CNV

Conclusion Subsensory retina CNV mainly occur in non-exudative AMD cases and AMD cases with short course.

结论视网膜神经上皮下CNV多发生于非AMD患者及病程早期的AMD患者.

Purpose: The aim of test appropriate rat models of corneal neovascularization ( CNV ) induced by alkali injury.

目的: 探索相对稳定可靠的碱烧伤大鼠角膜新生血管 ( CNV ) 动物模型.

Conclusion The histopathological characteristics of exudative AMD may be related to the manifestations of ICGA.

结论　渗出型AMD患者CNV的 组织病理学特征与ICGA表现具有一定的相关性.

Conclusion ICGA can localize the CNV better and show the border of CNV clearer.

结论ICGA出现 的CNV轮廓较ffa清晰,定位准确.

By all appearances, CNV was rare and always a direct cause of disease.

显然, CNV是罕见的且往往是疾病的直接原因.

FFA combined with OCT is better for detecting the formation and the changes of CNV.

FFA联合OCT可有效检测CNV的形成和变化.

Results ADHD and CD patients presented irregular CNV wavefrom, especi ally CD patients.

结果　ADHD 、 CD波形均有变异,以CD为显著.

Conclusion PCV could be a special type of CNV of exudative AMD.

结论PCV与 湿性AMD不尽 相同,可能是AMD的另一种特殊类型,治疗可能应有所不同,有待于进一步研究.

Method: CNV animal model by Ya laser coagulation in BN rat andobserved by and FFA.

结论: 氩激光光凝可以成功制作BN大鼠CNV动物模型,为CNV防治的研究奠定了基础.

ConclusionMacular CWZ could be a predilection site of CNV in exudative AMD.

结论　黄斑区CWZ可能是渗出型AMD的CNV好发部位.

Vision acuity, fovea thickness and CNV leakage before and after treatment were analyzed.

对比分析治疗前后视力 、 视网膜厚度及脉络膜新生血管(CNV) 病灶渗漏变化情况.

The present study measured CNV on 17 volunteerswith 2000,4000 Hz pure tone.

测试音采用2000、4000H之纯音.

CNV was firstly observed on day 7 after photocoagulation by FFA and histopathology.

光凝后7d,FFA检查 可见光凝区有圆盘状荧光素渗漏.

The incidence of CME was significantly higher in exudative AMD than innon-AMD ( 52.05 % versus 24.32 % )

渗出型AMD患眼黄斑囊样水肿(CME) 的发生率 ( 52.05%)显著高于 非 AMD的CNV患 眼(24.32% ).