结论颅底动脉的走行形态可能由颅底骨性结构和脑组织的发育所影响；
Conclusion The process and morphology of the basalis arteries might be influenced by the structure of basalis skull and development of brain tissues.
采用大脑中动脉阻断所致大鼠脑缺血模型，观察了具有益气活血功效的脑络通对脑梗塞范围、白细胞计数、脑细胞超微结构的变化。
The rat models of middle cerebral artery occlusion were used. The infarct scope and the number of leukocytes and the ultrastructure of neurocytes were observed.
大鼠颅内动脉瘤的组织结构变化与人类脑动脉瘤的超微结构变化极其类似。
The changes of histological structure of intracranial aneurysms in rats were extremely similar to the changes of ultrastructure in human cerebral aneurysms.
提示脑动脉管壁结构未能恢复正常是抗高血压治疗不能完全防止脑卒中的原因之一。
These results indicated that abnormal structure of cerebral arterial wall is the one of the causes why antihypertensive therapy could not prevent stroke entirely.
提示脑动脉管壁结构未能恢复正常是抗高血压治疗不能完全防止脑卒中的原因之一。
These results indicated that abnormal structure of cerebral arterial wall is the one of the causes why antihypertensive therapy could not prevent stroke entirely.
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