Hypoglossal nerve injury was the most common injury (68.6%).

以舌下神经损伤最为多见(68.6%)。

The anatomic relationship of lingual artery and hypoglossal nerve was observed and measured.

舌动脉和舌下神经的解剖关系。

No spinal cord injury, paralysis of hypoglossal nerve or breakage of internal fixation occurred in any patients.

所有患者无脊髓损伤、舌下神经麻痹或内固定断裂。

Cranial nerve injury in 6 cases, including 4 cases of hypoglossal nerve injury, facial nerve mandible injury in 2 cases.

颅神经损伤6例，其中舌下神经损伤4例，面神经下颌支损伤2例。

The greatest diameters of Glossopharyngeal Nerve (GphN )> Vagus Nerve , Accessory Nerve and Hypoglossal Nerve were measured .

测量了舌咽神经、迷走神经、副神经及舌下神经的最大直径。

Typical clinical manifestations of this disease are bilateral hypoglossal nerve palsy, tetraparesis, and the disturbance of deep sensations.

其典型临床表现为舌下神经麻痹、脸部除外之全身瘫痪和深层感觉神经受影响。

There are lingual nerve and its companion veins, submandibular ducts, the deep part of the submandibular gland on this segment of hypoglossal nerve;

该段舌下神经上方有舌神经及其伴行静脉、下颌下腺导管、下颌下腺深部；

In most severe cases, the external carotid artery, strap muscles of the neck, Vagus nerve, Hypoglossal nerve and the lingual branch of the Trigeminal nerve are also removed.

在最严重的情况下，颈外动脉，肩带肌肉的颈部，迷走神经项，舌下神经号和舌分行的三叉神经也删除。

AIM: to study the response of astrocytes and motoneurons in hypoglossal nuclei and their interrelation after hypoglossal nerve injury in rats, and explore the possible mechanism.

目的：研究大鼠舌下神经损伤后舌下神经核内星形胶质细胞和运动神经元的反应及其相互关系，并探讨其可能机制。

Be like ill factitious singer or oratorical, need tongue campaign is slick person, cannot go facial nerve - hypoglossal nerve be identical, and as advisable as accessory nerve be identical.

若病人为歌唱家或演说家，需要舌运动灵活者，不能行面神经-舌下神经吻合，而与副神经吻合为宜。

It companied with carotid canal and hypoglossal canal outside hole, and formed triangle that posterior groups nerve and jugular buld existed in.

与颈动脉管外口、舌下神经管外口形成了三角形，出颅的后组脑神经及颈静脉球位于三角形内。

Objective: to provide anatomical basis for direct side-to-end anastomosis of hypoglossal and facial nerve.

目的：为舌下神经-面神经直接侧端吻合提供解剖学依据。

Conclusion: Electrophysiologic measurement of hypoglossal lingual nerve transfer in MacacaMulatta suggest dynamic reconstruction of residual tongue muscular be possible.

结论：电生理检测提示舌剩余肌动力性可以重建电生理检测技术不失为评价周围神经再生的一种有效的方法。

In the medulla oblongata, ER distributed in the hypoglossal nucleus, dorsal nucleus of vagus nerve, nucleus of spinal trigeminal tract, nucleus of solitary tract and reticular formation;

在延髓，ER分布于舌下神经核、迷走神经背核、三叉神经脊束核、孤束核和网状结构；

Objective : To reveal the anatomic relationship between hypoglossal and lingual nerve.

摘要〕目的： 揭示猕猴舌下与舌神经间的关系，为临床开展新的术式提供依据。