您当前的位置:首页 > 核医学

急性颈椎间盘突出症的MRI诊断

时间:2005-08-20 01:08:26  来源:  作者:

MRI Diagnosis of Acute Cervical Discs Herniation<?xml:namespace prefix = o ns = "urn:schemas-microsoft-com:office:office" />

 

左鹏 张惠 张荣胜

湖北省黄冈市第一人民医院MR室,湖北 438000

Zuo Peng, Zhang Hui, Zhang Rong Sheng,et al. Department of Radiology, the First Hospital of Huanggang ,HuBei 438000

 

ABSTRACT

Objective:To analyse MRI features of  acute cervical discs herniation and evaluate MRI in diagnosis of herniation.

Methods:23 cases were studied ,all the cases had the cervical injury history . They had no symptom before and appearanced it after injury. All patients underwent radiography and CT study before undergoing MR imaging.

Results:: 11 cases curvature decreased on plain film and hyperextension in 5 cases. 7 cases were doubted herniation underwent CT study and proved by MRI. 49 discs herniation occurred in 23 cases. Herniation of central type in 31 discs, appear as the pressing of spinal cord central part. Herniation of back-outer side type in 18 discs, as the position is between nerve root and spinal cord. Posterior longitudinal ligament injuried in 6 cases, the low signal colum behind the vertebral lifted or interrupted. All the spinal cord injuried appeared as the signal abnormity.

Conclusion:MR imaging is the best method in diagnosis of acute cervical discs herniation and be useful for clinical treatment.

Key words:Acute cervical discs herniation;   Magnetic resonance imaging;Evaluation

 

急性颈椎间盘突出症是头颈部外伤常见的合并症,MRI检查技术的广泛应用,使得该病更多的被人们所发现。本文搜集23例经MRI及临床证实的病例,结合相关文献,浅谈该病的MRI诊断及价值。

来顶一下
返回首页
返回首页
 
推荐资讯
掌间筑未来,西门子医疗推出全新CT产品SOMATOM go.
掌间筑未来,西门子医疗
“智”动创新 共享“健康中国” 西门子医疗亮相2017 HOSPEQ
“智”动创新 共享“
西门子医疗携一系列创新成果亮相CMEF 2017   助力“智慧”医疗服务建设
西门子医疗携一系列创
西门子医疗中国亮相第77届中国国际医疗器械春季博览会,多方位展示互联网时代下 “智慧”成果
西门子医疗中国亮相第
最后更新
热门点击
  1. 21世纪核医学需要什么样的技术人员?
  2. 渗透压对对比剂肾病发生率的影响:有关在高
  3. 核医学技师出路在何方?对核医学技术人员队伍
  4. PET-CT在肾上腺肿瘤诊断中的诊断效能和判读
  5. 核医学:传统经典的新兴学科
  6. 冠状动脉造影、心电图、核素检查对冠心病诊
  7. 核医学检查对人体有伤害吗?
  8. 《走进核医学》教学录相片的制作
  9. 高分辨率 MRI 可确诊大脑前动脉夹层
  10. 内皮抑素基因联合放射治疗对大鼠Walker-256