Conclusion SSFSE sequence MR imaging can clearly show the normal anatomy of main fetal organs. 结论SSFSE可清楚显示胎儿各主要器官的正常解剖和发育变化。
The Effect of Dexamethasone and Ambroxol on Weights of Rabbit Fetal Tissues and Organs and of the Body 地塞米松、盐酸氨溴索对胎兔组织器官重量及体重的影响
As far as the ethical issues surrounding fetal cells are concerned, these are equivalent to the use of cadaveric organs. 而胎儿细胞有伦理方面的问题,尸体器官使用也存在类似的问题。
Objective To reduce the birthrate of fetus who would be deaf and mute and monitor the development of fetal auditory organs that was observed with ultrasonography. 目的减少聋哑儿的出生率,在超声实时观察下监测胎儿听器发育情况。
Subcellular Distribution of Glutathione S-transferases in Fetal Organs 胎儿脏器亚细胞组分中谷胱甘肽S-转移酶活性分布
When pregnant women are examined or treated with procedures involving nuclear medicine, radioactive agents can distribute to fetal tissues resulting from placental transfer and cause internal irradiation to the fetuses and external irradiation from mothers 'organs and tissues to them. 对孕妇进行核医学检查或治疗时,放射性药物经胎盘转运而分布于胎儿组织造成对胎儿的内照射,孕妇器官和组织的放射性药物对胎儿构成外照射。
Conclusion Normal anatomy and MR findings of fetal main organs were clearly showed by fast MR imaging, and they are different from the newborns. 结论快速MR成像能清楚显示胎儿各主要器官的正常解剖和发育变化,胎儿主要器官的解剖和MR表现与新生儿有较大的差别。
Normal anatomy and MR findings of fetal main organs at MR imaging 胎儿主要器官的正常解剖及MR表现
[ Conclusion] Ultrasonography can provide important diagnostic information concerning the structure of fetal organs and criteria of growth. It is essential to the reduction of birth defect rate. 【结论】超声可提供胎儿器官结构及生长指标重要的诊断信息,对降低出生缺陷的发生率有重要意义。
The determination on ten trace elements in seven fetal organs 胎儿7种脏器中10种微量元素的测定
The comparison of activities of low density lipoprotein receptors in human fetal organs and tissues 人胎儿各器官组织低密度脂蛋白受体活性的比较
Methods The position of fetal heart was determined by observing fetal posture, location of fetal abdominal organs and the three fractions analysis method of heart. 方法应用胎儿超声心动图,按照胎方位、腹腔脏器的位置和心脏三节段分析法判断心脏的方位。
Moreover, leptin receptors are found expressed in many fetal organs such as brain, liver kidney and so on. 瘦素受体还广泛存在于胎儿脑、肝、肾、造血细胞等多数组织器官,推测其与胎儿生长发育有关。
The corresponding sectional relationship between fetal main organs and maternal vertebraes. 胎盘和宫内胎儿主要脏器显示层面与母体椎骨之间的对应关系。
Neonates are considered highly susceptible to chemical toxicants because of immaturity of developing immune systems, rapid development of fetal organs and higher absorption compared with adults. 由于免疫系统发育的不完善,组织器官的快速增长以及高吸收效率等原因,胎儿组织器官发育对有毒有害物质极为敏感。