Experimental hexachlorophene encephalopathy in mice and baboons: light and electron microscopic study.

M F Tripier, M Berard, M Toga, G Martin-Bouyer, R Le Breton, J Garat
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引用次数: 4

Abstract

An experimental study on acute Hexachlorophene (HCP) neurotoxicity is reported in mice and baboons: - by light microscopy, a severe spongiform lesion of the central nervous system is localized in the white matter without myelin breakdown or cellular reaction; - by electron microscopy, the myelin alteration is characterized by the presence of vacuolation of "splitting" in the intralamellar spaces of compact sheaths; myelinated axons are occasionally involved. The changes described are discussed according to various reports on HCP neurotoxicity in humans and experimental animals. The effects of this chemical agent on the central nervous system is related to the percentage of HCP in talcum powder or solution for topical use. The toxicity of very low dosage level is demonstrated in baboons. Therefore HCP use cannot be recommended for young infants.

小鼠和狒狒的实验性六氯酚脑病:光镜和电镜研究。
一项关于小鼠和狒狒急性六氯酚(HCP)神经毒性的实验研究报告:-光镜下,中枢神经系统的严重海绵状病变位于白质中,没有髓磷脂分解或细胞反应;通过电镜观察,髓鞘改变的特征是在致密鞘的层间间隙出现“分裂”的空泡化;偶有髓鞘轴突受累。根据各种关于HCP对人类和实验动物神经毒性的报道,讨论了所描述的变化。这种化学制剂对中枢神经系统的影响与局部使用的滑石粉或溶液中HCP的百分比有关。极低剂量对狒狒也有毒性。因此,不建议婴幼儿使用HCP。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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