1) tachycardia
胎心率过速
2) Fetal Heart rate
胎心
1.
Methods: One hundred and one cases with abnormal fetal heart rate(FRH) and oligohydramnion, premature rupture of fetal membranes or meconium stained amniotic fluid during labor were divided into two groups randomly: the treatment group(51 cases) and control group(50 cases).
方法 :选择产程中发生胎心异常合并羊水过少、胎膜早破和羊水胎粪污染的孕产妇 1 0 1例 ,随机分为治疗组 51例 ,对照组 50例。
3) Heart rate decelerations
胎心减速
4) Accelerations
胎心加速
5) Fetal heart monitoring
胎心监护
1.
Study of the fetal heart monitoring for fetal distress in 40 cases;
胎儿窘迫40例胎心监护分析
6) embryonic heart
胚胎心脏
1.
Objective To investigate the fate of α-SMA positive cells in endocardial cushions during the septation, remodeling of the outflow tract of mouse embryonic heart.
目的观察小鼠胚胎心脏流出道分隔、重塑过程中流出道嵴内α-SMA阳性细胞的功能与转归。
2.
Palladin deficient embryonic heart shows apparent development defect and the Z-line of palladin deficient myocardium is attenuated and disorganized.
分离小鼠胚胎心脏发现palladin缺失的胚胎心脏存在发育异常,而且心肌肌原纤维的Z带结构紊乱,心肌收缩功能减弱。
参考词条
补充资料：胎心率的基线变异
胎心率的基线变异
在胎心基线上重复而快速的小变化，称基线变异。是正常交感神经和副交感神经相互作用的结果。基线变异减少或消失是胎儿缺氧和酸中毒的早期表现，但药物或胎儿睡眠期也可引起基线变异减弱，基线变异分为长变异和短变异两种。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。