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ID:32830525
大小:2.37 MB
页数:65页
时间:2019-02-16
《mr扩散张量纤维束成像评估小脑梗塞对小脑脚损伤状态的价值》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、MR扩散张量纤维束成像评估小脑梗塞对小脑脚损伤状态的价值ThepreliminaryapplicationofMRdiffusiontensortractographyinestimatingthestateofcerebellarpedunclesincerebralinfarct姓名:桂思学号:2009212044年级:二OO九级院系名称:研究生学院专业名称:影像医学与核医学指导教师:吴梅教授导师单位:广州市第一人民医院二0一二年五月目录摘要........................................................................
2、................................1Abstract.......................................................................................................3中英文........................................................................................................6缩略词对照表......................................
3、......................................................6前言........................................................................................................7材料与方法................................................................................................91.研究对象...........................
4、................................................................................92.检查方法.........................................................................................................103.DTT图像后处理及分析..................................................................................104.神经运动
5、功能评定.........................................................................................125.观察与评估指标.............................................................................................12结果................................................................................................
6、......131.临床资料.........................................................................................................132.MRI资料..........................................................................................................143.DTT资料......................................................
7、....................................................154.病例组DTT评价的CPs损伤程度分级与临床多项功能运动评分关系...24讨论......................................................................................................281.磁共振扩散张量成像基本原理.....
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