Cotlier E, Fagadau W, Cicchetti D V
Trans Ophthalmol Soc U K (1962). 1982;102 Pt 3:416-22.
Loss of transparency in the human lens can be documented by a variety of methods including: (a) slit lamp photography with or without corrections for depth of focus; (b) retroillumination photography alone or coupled to densitometry; (c) high resolution targets projected into the eye and visualized by an ophthalmoscope; (d) drawings and/or measurements of lens opacities; (e) visual acuity determinations after visualization of the macular area and complete eye examination. The advantages and practical uses of each method were reviewed with reference to its value in determining the progression of cataracts in humans. Diabetes accelerates cataract development as determined from graphic plots of cataracts classified after surgical extraction vs the patient's age. Using similar methods high aspirin dosages administered through many years were found to decelerate cataract progression. Drugs for preventing development of diabetic cataracts in animals include inhibitors of aldose reductase or glycosylation such as sulindac (Clinoril), sorbinil or aspirin.
人类晶状体透明度的丧失可以通过多种方法记录,包括:(a) 有或没有对焦深度校正的裂隙灯摄影;(b) 单独的后照光摄影或与密度测定相结合;(c) 投射到眼睛中并用检眼镜观察的高分辨率目标;(d) 晶状体混浊的绘图和/或测量;(e) 在观察黄斑区和完成眼部检查后测定视力。每种方法的优点和实际用途都根据其在确定人类白内障进展中的价值进行了综述。根据手术摘除后分类的白内障与患者年龄的关系图确定,糖尿病会加速白内障的发展。使用类似方法发现,多年服用高剂量阿司匹林可减缓白内障进展。用于预防动物糖尿病性白内障发展的药物包括醛糖还原酶抑制剂或糖基化抑制剂,如舒林酸(奇诺力)、索比尼尔或阿司匹林。