基底神经节内各结构的毛细血管吻合成网。
The capillary anastomosed into meshes in the different neural structures of the Basilar Ganglion and the internal capsule.
基底神经节的功能。
目的研究基底神经节损害所致汉语失写症的特点。
Objective To study the clinical features of Chinese agraphia caused by basal ganglia damage.
基底神经节作为皮层下结构，参与了文字书写过程。
The basal ganglia, the subcortical structure, participates the process of characters writing.
中枢结构的功能包括小脑、基底神经节和大脑皮层。
Functions of central motor structures including cerebellum, basal ganglia, and cerebral cortex considered.
目的研究基底神经节与皮层损害致汉语失写症的异同。
ObjectiveTo study the difference in Chinese agraphia between basal ganglia and cortex damaged patients.
基底节钙化为发生于脑内双侧基底神经节的钙质沉着。
Basal ganglia calcification is calcium deposits occurring in the bilateral basal ganglia in the brain.
结论高频刺激PF可以减少基底神经节输出核团EP神经元的活动。
Conclusion DBS on PF can reduce the overactivity of EP in the basal ganglia.
例如，钾离子通道在基底神经节上广泛表达并在帕金森症中也起到关键作用。
For example, potassium channels are widely expressed in basal-ganglia neurons and play crucial roles in Parkinson's disease.
在这种情况下，链球菌细菌蛋白质的代码与基底神经节细胞的代码非常接近。
In this case, the protein code on the strep bacteria is a close match with the code on the cells in the basal ganglia.
结果：（1）基底神经节各核团内的微动脉有两种类型即微长动脉和微短动脉。
Results:(1) In every nucleus of the Basilar Ganglion, the microarteries have two types: long microartery and short microartery.
在我们的大脑中，它就像一个指挥，向基底神经节中其他至少84个基因下达指令。
In our brains, it ACTS more like a foreman, handing out instructions to at least 84 target genes in the developing basal ganglia.
结论：NGF可保护谷氨酸造成体外培养的大脑基底神经节损伤后的再生，并防止神经元坏死。
Conclusion: Using NGF may avoid the necrosis of neurons and accelerate regeneration of primary dissociated basal ganglia neurons cultures.
对于帕金森氏症患者来说，神经传递素多巴胺的不断被损耗，导致大脑基底神经节中的神经元迅速老化。
In Parkinson's patients, a depletion of the neurotransmitter dopamine causes neurons in the basal ganglia to fire abnormally.
在静止情况下基底神经节的输出核团维持对下游不同运动核心的抑制作用，反之则去除抑制活化运动核心。
The output nuclei of the basal ganglia provide tonic inhibition under resting conditions to different motor centres, and elicit activation of a centre through disinhibition.
很长一段时间人们一直认为存在两个层次的抉择：发生于大脑皮层的意识层面的和发生于基底神经节的无意识层面的。
It has long been thought that there are two levels of decision-making: a conscious level taking place in the cerebral cortex and an unconscious level in the basal ganglia.
有了这样大规模的模型，不仅可以模拟肌节与肌节之间的神经网络，还可以模拟到由基底神经节开始的行为起始部分。
With this large scale modelling, we can simulate not only the segmental and intersegmental coordination but also the initiation of behaviour from the basal ganglia.
恩纳德发现在基底神经节和周围与学习有关的区域中，人类FOXP2基因导致有些神经元生长出比普通老鼠更长的突触。
Enard found that in the basal ganglia and connected regions involved in learning, the human version of FOXP2 caused some neurons to develop longer branches than those found in normal mice.
大部分的快捷方式与脑下皮层边缘结构有关，包括基底神经节，海马体，丘脑和伏神经核（这句作者卖弄解剖学知识的话，Cloud把它变灰了...）
Most of these shortcuts involve limbic structures at the sub-cortical level, including the basal ganglia, hippocampus, thalamus and nucleus accumbens.
大部分的快捷方式与脑下皮层边缘结构有关，包括基底神经节，海马体，丘脑和伏神经核（这句作者卖弄解剖学知识的话，Cloud把它变灰了...）
Most of these shortcuts involve limbic structures at the sub-cortical level, including the basal ganglia, hippocampus, thalamus and nucleus accumbens.
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