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[超高剂量电离辐射对大脑不同区域神经末梢多巴胺释放和再摄取过程的影响]

[The effect of ionizing radiation at superhigh doses on the processes of dopamine release and reuptake by nerve endings in different sections of the brain].

作者信息

Mikhaĭlov V F, Vodolazskaia N A, Prianishnikova E N, Solov'eva S V, Mazurik V K

出版信息

Radiobiologiia. 1992 Jul-Aug;32(4):554-9.

PMID:1410293
Abstract

Rats exposed to fast 24 MeV electrons (100 Gy) at the state of early transient incapacity (ETI) exhibited active release and reuptake of dopamine in nerve terminals of the striatum. No changes in the indices under study were found in rats exposed to 25 Gy radiation that did not cause the ETI development. The in vitro irradiation of the isolated synaptosomes (100 Gy) inhibited dopamine reuptake and increased the number of sites of 3H-spiperone binding to D2-receptors in a membrane fraction isolated from the striatum.

摘要

处于早期短暂无能力(ETI)状态下暴露于24兆电子伏特快速电子(100戈瑞)的大鼠,其纹状体神经末梢出现多巴胺的活跃释放和再摄取。在暴露于25戈瑞辐射但未引发ETI发展的大鼠中,未发现所研究指标的变化。对分离的突触体进行体外照射(100戈瑞)可抑制多巴胺再摄取,并增加从纹状体分离的膜组分中3H-螺哌隆与D2受体结合位点的数量。

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