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首页> 外文期刊>Journal of vision >Using experimental models to understand emmetropization and inform clinical treatments for myopia control
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Using experimental models to understand emmetropization and inform clinical treatments for myopia control

机译:使用实验模型了解屈光并为近视控制提供临床治疗方法

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The increasing prevalence of myopia observed around the world has led to estimates that half of the total population may be affected by 2050. This creates both a significant financial impact because of the cost of care and a serious public health risk because of the known association between myopia and vision-threatening conditions including several retinal pathologies, glaucoma and even cataract. The chances of developing one of these conditions increases with increasing myopia. Fortunately, there are now several evidence-based treatments using lenses or drugs known to reduce significantly the progression of myopia and the increase in axial eye length, which appears to be the principal factor responsible for associated retinal pathologies.
机译:在全球范围内观察到的近视患病率不断上升,据估计,到2050年,可能有总人口的一半受到影响。由于护理成本的原因,这既造成重大的财务影响,又由于已知的两者之间的联系而造成严重的公共健康风险近视和威胁视力的疾病,包括几种视网膜病变,青光眼甚至白内障。随着近视度数的增加,出现这些疾病之一的机会也增加。幸运的是,现在有几种使用眼镜或药物的循证疗法,可以显着减少近视的进展和眼轴长度的增加,这似乎是造成相关视网膜病变的主要因素。

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