cortexes

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网络  皮层; 外皮

双语例句

• Methods The embryonic brain tissue was transplanted into the traumatic cavities in the bilateral frontal cortexes 8 days after making the cavities by surgical operation.
  方法用外科手术破坏大鼠双侧额叶皮质8d后，将胎脑组织移植到预制脑创腔内。
• Effects of implanting embryonic brain tissue on learning and memory of discrimination performance in rats with frontal cortexes lesions
  胎脑组织移植对额叶皮层损伤大鼠辨别学习、记忆之影响
• The results of fMRI: Contralateral sensorimotor cortexes were weakly activated in 7 stroke patients during the affected hand movement, and obviously activated in ipsilateral posterior parietal cortex.
  磁共振成像表现结果：7例脑卒中患者患手运动时，对侧半球的感觉运动皮质可见微弱激活，而在同侧后顶叶皮质见到明显激活。
• Our results showed that the transplantation of embryonic brain tissue could promote recovery of learning and memory retrieval of visual discrimination in the rats with damage of bilateral frontal cortexes and that connections between the brain tissue implants and host brain tissue could develop.
  结果表明，胎脑组织移植能促进双侧额叶皮层损伤大鼠学习、记忆功能的恢复，并提示移植3～6个月后移植物与宿主脑之间可形成部分纤维连接。
• Effects of estrogen on Bcl-2 and Bax in cerebral cortexes and hippocampus of rat
  雌激素对去卵巢大鼠大脑皮质和海马中Bcl-2和Bax蛋白表达的影响
• Methods Twenty-four SD rats were randomly divided equally into 3 groups. ① experiment group ( NGF, ip),② control group ( equivolume 0.9% salt solution, ip), ③ normal group ( sham operation). The bilateral frontal cortexes were injured by surgical operation.
  方法24只SD大鼠，随机平均分为3组：①实验组（NGF），②对照组（等容量的生理盐水），③正常组（假手术）。
• Electric response of primary and secondary somatosensory cortexes to C-fiber inputs and reciprocal influence between the two areas
  大脑皮质体感Ⅰ区和Ⅱ区对C类纤维传入的电反应及其相互影响
• The templates are cortexes of human, chimp, rhesus and mice.
  实验样本为人类，猩猩，猕猴和老鼠的大脑组织。
• The results showed that they were surrounded by capsules and composed of cortexes and medullas. The cortex was made up of lymphatic nodule, internodular diffuse lymphatic tissue, paracortical area and cortical sinus;
  结果表明：淋巴结外包被膜，实质由皮质和髓质构成，皮质又分为淋巴小结、小结间弥散淋巴组织、副皮质区和皮质淋巴窦；
• The relationship between the density of the capillaries in visual cortexes of different age groups and its clinical significance is discussed in this paper.
  讨论了各年龄组之间视皮质有纹区毛细血管密度差异与机能的关系。