超声生物显微镜用于眼前节病变的检查。
The ultrasound biomicroscopy (UBM) is mainly used detecting anterior lesions of eye ball.
目的研究继发性瞳孔阻滞性青光眼超声生物显微镜的影像特征。
Objective To study the imaging characteristics of ultrasound biomicroscopy of secondary pupillary block glaucoma.
结论：超声生物显微镜对外伤性睫状体脱离是安全有效的诊断方法。
Conclusion: Ultrasonic biomicroscopy is a safe and efficient technique in the diagnosis of traumatic cyclodialysis.
目的了解超声生物显微镜在重度眼表烧伤早期患者诊疗中的应用及意义。
Objective To study the clinical value of ultrasound biomicroscopy (UBM) in early stage of severe ocular surface burn.
发现高眼压病例行虹膜切除区、前房角及超声生物显微镜等检查，探讨其原因。
Iridectomy zones, anterior Angle and ultrasonic biologic microscopy were carried out on those cases with high IOP.
目的对原发性闭角型青光眼的患者眼结构进行超声生物显微镜(ubm)检查。
Objective To determine the biometric findings of ocular structures in primary Angle closure glaucoma (PACG) through ultrasound biomicroscopy (UBM).
中国第一台生物显微镜，第一台航空摄影仪，第一台电子显微镜等都诞生在这里。
It is also the birthplace of the first Chinese bio-microscope, the first aero photographic apparatus and the first electron microscope.
对比分析了用视频显微镜和普通生物显微镜测试浆纱浆液渗透和被覆的方法和特点。
Two methods and their characteristics in measuring infiltration and covering of yarn sized solution with video microscopy and microscopy projection are compared and analyzed in this paper.
目的：探讨超声生物显微镜(ubm)对钝锉伤性低眼压的临床观察及手术治疗效果的价值。
Objective: To evaluate the value in clinical observance and operation of low-tension eyes after contusion using Ultrasound biomicroscopy (UBM).
目的：应用超声生物显微镜观察急性闭角型青光眼的对侧眼行激光周边虹膜切除术的有效性。
AIM: to observe the efficacy of laser peripheral iridectomy in the fellow eyes of acute angle-closure glaucoma eye by ultrasound biomicroscopy.
对比分析了用视频显微镜、普通生物显微镜、显微投影仪测试异形截面纤维特征参数的方法和特点。
Three methods and their measurement of characteristic parameters of profiled fiber with video microscopy, microscopy and projection are compared and analyzed.
文中介绍了自动调焦装置的工作原理，并给出了技术指标，这种装置能解决中倍数生物显微镜的自动调焦问题。
The working principle is explained and technical performances are also given. This device is especially useful for microscopes with midmagnifying power.
方法利用激光陷阱技术，用激光器、生物显微镜、CCD传感器和计算机图像处理系统构成一套光镊来进行操纵。
Methods we constructed an optical tweezers which consists of a Laser, a microscope, a CCD camera and computer image processing system, and manipulated some cells with the tweezers.
方法用超声生物显微镜观察老年性白内障囊外摘除术及后房型人工晶体植入术后，31例（41只眼）的房角改变。
Methods The changes of anterior chamber angle in 31 cases (41 eyes) with senile cataract were observed with ultrasonic biomicroscopy after ECCE and posterior chamber implantation of IOL.
目的探索眼玻璃体腔内长期硅油填充眼（>3月）的超声生物显微镜影像特征并探讨它在硅油填充眼中的临床应用。
Aim To find out the ultrasound biomicroscopic (UBM) features of long-term silicone oil filled eyes (>3 months) and to discuss about the use of UBM in silicone oil filled eyes.
结果表明，PET纤维具有比PLA纤维更致密的结构，有些PLA纤维横截面上的孔洞或裂缝用生物显微镜就能观察到。
The findings showed that the PET fiber has a more compact structure than that of PLA fiber, and the holes or cracks on the cross sections of PLA fiber may be observed under microscope.
方法对11例临床上疑似睫状环阻滞性青光眼，而经超声生物显微镜检查诊断为瞳孔阻滞性青光眼患者的影像特征进行分析。
Methods 11 cases with pupillary block glaucoma diagnosed by ultrasound biomicroscopy were studied which had been suspected as malignant glaucoma at the beginning.
术前、术后行超声生物显微镜(ubm)、黄斑区光学相干断层成像(oct)、激光蛋白细胞检测仪(LFCM)及常规检查。
Optic coherent topography (OCT), ultrasonic biomicroscopy (UBM) and laser flare cell meter (LFCM) examination were performed before and after operation.
本文就近年来超声生物显微镜（UBM）在眼外伤中的应用作一综述，表明它的应用可为眼外伤的诊断和治疗提供确切的指导作用。
We reviewed articles about application of ultrasound biomicroscopy (UBM) in ocular trauma in recent years and concluded that UBM can play an effective role in diagnosis and treatment of ocular trauma.
超声生物显微镜（UBM）是一种专供眼前段检查的新型超声设备，具有简便、实时、无创等特点，不仅可清楚显示眼前段形态结构，并且可进行定量检测。
Ultrasound Biomicroscopy(UBM)is a new ultrasonic equipment with high-frequency transducer by which structures in the anterior part of eyes can be real-time observed and measured exactly.
一方面，有微小的微生物，只有在显微镜下才能看到它们。
On the one hand, there are tiny microbes and they can only be seen through a microscope.
许多图像简直就像生物的肌理，那些遍布河流和高山的大地，就像是显微镜下的肌肉细胞。
Many of the images are almost biological in their texture, with fields of lakes and and mountains resembling muscle cells under a microscope.
在1832年，浦肯野获得了一台消色差显微镜，于是他开始研究神经组织和其他的生物标本。
Purkinje obtained an achromatic compound microscope in 1832, and began examining nervous tissue and other biological samples.
我不知道这可笑在哪里，但是那些认为可笑的人们一定会想到微生物学家整天对着显微镜研究，而律师天天追着救护车跑。
I don't know the punch line, but rest assured it will have something to do with the microbiologist peering through a microscope, and the lawyer chasing ambulances.
经过在莫西医疗中心为期七周的培训，89名萨满巫医学习了包括微生物理论在内的西医原理，他们参观了手术室，平生第一次看了显微镜：一位上了年纪的女巫医注视着心脏细胞，要求病理学家向她展示一颗“快乐的心”。
They visited operating rooms and peered through microscopes for the first time. Looking at heart cells, one shaman, an elderly woman, asked the pathologist to show her a “happy heart.”
普通显微镜在探测生物材料时，因为电子通过材料不偏转而不易呈像。
Biological material can be difficult to image in ordinary TEMs because electrons pass through it without deflecting.
普通显微镜在探测生物材料时，因为电子通过材料不偏转而不易呈像。
Biological material can be difficult to image in ordinary TEMs because electrons pass through it without deflecting.
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