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早产、新生儿动脉导管未闭与前列腺素合成酶拮抗剂——人类问题的大鼠模型

Premature onset of labor, neonatal patent ductus arteriosus, and prostaglandin synthetase antagonists--a rat model of a human problem.

作者信息

Altshuler G, Krous H F, Altmiller D H, Sharpe G L

出版信息

Am J Obstet Gynecol. 1979 Sep 15;135(2):261-5. doi: 10.1016/0002-9378(79)90356-9.

Abstract

Premature labor and patent ductus arteriosus are two potentially fatal hazards of the human newborn infant. Prostaglandin synthetase antagonists have thus been used to suppress early labor and to close the ductus of the neonate. Indomethacin has been most effective but not free of significant complications. Neuronal necrosis may result from numerous systemic aberrations. A controlled rat model study was therefore devised to investigate fetal neuronal necrosis in relation to maternal indomethacin dose. Dams were given various treatments of 2 mg/kg of 4 mg/kg indomethacin within the last 3 days of gestation. Liquid chromatography was used to assess serum maternal and fetal drug levels. From light microscopy of more than 200 brains it was apparent that fetal neuronal necrosis correlates with maternal dose.

摘要

早产和动脉导管未闭是人类新生儿的两种潜在致命风险。因此,前列腺素合成酶拮抗剂已被用于抑制早产和闭合新生儿的动脉导管。吲哚美辛最为有效,但并非没有严重并发症。多种全身异常可能导致神经元坏死。因此,设计了一项对照大鼠模型研究,以调查与母体吲哚美辛剂量相关的胎儿神经元坏死情况。在妊娠的最后3天,给母鼠分别给予2毫克/千克或4毫克/千克吲哚美辛的不同处理。采用液相色谱法评估母体和胎儿血清中的药物水平。通过对200多个大脑的光学显微镜检查发现,胎儿神经元坏死与母体剂量相关。

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