
胎心率的自动检测和监护是电脑胎儿监护仪的主要功能。
14.
Study on the Remote Monitoring and Control System for Tread Extruding Line;
胎面挤出生产线的远程监控系统研究
15.
Combination of fetus navel blood inspection and fetus electron wardship to forecast sequel of newborn
胎儿电子监护联合胎儿脐血流测定预测新生儿出生状况分析
16.
Application of cardiac remote monitoring apparatus in surgical wardship
心脏远程监护仪在手术监护中的应用
17.
Investigation on the impact of fetal monitoring intervention on the emotion of pregnant women and psychological nursing care
胎儿监护干预对孕妇情绪影响调查及心理护理
18.
Cordless Fetal Transducer System Based on Digital Wireless Technology;
基于数字无线通信技术的胎儿监护探头系统