检眼镜

这期间，实验眼通过裂隙灯、双目间接检眼镜、ERG和B超观察。

All experimental eyes were examined by slit-lamp 、 biomicroscopy 、 indirect ophthalmoscope 、 B-scan and electroretinography .

方法用激光扫描检眼镜（scanninglaserophthalmoscope，SLO）对20例CSC患者进行无赤光（蓝色光）眼底检查、眼底荧光素血管造影（fundusfluoresceinangiography，FFA）及靛青绿血管造影观察。

Methods 20 cases of CSC were examined by scanning laser ophthalmoscope to perform blue laser beam examination , fundus fluorescein angiography ( FFA ) and indocyanine green angiography .

间接检眼镜光照性视网膜损害&视网膜组织DNA定量变化的研究

Retinal light damage exposed to indirect ophthalmoscopy & retinal tissue DNA study

间接检眼镜不同光照时间对灰兔视网膜电流图a波和b波的影响

The Effects of A-wave and B-wave of Electroretinogram in the Retina of Gray Rabbits by Indirect : Ophthalmoscopy at Different Time of Light Exposure

OPs、眼底荧光血管造影及检眼镜检查三者对糖尿病性视网膜病变的异常检出率依次为67.6%、52.9%和45.1%；

The detected rates of OPs , FFA and funduscopy were 67.6 % , 52.9 % and 45.1 % respectively .

结论FFA能最大限度地发现脉络膜挫伤病灶，尤其是检眼镜下未能发现的微小、隐匿的破裂与出血；能客观地确定损伤部位、层次及程度范围。

Conclusion FFA has unique superiority in diagnosis of choroidal contusion , especially for the small and latent choroidal hemorrhage and rupture .

通过光学断层扫描技术（OCT）的应用，可以发现检眼镜和荧光造影不能发现的黄斑区视网膜下液的存在。

Optical coherence tomography ( OCT ) has shown that residual pockets of subretinal fluid may be present despite being undetectable by both biomicroscopy and fluorescein angiography .

对病程5～20年的186例NIDDM患者，进行眼底荧光血管造影术，同时荧光血管造影术与检眼镜对照，荧光血管造影术阳性率明显高于检眼镜检出率，P＜0.005；

A group of 186 cases with NIDDM of 5 ~ 20 years duration was studied by fluorescein fundus angiography . The results showed that fluorescein angiography positive cases were significantly higher than by ophthalmoscopy ( P < 0.005 ) .

这一方法需要从激光扫描检眼镜（SLO）中获得视网膜图像并对盲点特性进行分析。

A scanning laser ophthalmoscope ( SLO ) image is involved and the function and character of scotometry are analyzed .

A～D组于用药前及用药24h后连续4d分别进行眼压测量、眼前节裂隙灯显微镜及直接检眼镜检查。

In group-A to D , the examination of tonometry , slit-lamp biomicroscopy and direct ophthalmoscope were taken before treatment and 24 hours after the treatment and were repeated everyday for 4 days .

手术后3～24个月进行视力、最佳矫正视力、裂隙灯、视网膜镜、间接检眼镜、荧光素眼底血管造影（FFA）及OCT检查。

Examinations of best-corrected visual acuity , slit-lamp biomicroscopy with fundus contact lens , fundus photography , fundus fluorescein angiography ( FFA ) and OCT were performed on the patients 3 to 24 months after surgery .

记录其性别、胎数（BC）、孕龄（GA）、出生体重（BW）、氧疗时间以及双眼充分散瞳后双目间接检眼镜检查所见的视网膜血管发育情况。

Gender , birth count ( BC ), gestational age ( GA ), birth weight ( BW ), duration of oxygen therapy and vascularization development of posterior and peripheral retina examined by binocular indirect ophthalmoscope after mydriasis were recorded .

HRD模型的临床观察：HRD模型建立后1h，1、3、7、14和28d行直接检眼镜、B型超声和OCT检查；

Clinical observation of HRD model : Direct ophthalmoscope , OCT and ultrasound B-scan were performed 1 hour , 1 , 3 , 7 , 14 and 28 days after HRD was set .

方法回顾分析经直接检眼镜或前置镜检查、荧光素眼底血管造影（FFA）、视网膜电图（ERG）检查确诊的11例黄斑部先天性视网膜劈裂患者20只眼的OCT检查资料。

Methods The data of OCT of 11 patients ( 20 eyes ) with congenital macular retinoschisis diagnosed by direct or preplaced-mirror ophthalmoscopy , fundus fluorescein angiography ( FFA ), and electroretinography ( ERG ) were retrospectively analyzed .

结果42例患者的84只眼中，散瞳直接检眼镜检查、脑脊液检查、视野检查、VEP和MRI检查的阳性检出率分别为36.9%、21.4%、71.4%、83.3%和100%。

Results In 42 patients ( 84 eyes ), the positive detectable rate of examination of direct ophthalmoscope , CSF , visual field , VEP , and MRI was 36.9 % , 21.4 % , ( 71.4 % , and ) 83.3 % respectively .

方法对临床经视力、裂隙灯显微镜检查以及散瞳后检眼镜眼底检查、荧光素眼底血管造影检查诊断为先天性黄斑缺损的患者7例9只眼进行OCT以及彩色眼底照相检查，对比分析OCT图像特征。

Methods Seven patients ( 9 eyes ) with congenital macular coloboma who had been examined by visual acuity determination , slit lamp examination , ophthalmoscope and fluorescein angiography received OCT scan and fundus color photography . The results were retrospectively analyzed .

作者等应用检眼镜，眼底彩色照相和荧光血管造影检查482例IGT和220例正常糖耐量试验健康人的眼底，主要发现视网膜微血管病变和RPE病变。

The authors reported fundus findings in 482 subjects with IGT and in 220 subjects with nor - mal oral glucose tolerance by direct ophthalmoscope , color photography and fundus fluorescein angiography , and discovered mainly two kinds of retinopathy : retinal microangiopathy and RPE lesions .

目前，国内外眼科医生主要使用双目间接检眼镜进行ROP的筛查，它具有立体感、照明强度强、视野宽、成像清晰等特点，被公认为是ROP筛查的金标准和首选检查工具。

At present , domestic and foreign ophthalmologists mainly use binocular indirect ophthalmoscope for ROP screening , it has a three-dimensional feeling , lighting intensity , wide field of vision , clear imaging and so on , ROP screening is recognized as the " gold standard " and preferred checker .

目的观察激光扫描检眼镜（SLO）黄斑光敏度检查在评估特发性黄斑前膜眼视功能中的作用以及黄斑光敏度与中心视力、黄斑中心凹厚度的相互关系。

Objective To observe the effect of scanning laser ophthalmoscope ( SLO ) measuring macular light sensibility on evaluating the visual function in idiopathic epiretinal membrane ( IERM ), and analyze the relationship among the macular light sensibility , central visual acuity , and the thickness of fovea .

激光共聚焦扫描检眼镜在青光眼早期诊断中的应用

Application of confocal scanning laser ophthalmoscopy in early diagnosis of glaucoma

欧堡全景200激光扫描检眼镜在青光眼患者眼底病检查的临床应用

Clinical application of panoramic 200 in checking fundus diseases of glaucoma

应用间接检眼镜直视下手术可大大提高手术成功率。

Accurate tears localization with binocular indirect ophthalmoscope can increase successful rate .

显微镜下视网膜脱离复位手术与直接检眼镜下手术的临床比较

Retinal detachment surgery under microscope and ophthalmoscope : A clinical comparative study

检眼镜检查法提供直接观察血管的唯一机会。

Ophthalmoscopy affords the only opportunity for direct visualization of blood vessels .

特发性黄斑前膜眼黄斑光敏度的激光扫描检眼镜微视野检测

Macular light sensibility in idiopathic epiretinal membrane measured by scanning laser ophthalmoscope

双目间接检眼镜在巩膜扣带术中的应用

Use of binocular indirect ophthalmoscope in scleral buckling surgery

间接检眼镜照射对人眼视网膜的损伤

Retinal injury produced by indirect ophthalmoscope in human eye

在双目间接检眼镜下，大多数眼底疾病可以得到正确的诊断。

Most of ocular fundus diseases can be diagnosed correctly by binocular indirect ophthalmoscope .

双目间接检眼镜在后段玻璃体手术中的应用

Posterior Segment Vitreous Surgery with Binocular Indirect Ophthalmoscope

用扫描激光检眼镜检测正常人中心10°微视野

Measurement of central 10 ° microperimetry in the normal subjects by Scanning Laser Ophthalmoscope