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银杏叶提取物对沙鼠脑缺血模型的影响

[Effects of Ginkgo biloba extract on a cerebral ischemia model in gerbils].

作者信息

Spinnewyn B, Blavet N, Clostre F

出版信息

Presse Med. 1986 Sep 25;15(31):1511-5.

PMID:2947090
Abstract

Certain anatomical characteristics peculiar to the gerbil make it the animal model best adapted to experimental pathology studies of acute ischaemia. In this animal species, devoid of any substitute vertebro-basilar vascular tissue, unilateral ligature of the carotid artery produces a cerebral ischaemia with neurological signs (well quantifiable), metabolic perturbations (especially mitochondrial) and cerebral oedema development closely resembling the symptoms revealed by physiopathology in human clinical studies. Using this model and under the experimental conditions described, clear-cut, highly significant results were obtained with Ginkgo biloba, whether by oral or intravenous administration. These results were normalization of mitochondrial respiration, diminution of cerebral oedema, correction of the accompanying ionic perturbations, and practically total functional restoration revealed by a normal neurological index in the gerbils treated with Ginkgo biloba extract.

摘要

沙鼠特有的某些解剖学特征使其成为最适合急性缺血实验病理学研究的动物模型。在这个动物物种中,没有任何替代的椎基底血管组织,单侧结扎颈动脉会导致脑缺血,并伴有神经体征(易于量化)、代谢紊乱(尤其是线粒体方面)以及脑水肿的发展,这些症状与人类临床研究中的病理生理学所揭示的症状极为相似。使用该模型并在所述实验条件下,无论通过口服还是静脉给药,银杏叶提取物都取得了明确且高度显著的结果。这些结果包括线粒体呼吸的正常化、脑水肿的减轻、伴随离子紊乱的纠正,以及用银杏叶提取物治疗的沙鼠通过正常神经指数显示出的几乎完全的功能恢复。

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