Zhakhova Z N, Tripol'skaia N A, Konstantinova N N
Biull Eksp Biol Med. 1980 Nov;90(11):605-7.
Resistance of different elements of the hemodynamic functional "mother--placenta--fetus" system to the damaging effect (ligation of a half of preplacental vessels, performed on the 8th day of pregnancy) was studied and compared in experiments on female rabbits on the 12th day of pregnancy. It appeared that under these conditions the extent of growth retardation in different embryonic and placental structures is dissimilar. The processes of cytoplasmic protein synthesis in heart tissues are more resistant to the damaging effect than in bodily tissues. The delayed hemoglobin accumulation in the embryonic organism was not so pronounced as retardation of protein synthesis in the body.
在妊娠第12天的雌性家兔实验中，研究并比较了血流动力学功能“母体-胎盘-胎儿”系统不同组成部分对损伤作用（在妊娠第8天对胎盘前血管的一半进行结扎）的抵抗力。结果发现，在这些条件下，不同胚胎和胎盘结构的生长迟缓程度各不相同。心脏组织中的细胞质蛋白质合成过程比身体组织对损伤作用更具抵抗力。胚胎机体中血红蛋白积累的延迟不如身体中蛋白质合成的迟缓那么明显。
