Study of the ocular damage mechanism plays a crucial role in the laser medical treatment and to formulate laser protection standard.
激光伤眼机制的研究对激光医疗、激光防护标准的制定有重要意义。
Objective to find out the ocular surface toxic damage condition after using topical anesthetics.
目的了解表面麻醉剂对眼表面毒性损伤的情况。
Conclusion Persistent ocular hypotony led to the damage of the retinal structure and function.
结论持续性低眼压能造成视网膜的结构损伤和功能下降。
Conclusions Diabetes can cause lacrimal gland, corneal and conjunctival tissue damage, which is the pathological foundation of the diabetic ocular surface disease.
结论糖尿病导致的泪腺、角膜、结膜等眼组织破坏是糖尿病性眼表病变的病理基础。
It suggests that ACP (with other lysosomal enzymes) may play an important role in the retinal damage after acute ocular hypertension.
提示ACP(及其他溶酶体酶)可能在急性高眼压后的视网膜损伤过程中起重要作用。
Objective to investigate the damage of persistent ocular hypotony to the structure and function of retina.
目的探讨持续性低眼压对视网膜结构和功能的影响。
Objective to investigate the damage of persistent ocular hypotony to the structure and function of retina.
目的探讨持续性低眼压对视网膜结构和功能的影响。
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