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- Keywords children;cataract;multiquadrant hydrodissection;lenses;artifact; 儿童;白内障;多象限水分离;晶体;人工;
- multiquadrant hydrodissection 多象限水分离
- Objective To compare the effects of the traditional hydrodissection and nuclear hydrodissection. 目的比较传统水分离术和核内水分离术在晶状体摘出术中的疗效。
- Results With nuclear hydrodissection method,the reserve of lens cortex and the capacity of NS are least. 结果 核内水分离法，晶状体皮质残留最少，玻璃体腔内注水量也最少。
- Abstract Objective To compare the effects of the traditional hydrodissection and nuclear hydrodissection. 摘要 目的 比较传统水分离术和核内水分离术在晶状体摘出术中的疗效。
- Both groups have the solution in the capsule bag for 1 minister after hydrodissection. 对照组术中应用平衡盐溶液作水分离,水分离液作用于囊袋内1min。
- Objective To investigate the inhibitive effect of arsenic trioxide(As2O3) used in hydrodissection on posterior capsule opacification(PCO) in rabbits and its intraocular toxicity. 目的探讨术中水分离时应用三氧化二砷(As2O3)对兔后发性白内障的抑制作用及对兔眼的毒性作用。
- Conclusions Nuclear hydrodissection is able to become a new way to excise lenses.It is possible to be used in excising transparency lenses of high myopia. 结论核内水分离法可能成为新的摘出透明晶状体的方法，有望在高度近视透明晶状体摘出术中应用。
- Results Rotated-chipping technique was successfully completed in 46 of 50 eyes (92%), unsuccessful cases were related to shallow anterior chamber and incomplete hydrodissection. 结果50只眼中，46只眼成功完成旋转切削，未成功者与浅前房及水分离不充分等有关。
- Keywords 5-fluorouracil;secondary cataract;hydrodissection; 氟尿嘧啶;后发性白内障;水分离;
- Keywords arsenic trioxide;posterior capsule opacification;hydrodissection;rabbit;toxicity; 三氧化二砷;后囊膜混浊;水分离;兔;毒性;
- Experimental study on using arsenic trioxide in hydrodissection to inhibit the posterior capsule opacification and its intraocular toxicity in rabbit 水分离时应用三氧化二砷抑制兔眼后囊膜混浊及其眼内毒性的实验研究
- hydrodissection 水分离术
