slit lamp

1. Objective: To summarize perioperative nursing measures of patients undergoing corneal foreign body removal under slit lamp.
   总结裂隙灯下角膜异物剔除术病人的围术期护理措施。
2. Methods All the patients were examined by a slit lamp and ophthalmoloscope before and after operation.
   方法全部患者术前术后裂隙灯显微镜，眼底镜检查。
3. The diagnosis of ARN was made by clinical symptoms, slit lamp and indirect ophthalmoscope examination.
   所有患者均经临床症状、裂隙灯显微镜以及间接检眼镜检查明确临床诊断。
4. Conclusion: To strengthen the perioperative nursing for patients undergoing corneal foreign body removal under slit lamp is guarantee of successful operation.
   加强裂隙灯下角膜异物剔除术的围术期护理是手术成功的保证。
5. Please sit down at the slit lamp, so I can examine your eyes.
   请坐到裂隙灯下，我检查一下您的眼睛。
6. Please sit at the slit lamp, look straight, blink, again, look up please, let me push the lens, good, we are finished.
   请坐到裂隙灯前面，向前看，请眨眼，再眨一次，向上看，让我用手指来推推镜片，很好，查完了。
7. The change of urine glucose and body weight were monitored and transparence of lens was observed by slit lamp biomicroscope weekly.
   每周监测大鼠尿糖、体重的变化，并在裂隙灯下观察大鼠晶状体混浊的进展；
8. During the follow up, the appearance of eyelid and the corneal irritation symptoms were observed, and the corneal epithelium was observed under slit lamp.
   术后随访检查指标包括眼睑的形态、角膜刺激症状及裂隙灯下观察角膜上皮等。
9. 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.
   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。
10. Methods To dynamic research the corneal change of the time stages after wasp sting with slit lamp microscope.
    方法在裂隙灯显微镜下，动态观察黄蜂蜇伤后角膜各个时间段的变化情况。
11. Methods: Analysis was performed on 48 cases checked by way of ophthalmoscope and slit lamp microscope retrospectively.
    方法：对48只眼玻璃体积血的超声图像进行回顾性分析、研究。所有患眼出血情况有检眼镜和裂隙灯检查确定。
12. By refitting the photographic optical circuit of traditional slit lamp and replacing the original analog camera with digital camera, higher clearness digital images can be obtained in this system, when recording the enlarging images in different dimensions.
    系统通过改造传统裂隙灯生物显微镜的摄像光路，用数码相机取代普通光学相机，记录不同尺寸的放大图象，从而获得高清晰度数码图象。
13. Change of lens were recorded weekly by using slit lamp microscope camera during STZ model group, SM eyedrop group and contrast group.
    实验分为STZ模型组、丹参滴眼组和空白对照组，每周裂隙灯显微镜照相机记录晶状体变化。
14. MAIN OUTCOME MEASURES: The coupling efficiency between slit lamp microscope and laser, in vitro photosensitivity of photosensitizer and their biological effects at the irradiated area.
    主要观察指标：裂隙灯显微镜和激光器的耦合效率，光敏剂体外光敏性以及照光部位的生物学效应。
15. After surgery, rejection index ( RI) and the survival time of the corneal grafts were recorded using a slit lamp microscope.
    术后用裂隙灯显微镜观察记录移植排斥反应指数（RI）并判断移植片存活时间。
16. The patients were observed by in vivo slit scanning confocal microscope and slit lamp microscope after surgery and followed up for 1~ 7 months.
    术后利用共焦显微镜和裂隙灯显微镜进行观察，随访1～7个月。
17. Visual acuity, corneal epithelial rehabilitation under slit lamp, amnion and new vessels growth were observed during the follow up of 3~ 24 month.
    术后观察患者视力，裂隙灯检查角膜上皮修复情况，观察羊膜成活情况及新生血管长入情况。随访观察3~24个月。
18. CONCLUSIONS: The slit lamp microscope CCD and computer image analysis system could be used in biopsy of ocular anterior segment and in quantitative immediate measure and analysis, and this was one of objective methods examining quantity of opacity of lens.
    结论：裂隙灯摄像与计算机图像分析系统可用于对活体眼前节的检查与实时定量检测分析，是晶状体混浊程度定量检查不可缺少的客观手段之一。
19. Research of with eye anterior segment analysis system slit lamp microscope
    裂隙灯眼前节分析系统的研究
20. We investigated the healing of corneal ulcer and improvement of stromal edema with slit lamp biomicroscope, the integrity of corneal defect with fluorescein staining, the migration of healthy corneal epithelial cells and transformation of amniotic membrane with confocal microscopy.
    裂隙灯显微镜观察角膜溃疡愈合和基质水肿消退情况，荧光素钠染色观察角膜上皮的愈合情况，共焦显微镜检查角膜上皮和羊膜的转归情况。
21. The development of a slit_lamp fluorophotometer Research on Slit Lamp Bio-Microscope Image Analysis System
    裂隙灯生物显微镜图像分析系统的研制
22. We observed the growth condition of corneal new vessels CNV by slit lamp microscope at day 7 14 and 28 after alkali burn.
    分别于碱烧伤后第7,14,28天，用裂隙灯显微镜观察兔角膜新生血管的生长情况。
23. Objective To quantify aqueous flare and cells in the eyes of patients with inflammation of anterior uvea by FC-2000 laser flare cell meter ( LFCM), and to compare these results with those obtained with slit lamp microscopy.
    目的探讨激光蛋白细胞检测仪定量测定前葡萄膜炎患者房水闪辉和炎性细胞的临床应用价值。
24. Observing anterior segment via slit lamp microscope is a common measure in ophthalmological diagnoses.
    利用裂隙灯显微镜观察眼前节是眼科诊断中常用的检查手段，但长期以来存在着数据获取、保存和共享上的困难。
25. Corneal recovery was evaluated through slit lamp microscope and histopathological observation, image analysis of burn spot, determination of corneal OD, and MTT method. Group difference was evaluated 7 and 14 days after therapy.
    通过裂隙灯显微镜与病理组织学观察、烧伤斑图像分析、角膜光密度值测定和MTT法检测损伤后角膜的恢复情况，比较治疗后7、14天各组的差异。
26. Optical interface can complete the laser transmission through the slit lamp microscope and the spot regulation.
    光学接口能够完成激光通过裂隙灯显微镜的传输和光斑的调节。
27. Corneal edema, endothelial surface and the changes of KP were recorded by Slit lamp microscope.
    裂隙灯显微镜常规检查，记录角膜水肿的范围、内皮面KP及皱褶等的变化。

noun

1. (ophthalmology) a lamp that emits a narrow but intense beam of light that enables an ophthalmologist, using a microscope, to view the retina and optic nerve