He W G, Li H L, Zheng G Y
Department of Obstetric and Gynecology, Second Teaching Hospital, N. Bethune University of Sciences, Medical Changchun.
Zhonghua Yu Fang Yi Xue Za Zhi. 1994 May;28(3):144-6.
Whole embryo culture technique was used to study direct effects of Penicillin G, Thiadiazole, Actinomycin D and glucose solution of high concentration on the development and growth of rat embryos, without maternal and placental influence. Nine-and-a-half-day rat embryos were transplanted to culture flasks from the animal's wombs for in vitro culture, and the four chemicals were added to culture medium, respectively. Results showed all those chemicals could cause death and malformation of the embryos and retardation in embryonic development and growth cultured in vitro, with an apparent dose-effect relationship. The embryonic malformations caused by the chemicals were the same both in vitro culture and in vivo. Possible teratogenesis of the chemicals and survival of the malformed embryos were speculated based on the above dose-effect relationship.
采用全胚胎培养技术,在无母体和胎盘影响的情况下,研究青霉素G、噻二唑、放线菌素D和高浓度葡萄糖溶液对大鼠胚胎发育和生长的直接影响。将妊娠9.5天的大鼠胚胎从动物子宫移植到培养瓶中进行体外培养,并分别向培养基中添加这四种化学物质。结果表明,所有这些化学物质均可导致体外培养的胚胎死亡、畸形以及胚胎发育和生长迟缓,且存在明显的剂量效应关系。这些化学物质所致的胚胎畸形在体外培养和体内情况相同。基于上述剂量效应关系,推测了这些化学物质可能的致畸作用以及畸形胚胎的存活情况。