[The direct action of actinomycin D upon the encephalon of the chick embryo. Experimental obtainment of cyclopia].

F Diethelm, J Schowing
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Abstract

Experimental cyclopia and synophtalmia have been reproduced by the direct action of actinomycin D on the entire embryonic brain at an early stage of development. We excise the brain, treat it with solutions of different concentrations of actinomycin D and replace it in the embryo.We find that with increasing actinomycin concentration, there is a continous progression from the normal embryo to a type lacking a large part of the head. The fronto-nasal process, usually excised and treated, along with the brain, develops only at lower actinomycin concentrations. When it does not develop, fusion of the eyes and synophtalmia are favoured. The maxillary processes always develop, the position of the bones being dependent upon the fusion of the eyes and the development of the fronto-nasal process. It seems that actinomycin D has no effect on the development of the maxillary processes.

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放线菌素D对鸡胚脑的直接作用。独眼的实验获得[j]。
放线菌素D直接作用于发育早期的整个胚胎脑,再现了实验性独眼和眼动症。我们切除大脑,用不同浓度的放线菌素D溶液处理,然后把它移植到胚胎中。我们发现,随着放线菌素浓度的增加,从正常胚胎到缺乏大部分头部的类型有一个连续的进展。通常切除和治疗的额鼻突,与大脑一起,只有在较低的放线菌素浓度下才会发育。当它不发育时,有利于眼睛和滑膜的融合。上颌突一直在发育,骨骼的位置取决于眼睛的融合和额鼻突的发育。放线菌素D对上颌突的发育似乎没有影响。
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