目的探讨小鼠在急性重复低氧过程中脑皮质神经元的脑红蛋白表达变化。
Objective Observing neuroglobin expression of cerebral cortex neuron in the course of acute repeated hypoxia mice to offer hypoxic endurance foundation.
目的观察小鼠在急性重复低氧过程中脑皮质神经元的超微结构变化。
Objective Observing the ultrastructure change of cerebral cortex neuron in the course of acute repeated hypoxia mice to offer morphological foundation.
目的观察高碘对小鼠额皮质及海马NOS阳性神经元的影响。
To study the effect of excessive iodine on NOS positive neurons in frontal cortex and hippocampus of mice.
结果不均匀恒磁场可缓解因缺氧而导致的小鼠大脑皮质神经元胞核变形、核膜不光滑及细胞器数量减少等现象。
Results Non-uniform-permanent magnetic field can reduce deformation in neurons of cerebral cortex, roughness of membrane structure, organelle decreasing and etc, which were all caused by hypoxia.
结果不均匀恒磁场可缓解因缺氧而导致的小鼠大脑皮质神经元胞核变形、核膜不光滑及细胞器数量减少等现象。
Results Non-uniform-permanent magnetic field can reduce deformation in neurons of cerebral cortex, roughness of membrane structure, organelle decreasing and etc, which were all caused by hypoxia.
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