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[双铵金刚烷衍生物——多胺结合位点的新型调节剂]

[Bis-ammonium adamantane derivatives--novel modulators of polyamine binding sites].

作者信息

Gmiro V E, Serdiuk S E

机构信息

Department of Neuropharmacology, Russian Academy of Medical Sciences, St. Petersburg, Russia.

出版信息

Eksp Klin Farmakol. 2000 May-Jun;63(3):16-20.

Abstract

Experiments on intact rats and mice showed that the polyamine agonist spermine and the bis-ammonium adamantyl-containing compounds IEM-1460 and IEM-1754 potentiate the NMDA induced analgesia and convulsions and eliminate the analgesic effects of nicotine and kainate. Arcain, a competitive polyamine antagonist, eliminated (at the same dose) the activating and blocking effects of spermine, IEM-1460 and IEM-1754. In small doses, IEM-1754 (similarly to arcain) removed the analgesic effect of NMDA. It is suggested that IEM-1460 (similarly to spermine) is a polyamine agonist, while IEM-1754 is an antagonist/agonist of the polyamine site of NMDA, AMPA/kainate, and nicotinic receptors. The potentiating activity of IEM-1460 is two orders higher as compared to that of spermine.

摘要

对完整大鼠和小鼠进行的实验表明,多胺激动剂精胺以及含双铵金刚烷基的化合物IEM - 1460和IEM - 1754可增强NMDA诱导的镇痛和惊厥作用,并消除尼古丁和海藻酸盐的镇痛效果。精胺竞争拮抗剂阿卡丁(Arcain)(在相同剂量下)消除了精胺、IEM - 1460和IEM - 1754的激活和阻断作用。小剂量的IEM - 1754(与阿卡丁类似)消除了NMDA的镇痛作用。有人提出,IEM - 1460(与精胺类似)是一种多胺激动剂,而IEM - 1754是NMDA、AMPA/海藻酸盐和烟碱样受体多胺位点的拮抗剂/激动剂。与精胺相比,IEM - 1460的增强活性高两个数量级。

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