神经管

妊娠合并糖尿病诱发胚胎先天性神经管缺陷的MAP激酶及细胞凋亡信号传导机制

MAP kinase and apoptotic signal pathways in hyperglycemia induced congenital neural tube defects

下颌神经管的CT扫描方法

CT scan method of mandibular nerval tube

目的探讨视神经管的CT扫描方式及影像表现。

Objective To explore the CT scanning modalities and imaging findings of the optic canal .

外伤性视神经管骨折的高分辨率CT诊断

HRCT diagnosis of optical canal fractures

视神经管CT影像学测量和定位及其临床意义

The measurement , spatial stereotaxis and clinical significance of optical canal : Multi-slice spiral CT study

目的：探讨应用螺旋CT研究下颌神经管在下颌骨中的走行位置及其临床意义。

Purpose : To study the intramandibular course of the mandibular canal and its clinical significance .

结果面神经管的平均长度为（29.73±1.07）mm。

Results The mean length of FNC was ( 29.73 ± 1.07 ) mm .

隐性神经管闭合不全的MRI诊断分析

MRI Diagnosis of Occult Spinal Dysraphism

金仓鼠神经管cDNA文库的建立

Construction and characterization of golden hamster neural tube cDNA library

HRCT和3D重建对视神经管骨折的临床应用价值

Evaluation of HRCT and 3D Reconstruction in the Fracture of Optic Canal

正常人面神经管垂直部与颈静脉窝距离的CT测量及其临床价值

CT measurement of normal people 's distance of the vertical facial nerve canal to the jugular vein fossa and its clinical value

面神经管的超高分辨双螺旋CT扫描及MPR的应用

Ultrahigh Resolving Double helix CT Scaning of Facial Nerve Canal and Application of MPR

结果舌下神经管的外侧与颈静脉孔相邻，CT、MRI均可清晰显示舌下神经管；

Results The hypoglossal canal located lateral to the jugular foramen , which could be well displayed by CT and MRI .

方法（1）利用新一代16层螺旋CT，分别采取不同重建方法，进行视神经管的重建，比较其重建形态的一致性。

Methods ( 1 ) Different reconstructive method was applied , using 16 Slices CT , to compare its coherence with the reality .

结论：眼眶及视神经管骨性径线的CT测量的关键是确定扫描基线和测量平面，不能完全按照解剖学测点测量。

Conclusion : The CT measurement of orbital and the optic canal is reliable and accurate , but it accorded with anatomic measurement incompletely .

Western印迹技术研究神经管发育和神经管畸形鼠胚Bcl-2蛋白的表达

Western blot technique for the development of neural tube and the expression of Bcl-2 protein in mouse embryo with neural tube defect

叶酸对神经管畸形干预效果的Meta分析

Meta-analysis of effect of intervention with folic acid on neural tube defects

视神经管骨折HRCT检查的临床意义

The clinical significance of HRCT in the fracture of optic canal

结论MRI是目前诊断儿童隐性神经管闭合不全的最有效的方法，但其也有局限性。

Conclusion MRI is the most effective modality for diagnosing occult spinal dysraphism in children nowadays . However , MRI has some limitations .

视神经管纵轴与蝶筛窦的毗邻关系在CT图像上分为三型，视神经管横轴对蝶筛窦的压迫关系分为四型，并统计出各型的分布情况。

The longitudinal relationships of optic canals to sphenoid and ethmoid sinuses were classified as three types , and their axial relationships were done as four types .

面神经管垂直部与颈静脉窝之间距离的MSCT测量

MSCT measurement of the distance between the vertical facial canal and the jugular fossa

结果：视神经管的内侧壁最长，平均长度（11.61±1.58）mm；

Results : The medial wall of the optic canal was the longest , with a length of ( 11.61 ± 1.58 ) mm .

目的应用全基因组表达芯片研究山西吕梁地区神经管畸形（Neuraltubedefects，NTDs）胚胎脑组织中状念特异性表达基因；

Objective Screen differentially expressed genes of neural tube defects ( NTDs ) by cDNA microarray technique among the population of Shanxi Luliang .

目的探讨螺旋CT曲面重建图像对面神经管解剖学研究的参考价值。

Objective To explore the usability of curved plane reconstruction techniques with spiral CT in the image anatomic study of facial nerve canal ( FNC ) among healthy adults .

结论HRCT检查可显著地提高对视神经管骨折的检出率。

Conclusion HRCT scan technology can improve detectable rate of optic canal fracture perfectly .

结果：视神经管内壁中部是视神经管管壁最薄之处，厚度为（0.48±0.36）mm；

Results : The middle part of the medial wall of bony canal is the thinnest , with a thickness of 0.48 ± 0.36 mm .

结论：多层螺旋CT及后处理成像能清晰显示面神经管病变，对临床诊断和治疗有重要价值。

Conclusion : The disease of facial nerve canal can be demonstrated clearly by multislice CT and its post-process imaging , which contribute much to the clinical diagnosis and treatment .

视神经管HRCT扫描基线的探讨

HRCT of optic canal base line scanning

JNK1/2通路蛋白及凋亡基因Caspase-3在高温致神经管畸形作用中的表达

Expressions of the JNK1 / 2 pathway and Caspase-3 in the development of neural tube defects caused by Hyperthermia

目的构建金仓鼠神经管cDNA文库，以筛选与神经管发育及神经管畸形发生相关的基因。

Objective Constructing golden hamster neural tube cDNA library in order to detect new genes associated with development of neural tube and neural tube defects .