查询词典 cornea

YMF: Yes, because ultraviolet rays from the sun damage the cornea, the lens and even the retina.

答： 对，来自太阳的紫外线会伤害你的眼睛的角膜，晶体甚至视网膜。

Improved Feulgen staining and image analysis were used to study the DNA content of rabbit cornea and lens epithelial cells which were irradiated with 0,10,20,30Gy 60Co γ-ray on day 3,15,30,90,180 after irradiation.

利用改良Feulgen染色和图像分析技术对不同剂量6 0 Coγ射线(0、 10、 2 0和 30Gy)和照后不同时间(3、 15天和 1、 3、 6个月)的兔眼角膜和晶体上皮细胞的DNA含量进行了定量分析。

Objective: To study the effect of EMP on optical system of dogs irradiated with EMP, and to observe microscopically the pathological changes in their cornea, lens and retina.

目的 ：通过电磁脉冲辐照成年犬，长期动态观察角膜、晶状体及视网膜的病理变化，探讨EMP对视觉系统的影响。

Myopia, hyperopia, and astigmatism are all caused by an imperfectly shaped eyeball, cornea, or lens.

近视、远视及散光都是由于眼球、角膜或水晶体变形引起的。

While wavelengths in the UV radiation range are largely absorbed by the cornea and lens, the retina is exposed to visible light, including blue light.

虽然波长的紫外线辐射范围主要是吸收了角膜和晶状体，视网膜暴露于可见光，包括蓝色光。

Eye is one of the main target organs of microwave. Microwave has effects on visual system primarily involving cornea, lens and retina.

眼睛是微波作用于人体的一个重要靶器官，微波对眼睛的损伤涉及角膜、晶体、视网膜等，它可造成晶状体混浊，视网膜神经元变性、坏死。

ABSTRACT:OBJECTIVE To observe pollutive status of Acanthamoeba in drinking water and study the rela-tion between that and pollution of acanthamoeba in cornea contact lens preservation box.

摘要］ ［目的］观察饮用水的棘阿米巴污染情况，研究其与角膜接触镜保存盒棘阿米巴污染的关系。

ABSTRACT:OBJECTIVE To observe pollutive status of Acanthamoeba in drinking water and study the rela-tion between that and pollution of acanthamoeba in cornea contact lens preservation box.

导读：［目的］观察饮用水的棘阿米巴污染情况，研究其与角膜接触镜保存盒棘阿米巴污染的关系。

Sharp, clear vision is the result of light rays passing through the cornea, pupil and lens and focusing directly upon the retina.

锐利，清晰的目标是通过角膜，瞳孔，晶状体和视网膜之上，主要致力于通过光线直接结果。

The human eye is enormously complicated - a perfect and interrelated system of about 40 individual subsystems, including the retina, pupil, iris, cornea, lens and optic nerve.

人类的双眼是极其复杂的-一个完美的和相互关联的系统，大约有40个不同的子系统，包括视网膜，瞳孔，虹膜，角膜，晶状体和视神经。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。