Functions of the basal ganglia.
基底神经节的功能。
So the antibodies mistake the basal ganglia for strep and attack.
因此你的抗体错误地把基底节当成链球菌来攻击。
There was positive correlation between DA and 5-HT in basal ganglia.
基底神经核区5 HT含量与DA含量之间呈正相关。
The CT scan showed localized punctuate calcification in basal ganglia.
CT上表现为基底核区局限性点状钙化。
Objective To study the clinical features of Chinese agraphia caused by basal ganglia damage.
目的研究基底神经节损害所致汉语失写症的特点。
The basal ganglia, the subcortical structure, participates the process of characters writing.
基底神经节作为皮层下结构，参与了文字书写过程。
The executive dysfunction may be related to the abnormality of frontal lobe and basal ganglia.
执行功能障碍可能与额叶、基底节异常有关。
Objective: To study the MRI findings of germinomas arising from the basal ganglia and thalamus.
目的：研究丘脑和基底节区生殖细胞瘤的MR影像特征。
Objective To investigate the prognostic risk factors of traumatic basal ganglia hematoma (TBGH).
目的探讨影响外伤性基底节血肿预后的相关因素。
Basal ganglia calcification is calcium deposits occurring in the bilateral basal ganglia in the brain.
基底节钙化为发生于脑内双侧基底神经节的钙质沉着。
ObjectiveTo study the difference in Chinese agraphia between basal ganglia and cortex damaged patients.
目的研究基底神经节与皮层损害致汉语失写症的异同。
MRI demonstrated cerebral hemorrhage or infarction, and numerous spotty flow void effect in basal ganglia region.
MRI显示脑出血或脑梗塞等脑实质改变，并能显示基底节区异常血管点状流空。
Dilated perivascular Spaces most commonly occur within the basal ganglia, midbrain, thalami, and deep white matter.
血管周围间隙扩大通常发生于基底节区、中脑、丘脑和深部脑白质。
Ct can improve the quality control of basal ganglia lacunar infarction diagnostic accuracy for patients to win time.
CT质量控制可以提高基底节区腔隙性梗塞的诊断准确率为患者的治疗赢取时间。
In this case, the protein code on the strep bacteria is a close match with the code on the cells in the basal ganglia.
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。
Objective To explore the better operation way of treating the severe hypertensive basal ganglia intracerebral haemorrhage.
目的探讨对重症高血压性基底节区脑出血更合适的手术方式。
In our brains, it ACTS more like a foreman, handing out instructions to at least 84 target genes in the developing basal ganglia.
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。
Recognition of fear may draw especially on the amygdala and the detection of disgust may rely on the insula and basal ganglia.
恐惧的识别可能会特别利用杏仁核，而对厌恶的探知则将依赖于脑岛和基底核。
Radiological manifestations include parenchymal calcification within the basal ganglia, specifically the putamen and thalamus.
放射学表现包括基底节区脑实质钙化，尤其是壳核和丘脑。
Ct scan showed punctuate calcified foci with circular infarcts of low density beside them in single or bilateral basal ganglia.
CT扫描显示在一侧或双侧基底节区点或片状钙化，其附近存在类圆形点或片状低密度灶。
Objective To explore the related diseases, main causes and clinical features of children with basal ganglia calcification (BGC).
目的探讨儿童基底核钙化(BGC)的相关疾病、主要病因和临床特点。
Objective To investigate the effect of early surgical treatment of hypertensive basal ganglia hemorrhage with small bone window.
目的探讨早期小骨窗手术治疗高血压基底节区脑出血的效果。
Objective To explore the operative approaches for treating basal ganglia intracerebral haemorrhage caused by severe hypertension.
目的探讨重症高血压性基底节区脑出血更合适的手术方式。
The action system includes areas of the nervous system such as the motor cortex, the cerebellum, the basal ganglia and brainstem.
执行系统包括神经系统的一些区域，如运动皮质、小脑、基底节和脑干。
CT scans revealed the bilateral and symmetric calcifications of the basal ganglia, caudate nucleus, lentiform nucleus and thalami.
CT扫描显示，双侧大脑基底节区，尾状核、豆状核及丘脑内有对称性钙化灶。
Objective To investigate pathophysiologic mechanism and clinical characterize of aged patients with traumatic basal ganglia injury.
目的探讨老年外伤性基底节区损伤患者的发病机制和临床特点。
Conclusion: Using NGF may avoid the necrosis of neurons and accelerate regeneration of primary dissociated basal ganglia neurons cultures.
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。
Objective To discuss imaging differentiating diagnosis of basal ganglia infarction by summarizing the features of 17 lesions on ct and MRI.
目的通过总结17例基底节梗死的CT和MR表现，探讨基底节梗死的影像学诊断和鉴别诊断。
Objective To explore the clinical characteristics and pathologic mechanism of basal ganglia calcification combined with cerebral infarction.
目的探讨基底核钙化并脑梗死小儿的临床特点和发病机制。
The main pathological changes in basal ganglia region are traumatic basal ganglia hemorrhage (TBGH) and traumatic basal ganglia ischemia (TBGI).
基底节损伤后的常见病理改变有外伤性基底节出血和外伤性基底节缺血。
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