The most common adverse reactions include liver toxicity, heart problems and fetal damage.
最常见的副作用包括引起肝毒性、心脏病和畸胎。
This heavy metal, which can also contaminate water and soil, can interfere with nearly every aspect of fetal development, causing brain and kidney damage, according to the CCHE.
铅这种重金属，也会污染水和土壤，而且，根据CCHE，铅几乎可以干扰到胎儿发育的各个方面，造成脑和肾的损伤。
It's known that retinoids can damage the developing fetal nervous system, which is why Accutane cannot be given to pregnant women.
众所周知类视黄醇嫩能够损伤正在发育的胎儿的神经系统，因此孕妇不能使用。
Conclusion Hypermolecule antioxidants compound can decrease free radicals damage in fetal distress.
结论低分子抗氧化剂可减少胎儿宫内窘迫时的自由基损伤。
Fetal brain cell damage that phenomenon, would lead to fetal body dysplasia.
这种胎儿脑细胞受损的现象，会导致胎儿全身发育不良。
Conclusions Fetal rat brain damage is made by LPS-induced intrauterine infection.
结论LPS致宫内感染可造成胎鼠脑损伤。
Conclusion: FGR may induce the nervous system damage in the intrauterine fetal rats and further affect the learning and memory ability after birth.
结论：FGR胎鼠在宫内即可有神经系统损伤，并对出生后远期的学习记忆能力产生影响。
Objective To investigate the neuroprotective effects of flunarizine (FNZ) and lamotrigine (LTG), and their combination on the hypoxic-ischemic brain damage in fetal rats.
目的研究氟桂利嗪(FNZ)、拉莫三嗪(ltg)及两药联合经孕鼠给药，对胎鼠宫内缺血缺氧性脑损害的保护作用。
The retained fetal membranes has caused great ecological damage to the breeding of dairy cows.
奶牛产后胎衣不下对奶牛业造成极大的经济损失。
By the time of reperfusion, fetal brain damage increases progressively.
并随着再灌注时间的延长而脑损伤逐渐加重。
The observation group fetal childbirth time is short, the soft the birth canal, postpartum blood loss was less damage number fewer days in hospital and short.
观察组胎儿娩出时间短、软产道损伤例数少、产后出血量少及住院天数短。
Fetal inner ear by noise stimulation, the brain can damage parts of the region, and seriously affect the intellectual development.
胎儿内耳受到噪音的刺激，能使脑的部分区域受损，并严重影响智力的发育。
Conclusion Mifepristone can cause a hypoxic damage in the second trimester fetal umbilical vein.
结论米非司酮可造成中期妊娠脐静脉的缺氧性损伤。
Conclusion After severe intrauterine fetal distress, changes of free radicals occurred in brains firstly, which provides the proof of early treatment for neonatal hypoxia ischemia brain damage.
肝组织均未发生显著变化。结论宫内窘迫时，脑组织首先出现自由基变化，为新生儿缺血缺氧性脑损伤的早期防治提供了理论依据。
Conclusion After severe intrauterine fetal distress, changes of free radicals occurred in brains firstly, which provides the proof of early treatment for neonatal hypoxia ischemia brain damage.
肝组织均未发生显著变化。结论宫内窘迫时，脑组织首先出现自由基变化，为新生儿缺血缺氧性脑损伤的早期防治提供了理论依据。
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