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氯仿 - 铁螯合物导致视网膜成神经细胞退变。

Degeneration of retinal neuroblasts by chinoform-ferric chelate.

作者信息

Ohtsuka K, Ohishi N, Eguchi G, Yagi K

出版信息

Experientia. 1982 Jan 15;38(1):120-2. doi: 10.1007/BF01944564.

Abstract

The possible mechanism of neuropathic effect of chinoform was investigated using cultured retinal neuroblasts from chick embryos. Retinal neuroblasts completely degenerated by chinoform-ferric chelate within a day. This change, however,, was not observed with free chinoform or ferric ion alpha-Tocopherol had a potent protective effect on the toxicity of the chelate. From these results, it was concluded that the lipid peroxidation due to ferric ion chelated with chinoform incorporated into the membrane of nerve tissues is the most important step in induction of the neuropathy.

摘要

利用鸡胚培养的视网膜神经母细胞研究了氯仿神经病变作用的可能机制。氯仿 - 铁螯合物可使视网膜神经母细胞在一天内完全退化。然而,游离氯仿或铁离子并未观察到这种变化。α-生育酚对该螯合物的毒性具有显著的保护作用。从这些结果得出结论,与氯仿螯合的铁离子掺入神经组织膜导致的脂质过氧化是诱发神经病变的最重要步骤。

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