磁共振成像
磁共振成像
자공진성상
CHINESE JOURNAL OF MAGNETIC RESONANCE IMAGING
2014年
3期
211-215
,共5页
刘彩霞%鲍海华%李伟霞%赵希鹏%吴有森%张红迁%王丽红
劉綵霞%鮑海華%李偉霞%趙希鵬%吳有森%張紅遷%王麗紅
류채하%포해화%리위하%조희붕%오유삼%장홍천%왕려홍
高原病%脑损伤,慢性%磁共振成像
高原病%腦損傷,慢性%磁共振成像
고원병%뇌손상,만성%자공진성상
Anterior cruciate ligament%Ganglion,cyst%Magnetic resonance imaging
目的:采用MRI基于体素的形态学测量(VBM-MRI)技术,分析慢性高原病(CMS)患者全脑灰质体积的变化。材料与方法对14例临床确诊的CMS患者和年龄、性别、受教育年限、海拔高度相匹配的11例正常志愿者行全脑扫描,获取3D-T1结构图像。利用VBM方法对CMS组和正常组的全脑灰质图像进行基于体素的统计学比较。结果与对照组相比,CMS患者右侧舌回、后扣带回、双侧海马旁回及左侧颞下回灰质体积增加;左侧前扣带回灰质体积减少。结论利用VBM方法对MR结构图像分析能够客观显示CMS患者特定脑区体积的变化,从影像学角度揭示高原缺氧对脑结构的影响。
目的:採用MRI基于體素的形態學測量(VBM-MRI)技術,分析慢性高原病(CMS)患者全腦灰質體積的變化。材料與方法對14例臨床確診的CMS患者和年齡、性彆、受教育年限、海拔高度相匹配的11例正常誌願者行全腦掃描,穫取3D-T1結構圖像。利用VBM方法對CMS組和正常組的全腦灰質圖像進行基于體素的統計學比較。結果與對照組相比,CMS患者右側舌迴、後釦帶迴、雙側海馬徬迴及左側顳下迴灰質體積增加;左側前釦帶迴灰質體積減少。結論利用VBM方法對MR結構圖像分析能夠客觀顯示CMS患者特定腦區體積的變化,從影像學角度揭示高原缺氧對腦結構的影響。
목적:채용MRI기우체소적형태학측량(VBM-MRI)기술,분석만성고원병(CMS)환자전뇌회질체적적변화。재료여방법대14례림상학진적CMS환자화년령、성별、수교육년한、해발고도상필배적11례정상지원자행전뇌소묘,획취3D-T1결구도상。이용VBM방법대CMS조화정상조적전뇌회질도상진행기우체소적통계학비교。결과여대조조상비,CMS환자우측설회、후구대회、쌍측해마방회급좌측섭하회회질체적증가;좌측전구대회회질체적감소。결론이용VBM방법대MR결구도상분석능구객관현시CMS환자특정뇌구체적적변화,종영상학각도게시고원결양대뇌결구적영향。
Objective:The aim of the study was to investigate the gray matter (GM) volumes alterations in Chronic Mountain Sickness (CMS) patients by using voxel-based morphometry method (VBM) of magnetic resonance imaging (MRI). Materials and Methods:14 cases of patients with clinically diagnosed CMS and age, sex, years of education, altitude matched 11 cases of normal volunteers underwent whole brain scan, and 3D-T1 structural images were acquired. Then we used the VBM method compared the whole brain GM differences between CMS group and normal controls. Results:Compared with the control group, increased GM volumes was found in the right lingual gyrus, right posterior cingulate, bilateral parahippocampa gyrus, left ilferior temporal gyrus in CMS group and we also found reduced GM volumes in left anterior cingulated. Conclusions:Based on magnetic resonance structural images, the VBM method could objectively display the volume changes of speciifc brain areas in CMS patients and revealed the impact of altitude hypoxia on brain structure from the perspective of imaging.