中华耳科学杂志
中華耳科學雜誌
중화이과학잡지
Chinese Journal of Otology
2015年
3期
511-515
,共5页
朱新%黄志纯%张萍萍%刘斌%张光玉
硃新%黃誌純%張萍萍%劉斌%張光玉
주신%황지순%장평평%류빈%장광옥
单侧感音神经性聋%默认网络%静息态%功能磁共振
單側感音神經性聾%默認網絡%靜息態%功能磁共振
단측감음신경성롱%묵인망락%정식태%공능자공진
unilateral sensorineural hearingloss%Default Mode Network%resting-state%Functional magnet-ic resonance
目的:研究单侧感音神经性聋患者默认网络的活动,观察聋人默认网络与正常人之间的变化。方法选择单侧感音神经性聋患者34例(左、右聋各17)以及17例性别、年龄和教育程度相匹配的正常听力对象作为对照组,进行静息态功能磁共振扫描,所得数据经过处理得到分别以默认网络中各脑区为种子点的功能连接图,并进行组内和组间分析。结果同正常控制组相比,耳聋组的默认网络各脑区均呈现了增强的功能连接,并且左侧耳聋表现了更为显著的变化。结论单侧长期感音神经性聋患者在静息状态下存在脑默认网络的功能连接的异常,表明耳聋患者默认网络发生了功能重组。
目的:研究單側感音神經性聾患者默認網絡的活動,觀察聾人默認網絡與正常人之間的變化。方法選擇單側感音神經性聾患者34例(左、右聾各17)以及17例性彆、年齡和教育程度相匹配的正常聽力對象作為對照組,進行靜息態功能磁共振掃描,所得數據經過處理得到分彆以默認網絡中各腦區為種子點的功能連接圖,併進行組內和組間分析。結果同正常控製組相比,耳聾組的默認網絡各腦區均呈現瞭增彊的功能連接,併且左側耳聾錶現瞭更為顯著的變化。結論單側長期感音神經性聾患者在靜息狀態下存在腦默認網絡的功能連接的異常,錶明耳聾患者默認網絡髮生瞭功能重組。
목적:연구단측감음신경성롱환자묵인망락적활동,관찰롱인묵인망락여정상인지간적변화。방법선택단측감음신경성롱환자34례(좌、우롱각17)이급17례성별、년령화교육정도상필배적정상은력대상작위대조조,진행정식태공능자공진소묘,소득수거경과처리득도분별이묵인망락중각뇌구위충자점적공능련접도,병진행조내화조간분석。결과동정상공제조상비,이롱조적묵인망락각뇌구균정현료증강적공능련접,병차좌측이롱표현료경위현저적변화。결론단측장기감음신경성롱환자재정식상태하존재뇌묵인망락적공능련접적이상,표명이롱환자묵인망락발생료공능중조。
Objective To study activity differences of the Default Mode Network between patients with long-term unilateral sensorineural hearing loss and normal individuals. Methods Resting-state fMRI scanning was performed in 34 patients with long-term unilateral sensorineural hearing loss (left side=17 and right side=17) and in 17 normal hearing subjects, with matched age, gender and level of education. The functional connec-tion diagram based on seed points of various brain regions in the Default Mode Network was acquired by pro-cessing obtained fMRI data, and compared within and between the patient and normal control groups. Results Compared with the control subjects, patients with long-term unilateral sensorineural hearing loss (USNHL) pre-sented increased functional connectivity in the default mode network, with more significant changes observed in the left USNHL group. Conclusion The default mode network in the patients with long-term unilateral senso-rineural hearing loss shows enhanced functional connectivity, implying functional reorganization in the cortex in response to hearing loss.