一些神经纤维束也是可见的。
目的利用DTI分析脑内海绵状血管瘤与神经纤维束关系。
Objective To exhibit the relationship between multiple cerebral cavernous hemangioma and neural fibers with DTI fiber tracking technique.
一种大型线状神经纤维束，位于延髓任一侧，并将它与小脑相接。
A large cordlike bundle of nerve fibers lying on either side of the medulla oblongata and connecting it with the cerebellum.
目的探讨应用dti技术对视神经纤维束和视路成像的可能性和应用价值。
Objective to discuss the feasibility and value of diffusion tensor imaging (DTI) to reveal optic nerve and visual pathway.
大体检查在肿瘤一端可见切断的神经残端及其分散混入肿瘤浅面的神经纤维束。
On gross inspection, the stump of the resected vagus nerve could be identified, with nerve bundles splaying over the tumor surface.
由于该技术具有显示神经纤维束的能力，将有助于理解正常脑功能和多种影响脑功能的病理过程。
This technique can improve the understanding of the function of normal brain and pathological progress because of its ability of visualizing nerve tracts.
结果6例患侧脑功能区移位，8例锥体束走行移位，10例神经纤维束形态完好、4例纤维束弥散。
Results 6 cases of brain function in patients with ipsilateral zones shift, 8 cases of pyramidal shift, 10 cases with good shape, some fiber loss in 4 cases.
图集的后续发行图片中，这张3d视图融合了结构MRI(核磁共振)扫描结构图以及其他图像数据显示出了神经纤维束的位置。
In another screenshot to be included in a later iteration of the atlas, a single 3-d view merges structural MRI scans with other imaging data showing the locations of the nerve fiber tracts.
目的：探讨三叉神经感觉根（TNSR）的解剖学结构，及其表层神经纤维束切断术治疗三叉神经痛（TN）的可行性。
Objective: To explore the detailed clinical anatomy of trigeminal nerve sensory root (TNSR) in order to establish a new tractotomy for the treatment of trigeminal neuralgia (TN) .
因此只有切开束膜，神经纤维才能获得完全减压。
Only by incision of the perineurium the nerve fibres can be completely decompressed.
该结果证实房室结及房室束区副交感神经纤维来源于房间隔内的胆碱能神经元。
The present results suggest that the parasympathetic fibers in the atrioventricular node and the bundle of His originate from the cholinergic neurons in the interatrial septum.
在弓状核、视前内侧束内有密集的NOS阳性神经纤维。
The density of NOS positive fibers also could be seen in the arcuate nucleus and medial forebrain bundle.
以及产生束外有髓和无髓轴突无规则生长会导致神经纤维错向再生，造成严重的联带运动的不足。
Irregular growth of extrapyramidal myelinated and non-myelinated axons can lead to the fault regeneration of nerve fibers, causing serious shortcomings associated with the movement.
以及产生束外有髓和无髓轴突无规则生长会导致神经纤维错向再生，造成严重的联带运动的不足。
Irregular growth of extrapyramidal myelinated and non-myelinated axons can lead to the fault regeneration of nerve fibers, causing serious shortcomings associated with the movement.
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