basal forebrain中文,basal forebrain的意思,basal forebrain翻译及用法

2026-05-05 16:44 浏览次数 26

basal forebrain

英[ˈbeisəl ˈfɔ:ˌbrein]美[ˈbesəl ˈfɔrˌbren]

基底前脑

basal forebrain 例句

英汉例句

  • conclusion: impairment of basal forebrain alone is sufficient for amnesia and spontaneous confabulation.

    结论:仅仅基底前脑损伤就可以导致自发性虚构。

  • objective to observe the preventive effects of ngf on the retrograde degeneration in cholinergic neurons of basal forebrain in rats with frontal cortexes injuries.

    目的为了观察神经生长因子(ngf)对大鼠额叶皮质损伤后基底前脑胆堿能神经元变性的预防效果。

  • based on these data, we hypothesized that the degeneration of basal forebrain cholinergic system maybe result from the synthesis decline of neurosteroids during aging.

    我们推测,衰老后记忆相关脑区内神经甾体合成的减少是存在于这些脑区中的胆堿能系统功能减退的重要原因。

  • conclusions the results suggest that the nos-positive neurons in ms and vdb of basal forebrain of ad rats could be improved and protected after treatment with neural stem cells grafting.

    结论神经干细胞移植治疗,对ad模型鼠基底前脑ms、vdb的nos阳性神经元有明显的补充和保护作用。

  • conculsion the results show that nitric oxide synthase plays certain function in plasticity of fiber configuration after basal forebrain transplantation.

    结论一氧化氮合成酸在神经元移植后的纤维结构重塑方面发挥了一定的作用。

  • the delaying effects of bdnf and ngf on the degeneration of the long term cultured embryonic basal forebrain cholinergic neurons in vitro were studied.

    本文探讨了脑源性神经营养因子、神经生长因子对体外长期培养的胚基底前脑胆堿能神经元是否具有延缓退变的作用。

  • objective to discuss the influence of chronic hypoperfusion on the basal forebrain cholinergic system and cognitive function of rats.

    目的探讨慢性低灌注状态对大鼠基底前脑胆堿能神经系统及认知功能的影响。

  • excitoxins are frequently used to lesion nucleus basalis of meynert in the basal forebrain to induce experimental models of ad.

    兴奋性氨基酸损毁动物基底前脑胆堿能神经元是目前常用的ad实验动物模型。

  • methodsnos positive structures in the basal forebrain of the wistar rats were observed with nadph diaphorase improved histochemistry.

    方法应用改进的nadph黄递酶组织化学方法观察了大鼠基底前脑内的nos阳性结构。

  • results:there was no remarkable difference of nos positive neurons in the inside septal nuclei of basal forebrain among each group(p >0.05).

    结果:各组大鼠基底前脑内侧隔核nos阳性神经元数目差异无显着性意义(p>0.05);

  • amnesic patients made far more errors, especially those with basal forebrain damage.

    失忆癥患者所犯的错误要多得多,尤其是基底前脑受创的患者。

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