cholinergic fibers

网络  胆碱能纤维; 胆碱能神经纤维; 胆碱能神经

医学



双语例句

  1. Neural stem cells and BDNF combined to improve the ability of learning and memory and regeneration of cholinergic fibers in hippocampus of AD rats
    神经干细胞与BDNF联合促进AD鼠学习记忆及海马胆碱能纤维再生
  2. Effect of short-term and long-term physical exercise on the density of cholinergic fibers in the cerebral cortex of mice after cerebral focal ischemia
    短期和长期训练对小鼠脑局灶缺血后大脑皮质胆碱能纤维密度的影响
  3. This study indicates that cholinergic fibers and GABAergic fibers of human olivocochlear systems have different origins.
    研究表明,人体耳蜗传出神经系统内胆碱能纤维和γ-氨基丁酸能纤维有各自不同的起源。
  4. The central effect of TRH is transmitted mainly via cholinergic fibers in the vagus. Sympathetic fibers are also involved.
    TRH中枢效应的传出途径以迷走胆碱能纤维为主,交感神经可能亦有一定的作用。
  5. This study suggests that the cortex and medulla of thymus are innervated by parasympathetic cholinergic nerve fibers, which may regulate the thymocytes and mast cells.
    作者认为,胸腺皮质和髓质都接受副交感的胆碱能神经纤维的支配,后者对胸腺细胞和肥大细胞等可能起调节作用。
  6. Regeneration of Cholinergic Fibers in Hippocampal of Adult Rat After Lesion
    大鼠海马胆碱能纤维损伤后的再生
  7. Collateral sprouting of cholinergic fibers in hippocampus of adult rats with fimbria-fornix transection
    大鼠海马内胆碱能纤维损伤后的侧枝抽芽
  8. Conclusion NGF increases the density of the cholinergic fibers in AMI rat and might have the possible effect on the treatment of AMI.
    结论神经生长因子能增加大鼠心肌梗塞后胆碱能神经纤维的密度,可能对心梗有治疗作用。
  9. The density of the cholinergic fibers in experimental group using NGF is much higher than that in AMI group.
    实验组应用NGF后胆碱能神经纤维密度较心梗组升高。
  10. Conclusion: The cholinergic fibers in hippocampus of adult mammalian can sprout collaterally after lesion.
    结论:成年哺乳类海马内胆碱能纤维损伤后有很强的侧支抽芽能力。
  11. Conclusion: Denervation of cholinergic fibers occurs in 14 d and reinnervation appears 120 d after myocardial infarction in rats.
    结论:大鼠心肌梗塞后14天,梗塞区发生完全的去胆碱能神经支配,120天后部分区域出现胆碱能神经再支配。
  12. We observed the distribution and density of cholinergic fibers in different position myocardium of cats, rabbits, guinea pigs and rats and reached conclusions as follows.
    本文观察了猫、兔、豚鼠和大白鼠心脏不同部位心肌内胆碱能纤维分布,并用点式计算法得出神经纤维分布密度的百分率。
  13. Distribution of cholinergic neurons and fibers in the hypothalamus of the cat
    胆碱能神经元和纤维在猫下丘脑的分布
  14. Effect of insulin on regeneration of cholinergic fibers in cortex
    胰岛素对皮质胆碱能纤维损伤后再生的促进作用
  15. Results: There was the least density of cholinergic fibers in AMI group, and the most in medicine-combined group.
    结果:心肌梗死组存活心肌中胆碱能神经纤维密度最低,联合用药组胆碱能神经纤维密度最高。
  16. The effect of tianeptine on the ability of the learning and memory and cholinergic fibers in hippocampus of rats in depression
    噻奈普汀对抑郁模型大鼠学习记忆能力及海马胆碱能纤维的作用
  17. The present results indicate that the cholinergic fibers in cerebral cortex could regrow in normal rat after lesion, the regeneration of the fibers was promoted by the administration of insulin.
    提示:正常情况大脑皮质胆碱能纤维损伤后具有一定的再生能力,体内胰岛素缺乏使纤维损伤后的再生受到损害,而体内注入超生理水平的胰岛素时,则有促进损伤后纤维再生的作用。
  18. The result demonstrates that regeneration of cholinergic fibers was increased in the cortex of castration rat following insult.
    表明去势鼠大脑皮质损伤的胆碱能纤维的再生能力增加。鼠(美国电影故事)
  19. Effect of physical activity on cholinergic fibers in hippocampal formation and cerebral cortex in mouse
    运动对小鼠海马结构和大脑皮质胆碱能纤维的影响
  20. Objective To study the distribution and the density of cholinergic fibers in different position of myocardium.
    目的研究心肌不同部位胆碱能纤维的分布和密度。
  21. Distribution and density of cholinergic fibers in working myocardium of small animals
    几种小动物工作心肌内胆碱能纤维的分布和密度
  22. The densities of AchE-positive fibers increase during 6 and 8 months and decrease after 16 and 18 months. The above finding suggests that there are age-related distinctive cholinergic fibers distribution and densities changes in the optic cortex of rat.
    出生后1~2周纤维密度很低,4~6个月密度最高,16~18个月再降低,提示胆碱能纤维在视皮质内的分布具有年龄相关性。
  23. Regeneration and sprouting of cholinergic fibers in cerebral cortex of adult rats
    皮质内胆碱能纤维损伤后的再生和侧支生芽
  24. Effects of nerve growth factor on regeneration of cortical cholinergic fibers following injury in aged rats
    神经生长因子促进老年鼠大脑皮质胆碱能纤维损伤后再生