vep的例句大全

Twenty-nine eyes of primary open angle glaucoma ( POAG ) were tested with patternreversal VEP ( PR-VEP ).

29只原发性开角型青光眼行图象反转视觉诱发电位 ( PR-VEP ) 检查.

Results A double peak waveform of VEP was found in some AD patients.

结果部分AD患者VEP形成双峰,AEP趋向低而宽大.

No significant difference was found in examination of F-ERG and P-VEP before and after operation.

手术前后视网膜电流图(F-ERG)和视觉诱发电位(P -VEP )无显著性差异.

Conclusion F-ERG , P-VEP and EOG in patients with RP reveal characteristic changes.

结论RP患者的F -ERG 、 P-VEP和EOG都 有不同程度的特有改变.

The relation ship between the latent period of VEP and vision improvement were observed.

观察vep潜伏期缩短与视力提高的关系.

Methods : VEP examinations was conducted in 40 eyes traumatic neuropathy and recorded amplitude of P 100 latency.

方法应用VEP检测临床诊断为外伤性视神经病变40眼,记录P100潜时和振幅的情况.

Objective : To explore the applied value of VEP in early diagnosis of Multiple Sclerosis ( MS ).

目的: 探讨视觉诱发电位对 多发 性硬化 症 早期诊断的应用价值.

Objective To evaluate the effect of visual evoked potential ( VEP ) in patients of traumatic optic neuropathy.

目的评价视觉诱发电位 ( VEP )在外伤性视神经病变诊断治疗中的作用.

Conclusion VEP is an useful method for the diagnosis of traumatic optic neuropathy.

结论VEP应用对外伤性视神经病变的诊断、预后、指导治疗及伤情鉴定等具有一定的临床价值.

Objective To study the relation between the visual evoked potential ( VEP ) and subjective vision.

目的旨在探讨受检者视觉诱发 电位 的检查结果与其主观视力的相互关系.

Design of Multi-channel EEG Collection System for Stereoscopic VEP and Study of the VEP Evoked by Binocular Disparity

多导体视诱发脑电采集系统设计及视差深度诱发电位研究

The characters of the depth related VEP evoked by binocular disparity were identified after analysing and comparing the VEP superposition results.

通过立体视觉深度相关脑诱发电位提取及比较分析，对深度相关的特征视觉诱发电位发放进行了标定。

System of Examination and Treatment of Amblyopic Eyes Based on P-VEP Technology

基于P-VEP技术的弱视检查与治疗系统的研制

Conclusion ( 1) it is feasible to use chromatic VEP for examining congenital color vision deficient, especially for red green blindness and deuteranopia.

结论（1）颜色视觉诱发电位客观地检查先天性色觉异常是可行的，对红绿色盲和绿色盲尤为敏感。

The amplitude of P-VEP is very small and it is easily interfered by electrocardio and myoelectric.

但是动物P-VEP信号的振幅很小，极易受到心电、肌电的干扰而难于记录。