Curative effect comparison of posterior capsule continuous circular capsulorhexis for cataract surgery;
后囊连续环行撕除对白内障摘除术后并发症的疗效观察
Objective To investigate the role of keeping anterior capsule or posterior capsule in lensectomy, vitrectomy and silicone oil tamponade.
目的探讨晶状体玻璃体切除联合眼内硅油填充术中保留前囊或后囊的作用。
Among them 19 eyes were undergone by posterior continuance circular capsulorhexis (PCCC),5 eyes by triangular posterior capsulectomy and 5 eyes by opening window posterior capsul tomy with their lamellas were embed between the inferior optic of IOL and .
目的 评价白内障术中后囊浑浊的处理方法和临床意义。
The study of posterior capsular opacification after cataract surgery-Senile cataractous lens epithelial cells culture.;
白内障术后后囊浑浊发生机制的研究——老年性白内障晶状体上皮细胞的体外培养
Preventing posterior capsule opacification after traumatic cataract surgery——analyzing of again capsulorhexis combining posterior capsulorhexis.;
外伤性白内障防止术后后囊浑浊的研究——二次撕囊联合后囊撕囊的效果分析
The influence of continuous curvilinear capsularhexis and intraocular lens factors on posterior capsule opacification;
环形撕囊及人工晶状体因素对后囊浑浊的影响
ObjectiveAfter cataract is after extracapasular cataract or damaged the lens leading the posterior capsule opacification.
背景与目的后发性白内障是白内障囊外摘出术后或晶状体外伤后形成的晶状体后囊浑浊(posterior capsule opacification，PCO)。
Reasons and treatment of posterior capsule rupture in phacoemulsification;
超声乳化术中晶状体后囊破裂原因与处理
Causes and management of posterior capsule rupture in phacoemulsification for cataracts;
白内障超声乳化术中后囊破裂的原因及处理
Presence of pseudoexfoliation syndrome, nuclear hardness, pupil size, phaco time, effective phaco time, systemic diseases, perioperative complications (capsulorhexis rupture, zonular dialysis, posterior capsule rupture .
假性囊膜剥脱综合症,核硬度,瞳孔大小,超声时间,实际超声时间,系统性疾病,术中并发症(囊膜撕裂,悬韧带断裂,后囊破裂伴玻璃体丢失),IOL植入位置和术后并发症(眼内压变化,粘连形成)作为膜形成的危险因素分析。
Effect of mitomycin C on posterior capsule opacification in rabbit eyes;
丝裂霉素C对后囊混浊防治作用的实验研究
An experimental study of preventing posterior capsule opacification with interferon-γ in rabbit eyes;
γ干扰素防治兔实验性后囊混浊的作用
It can mediate the inducing fibrosis effect of TGF-β_ 1 and play an important role in posterior capsule opacification of lens.
结论TGF-β1能够抑制LEC生长,促进其下游介质CTGF的表达,这可能是后囊混浊形成的一条重要途径。