RESULTS: The layer of CA1 pyramidal cells in both AO groups became thinner with pyknotic nuclei than control.
结果：与对照组相比，各氯化铝组均可见海马CA 1区细胞层变薄伴明显核固缩。
If, instead of pyramidal cells, motor neurons are used as network units, network behavior changes drastically.
如果在网络中，用运动神经元代替锥体细胞，网络的行为会大大改观。
CONCLUSION: Delayed necrosis of hippocampal pyramidal cells may be the pathological basis of ischemia cerebral vascular dementia.
结论：海马锥体细胞的迟发性坏死是缺血性脑血管病致痴呆的病理学基础。
Objective To detect the change of discharge phase of guinea pig hippocampal CA1 pyramidal cells during visual discriminative task with an effective and convenient program we designed.
目的设计有效、简便的锥体细胞放电时相检测程序，并检测豚鼠海马CA 1区锥体细胞在视觉分辨任务中放电时相的变化。
Objective To detect the change of discharge phase of guinea pig hippocampal CA1 pyramidal cells during visual discriminative task with an effective and convenient program we designed.
目的设计有效、简便的锥体细胞放电时相检测程序，并检测豚鼠海马CA 1区锥体细胞在视觉分辨任务中放电时相的变化。
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