国际眼科杂志
國際眼科雜誌
국제안과잡지
INTERNATIONAL JOURNAL OF OPHTHALMOLOGY
2007年
4期
925-928
,共4页
多焦视觉诱发电位%视神经病变
多焦視覺誘髮電位%視神經病變
다초시각유발전위%시신경병변
optic nerve disease%multifocal visual evoked potential
目的:探讨多焦视觉诱发电位在视神经病变诊断中的应用价值.方法:对15例视神经病变患者行常规眼科视力、裂隙灯检查、眼底检查、Goldmann眼压测定、眼底荧光血管造影、视野和mfVEP检查.对受检者双眼mfVEP检查的波形结果进行相互比较,并与视野检查结果进行相互比较及对应一致性分析.结果:在所有视神经病变眼均检测到明显的mfVEP波形改变,其与视野的改变具有对应一致性.部分视神经病变眼局部mfVEP波形改变同视野改变略有差别.结论:mfVEP在视神经病变的诊断中具有独特的优势,有望成为一种视神经病变诊断的新方法.双眼间比较有助于发现单眼局部的视神经损害.
目的:探討多焦視覺誘髮電位在視神經病變診斷中的應用價值.方法:對15例視神經病變患者行常規眼科視力、裂隙燈檢查、眼底檢查、Goldmann眼壓測定、眼底熒光血管造影、視野和mfVEP檢查.對受檢者雙眼mfVEP檢查的波形結果進行相互比較,併與視野檢查結果進行相互比較及對應一緻性分析.結果:在所有視神經病變眼均檢測到明顯的mfVEP波形改變,其與視野的改變具有對應一緻性.部分視神經病變眼跼部mfVEP波形改變同視野改變略有差彆.結論:mfVEP在視神經病變的診斷中具有獨特的優勢,有望成為一種視神經病變診斷的新方法.雙眼間比較有助于髮現單眼跼部的視神經損害.
목적:탐토다초시각유발전위재시신경병변진단중적응용개치.방법:대15례시신경병변환자행상규안과시력、렬극등검사、안저검사、Goldmann안압측정、안저형광혈관조영、시야화mfVEP검사.대수검자쌍안mfVEP검사적파형결과진행상호비교,병여시야검사결과진행상호비교급대응일치성분석.결과:재소유시신경병변안균검측도명현적mfVEP파형개변,기여시야적개변구유대응일치성.부분시신경병변안국부mfVEP파형개변동시야개변략유차별.결론:mfVEP재시신경병변적진단중구유독특적우세,유망성위일충시신경병변진단적신방법.쌍안간비교유조우발현단안국부적시신경손해.
· AIM:To determine whether the multifocal visual evoked potential (mfVEP) can be used as a clinical method to assess the patients with optic nerve disease.· METHODS: Fifteen patients with optic nerve disease were examined in this study. All patients underwent visual acuity examination, slit-lamp inspection, ophthalmoscopy, Goldmann perimeter, fundus fiuorescein angiography, visual field and mfVEP. Although these patients with unilateral optic nerve damage,data from both eyes were included in the analysis.· RESULTS:In all patients the visual fields defect was demonstrated on the mfVEP and showed good correspondence in location of the scotoma. However, we also found some slight difference between visual field and mfVEP. In some locations, when the local visual fields were normal, mfVEP showed that its amplitude reduced. In reverse, when the local mfVEP seemed normal, visual field showed abnormity.· CONCLUSION:Multifocal visual evoked potential could be used as a clinical diagnosis option in patients with optic nerve disease. Local monocular damage to the optic nerve can be measured by an interocular comparison of the mfVEP.