The high density nuclei consist of the pontine nuclei, inferior olivary complex and so on.
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2. 他们发现呼吸中枢的刺激来自于侧脑桥网状结构和侧位的下行神经通路。
They found the stimulation of the respiratory center by the lateral pontile reticular formulation and laterally located descending neural pathway.
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3. 脑桥、小脑和延髓组成了后脑。
The pons the cerebellum and the medulla oblong ata composed the hindbrain.
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4. 这些神经细胞位于脑干的脑桥部位。
They are in the pons part of the brain stem.
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5. 脑桥、小脑和延髓组成了后脑。
The pons, the cerebellum and the medulla oblongata composed the hindbrain.
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6. 目的探讨脑桥梗死的临床和影像学特点。
Objective To explore the clinical and imaging characteristics of pontine infarction.
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7. 后脑位于大脑后端的下方，由小脑、脑桥和延髓构成。
The hindbrain sits underneath the back end of the cerebrum, and it consists of the cerebellum, pons, and medulla.
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8. 脑桥小脑角段和内耳道段与位听神经伴行；
The cerebellopontine angle segment and internal acoustic meatus segment paralleled the vestibulocochlear nerve.
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9. 目的：探讨脑桥出血的病因、临床症状及预后情况。
Objective: to explore the etiological factors, clinical features and prognosis of pontine hemorrhage.
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10. 结论脑桥腔隙性梗死占脑桥梗死的绝大多数且预后较好。
Conclusion pontine lacuna infarctions occupy most of the pontine infarctions and its prognosis is well.
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11. 目的：提供有实用价值的小脑脑桥角手术的解剖学资料。
AIM: to provide the useful anatomic data for the microvascular surgery on cerebellopontine Angle.
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12. 病报部位多在肤阱脸体、脑桥、小脑茎中部、颅骨圈突部。
Sickness newspaper spot many middle the skin pitfall face body, pons, cerebellum stem, skull circle suddenly.
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13. 随着CT的临床应用，原发性脑桥出血的发现率明显提高。
More and more cases of primary pontine hemorrhage are found with development of CT.
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14. 目的探讨经小脑延髓裂入路微创手术切除脑桥背侧病变的疗效。
Objective To observe the trans- cerebellomedullary fissure minimally invasive operation treating lesions of dorsal part of pons.
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15. 与脑桥诱导缓驰相关的抑制氨基酸释放的变化：在体微透析研究。
Changes in inhibitory amino acid release linked to pontine-induced atonia: an in vivo microdialysis study.
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16. 当病人大脑脑干的“脑桥”部分被废，快速眼部活动(REM)睡眠不再出现。
When a part of the brain stem known as the pons is destroyed, people no longer experience REM sleep.
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17. 次常见的病灶部位分布于脑桥延髓区，约40%的患者可见此改变。
The next most common location of involvement was the pontobulbar region, seen in 40% of the cases.
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18. 大脑的一部分，由延髓、脑桥和中脑组成，连接脊髓与前脑和大脑。
The portion of the brain, consisting of the medulla oblongata, pons Varolii, and mesencephalon, that connects the spinal cord to the forebrain and cerebrum.
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19. 结论脑桥梗死多数为腔隙性梗死，其临床表现与病灶部位及大小有关。
Conclusion Pontine infarctions were mostly lacuna infarctions and their clinical manifestation was related to the position and size of infarction focuses.
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20. 实验结果表明：rtn和脑桥及延髓的呼吸相关结构之间存在纤维联系。
The above results show that the RTN has axonal connections with the pontine and medullary respiratory related structures.
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21. 探讨脑桥中央髓鞘溶解症的病因、临床特点、影像学表现、治疗及预后。
The pathogenic factors, clinic characteristics, iconography representation, treatment and sequel prophylaxis of central pontine myelinolysis were discussed.
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22. 此结果提示，PAG可能对大鼠脑桥排尿反射活动具有兴奋性调节作用。
The results suggest that the PAG may exert an excitatory influence on pontine micturition reflex of the rat.
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23. 结论：高位颈髓呼吸神经元群接受发自脑桥及延髓呼吸相关结构的纤维投射。
Conclusion: The upper cervical respiratory ne ur on group receives afferent projections from pontine and medullary respiratory re lated structures.
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24. 目的分析酷似大脑半球病变的脑桥梗死的临床和影像学特点、定位错误的原因。
To investigate clinical presentation of pontine infarctions mimicked cerebral hemisphere infarctions, and to analyse the causes of bias in localization diagnosis.
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25. 目的对经中颅窝入路小脑脑桥角区的显露程度及其损伤程度进行定量综合评价。
Objective To evaluate comprehensively the exposure and damage to the cerebellopontine angle region by the middle cranial fossa approach.
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26. 目的探讨脑桥中央髓鞘溶解症(CPM)的病因、临床特点、治疗及其预防措施。
Objective To study the etiology, clinical features, treatment and prevention of central pontine myelinolysis (CPM).
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27. 展神经的滋养动脉主要来自脑桥前外侧穿动脉、小脑下前动脉和脑桥下外侧动脉。
Nutrient arteries of the abducent nerve root mainly came from anterolateral pontine perforating artery, anterior inferior cerebellar artery and inferior lateral pontine artery.
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28. 大脑做梦的关键区域不是脑桥，而是新皮层中位于及靠近枕叶交叉部分的视觉区域和视听区域。
The regions critical for dreaming are not in the pons. They include the visual and audiovisual regions in and near the temporoparietal-occipital junction in the neocortex.
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29. 头部MRI检查可见左侧脑室旁、胼胝体梗死，右侧基底节、脑桥陈旧性腔隙性梗死；
Head MRI showed infarction of left paraventricular and corpus callosum, and old lacuna infarction of right basal ganglion and pons.
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30. 结论MRI是小脑脑桥角肿瘤有效的补充检查方法，对该区肿瘤的诊断和鉴别具有重要的价值。
Conclusion MRI is an available tool for detecting the CPA tumors and plays an important role in the diagnosis and differential diagnosis of the CPA tumors.
