矫正老花眼的药物疗法。

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引用次数: 0

摘要

全世界有 17 亿至 20 亿人受到老花眼的影响。老花眼严重影响了发达国家和发展中国家的生产力和生活质量。在调节过程中,人眼会通过改变晶状体的形状来改变其屈光度,但这种变化的确切性质尚未得到充分解释。最近,市场上出现了治疗老花眼的外用疗法,其他疗法也在研究之中。为了编写这些新型疗法的综述,我们搜索了主要的生物医学搜索引擎。我们发现有 15 项随机临床试验和 12 篇综述符合我们的综述标准。为此,有两种不同的策略,一种是增加焦距深度的针孔效应,另一种是 "晶状体松弛",其中使用了副交感神经模拟物和晶状体氧化中间产物。虽然这些研究的随访时间较短,但在改善近视力方面的效果普遍良好。这些都是处于早期研究阶段的新策略,可用于治疗老花眼。
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Pharmacological treatments for the correction of presbyopia

Presbyopia affects between 1.7 and 2 billion people worldwide. Presbyopia significantly impacts productivity and quality of life in both developed and developing countries. During accommodation, the human eye changes its dioptric power by altering the shape of the lens, but the exact nature of this change has not been fully explained. Recently, topical treatments have been marketed for the treatment of presbyopia and others are under investigation.

In order to prepare a review of these novel therapies, we searched the major biomedical search engines. We found 15 randomized clinical trials and 12 reviews that met our review criteria. There are two different strategies for this purpose, the pinhole effect that increases depth of focus and “crystalline lens relaxation” for which parasympathetic mimetics and lens oxidation intermediates have been used. The results are generally favorable in terms of improvement of near visual acuity, although the follow-up period of the studies is short. These are novel strategies in the early stages of research that could be useful in the treatment of presbyopia.

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