本文讨论了脑内血管神经纤维的分布类型、纤维密度与脑内微循环的神经源性调节的关系。
The relationship between the type of distribution and of density of fibers of monoamine nerve in intracerebral vessels and their nerve regulation was discussed.
总之，本研究显示，在局限性区域的神经元与星形胶质细胞的兴奋性循环可以增加和维持癫痫发作。
In summary, this study reveals that a recurrent excitatory loop between neurons and astrocytes developing at restricted brain sites promotes and sustains epileptic seizures.
结论供养皮神经的血管与邻近皮瓣血管间的良好侧副循环，是皮神经营养血管皮瓣成活的基础。
Conclusions the rich collateral circulation between the blood vessels of the cutaneous nerve and the blood vessels of its adjacent flap is the survival basis of neurocutaneous vascular flap.
FNN在实现系统功能的同时，需要较少的神经元和迭代循环，大大降低了网络的复杂性，加速了网络的学习与实时计算速度。
Less nerve cells and iterative cycles are demanded for realization of system functions by FNN, so that the network is greatly simplified and that study of network and rea...
说明了低温疗法 主要是透过抑制循环性休克以及脑神经细胞缺血与损伤，因而延长热中风动物之存活时间。
In particular, cooling suppresses circulatory shock, cerebral ischemia and neuronal injury and and results in prolongation of survival in heat stroke animals.
说明了低温疗法 主要是透过抑制循环性休克以及脑神经细胞缺血与损伤，因而延长热中风动物之存活时间。
In particular, cooling suppresses circulatory shock, cerebral ischemia and neuronal injury and and results in prolongation of survival in heat stroke animals.
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