中国神经精神疾病杂志
中國神經精神疾病雜誌
중국신경정신질병잡지
CHINESE JOURNAL OF NERVOUS AND MENTAL DISEASES
2014年
12期
721-725
,共5页
陈建淮%姚志剑%秦姣龙%赵可%阎锐%花玲玲%卢青
陳建淮%姚誌劍%秦姣龍%趙可%閻銳%花玲玲%盧青
진건회%요지검%진교룡%조가%염예%화령령%로청
偏执型精神分裂症%弥散张量成像%大脑结构网络%连接强度
偏執型精神分裂癥%瀰散張量成像%大腦結構網絡%連接彊度
편집형정신분렬증%미산장량성상%대뇌결구망락%련접강도
Paranoid Schizophrenia%Diffusion Tensor Imaging%Brain Structural%Network Strength
目的:探讨男性偏执型精神分裂症患者与男性正常对照者脑白质结构加权网络节点连接强度属性值的异同,分析患者不同脑区的连接纤维受损情况及其与病程的关系。方法对25例男性偏执型精神分裂症患者及26例男性对照者进行弥散张量成像扫描(diffusion tensor imaging,DTI),利用解剖学自动标记(auto?mated anatomical labeling,AAL)模板将大脑划分为90个区域,采用确定性纤维追踪(fiber assignment by continu?ous tracking,FACT)方法进行纤维追踪,构建脑白质结构加权网络。结果患者组右侧丘脑(P=0.03,校正后)、右侧颞横回(P=0.04,校正后)连接强度属性值较对照组下降。患者组右侧丘脑连接强度属性值与病程呈负相关(r=-0.45,P=0.03)。结论男性偏执型精神分裂症患者连接纤维受损的脑区主要位于丘脑和颞叶;同时,丘脑连接纤维的损害与病程有关。
目的:探討男性偏執型精神分裂癥患者與男性正常對照者腦白質結構加權網絡節點連接彊度屬性值的異同,分析患者不同腦區的連接纖維受損情況及其與病程的關繫。方法對25例男性偏執型精神分裂癥患者及26例男性對照者進行瀰散張量成像掃描(diffusion tensor imaging,DTI),利用解剖學自動標記(auto?mated anatomical labeling,AAL)模闆將大腦劃分為90箇區域,採用確定性纖維追蹤(fiber assignment by continu?ous tracking,FACT)方法進行纖維追蹤,構建腦白質結構加權網絡。結果患者組右側丘腦(P=0.03,校正後)、右側顳橫迴(P=0.04,校正後)連接彊度屬性值較對照組下降。患者組右側丘腦連接彊度屬性值與病程呈負相關(r=-0.45,P=0.03)。結論男性偏執型精神分裂癥患者連接纖維受損的腦區主要位于丘腦和顳葉;同時,丘腦連接纖維的損害與病程有關。
목적:탐토남성편집형정신분렬증환자여남성정상대조자뇌백질결구가권망락절점련접강도속성치적이동,분석환자불동뇌구적련접섬유수손정황급기여병정적관계。방법대25례남성편집형정신분렬증환자급26례남성대조자진행미산장량성상소묘(diffusion tensor imaging,DTI),이용해부학자동표기(auto?mated anatomical labeling,AAL)모판장대뇌화분위90개구역,채용학정성섬유추종(fiber assignment by continu?ous tracking,FACT)방법진행섬유추종,구건뇌백질결구가권망락。결과환자조우측구뇌(P=0.03,교정후)、우측섭횡회(P=0.04,교정후)련접강도속성치교대조조하강。환자조우측구뇌련접강도속성치여병정정부상관(r=-0.45,P=0.03)。결론남성편집형정신분렬증환자련접섬유수손적뇌구주요위우구뇌화섭협;동시,구뇌련접섬유적손해여병정유관。
Objective To explore the differences in the strength of the nodes in the brain white matter weighted networks between the male patients with paranoid schizophrenia and male healthy controls, and to analysis the integrity of the white matter fiber tracts that connected to the different brain regions and its relationship with the course of disease. Methods Diffusion tensor imaging (DTI) data were obtained from 25 male patients with paranoid schizophrenia and 26 male healthy controls. The whole brain was parcellated into 90 regions by using the anatomical label map. Tractography was performed in the whole brain of each subject to reconstruct white matter tracts using the FACT algorithm. The brain white matter weighted networks were then constructed using the complex network theory. Results The strength of the nodes in the networks of schizophrenia significantly decreased in the right thalamus (P=0.03, corrected) and the right hes?chl gyrus (P=0.04, corrected). Negative correlation was found between the strength of the right thalamus and the course of disease (r=-0.45, P=0.03). Conclusion The integrity of the white matter fiber tracts connected to the thalamus and tem?poral lobes in the male paranoid schizophrenia is impaired. The lesion of fiber tracts connected to the thalamus is related with the course of disease.