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- excavation of optic disc 视盘陷凹
- We present a case of 24-year-old male who had melanocytoma of optic disc of right eye. 本文报告一24岁男性右眼罹患视神经盘之黑素细胞瘤。
- The macular involvement in cases of optic disc coloboma seem to have more VA disturbance. 在视神经盘缺损眼睛,范围从仅具光觉到20/20。
- The spasm of the retinal arterioles was relieved, exudation was absorbed, and the edema of optic disc disappeared gradually. 结果:用药6周后患者血压有下降;视网膜小动脉痉挛缓解,渗出吸收,视盘水肿逐渐消退。
- Variable degrees of optic disc changes are found during myopic progression such as tilting, which made the diagnosis of glaucoma become more difficulty. 因近视进行所导致的视神经变化如倾斜等均会使诊断青光眼变得更困难。
- Excavation of the site will begin tomorrow. 明天开始挖掘工作。
- The excavation of the buried city took a long time. 发掘埋在地下的城市花了很长时间。
- The excavation of the bur city take a long time. 发掘埋在地下的城市花了很长时间。
- Physiological excavation of optic papilla 视乳头大生理凹陷
- atrophic excavation of optic disk 萎缩性视神经乳头陷凹
- excavation of optic disk, physiologic excavation 视神经乳头陷凹, 生理性陷窝
- pathologic excavation of optic disk 病理性视神经乳头陷凹
- Since December, the import and export of optical disc manufacturing equipment have been subject to licence. 自去年十二月起,要进口或出口生产光碟的器材,均须领取牌照。
- glaucomatous excavation of optic disk 青光眼性视神经乳头陷凹
- Azo dye is a new class of optical disc medium with high-density recording performance for its remarkable optical and thermal properties within short wavelength region. 偶氮染料在短波区由于具有优良的的光学和热学性质以及光致顺反异构性,既是一类新型高密度可录光盘存储介质,又是一类可望作为可擦写的光盘存储介质。
- physiologic excavation excavation of optic disk 视神经乳头陷凹, 生理性陷窝
- physiologic excavation of optic disk 生理性视神经乳头陷凹
- Congenital anomaly of optic disc 先天性视神经盘异常
- The paper indicates the new development of optical disc storage technology,from CD to VCD and then to DVD,in increasing the disc capacity,speed,and in improving quality. 本文简述光盘存储技术的发展趋向 ,从声音光盘 (CD)至图视光盘(VCD) ,再至数字多用途光盘 (DVD) ,在容量、速率和质量都有显著改进。
- The development of optical disc technology was described in this paper, the emphasis was placed the application of DVD for digitalized TV production of nonlinear editing. 简述了光盘技术的发展,并着重介绍高密度数字多用性光盘(DVD)在数字化电视的非线性编辑制作中的应用前景。