Double effects of red light on the development of myopia

Jia Huang , Bai-chuan Jiang , Ren-yuan Chu , Xiao-mei Qu
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Abstract

Color vision is known to play an important role in the discrimination and perception of object characteristics. More recently, there are a few trials found that red light stimulation was related with the development of myopia, though the mechanism is unclear. We assume that red light has two effects on the development of myopia. Individuals who are more sensitive to red light tend to develop myopia under white illumination and are unlikely to be myopic under red light: red light can help to inhibit the progress of myopia. By contrast, individuals who are equal sensitive to red light and green light are susceptible to be myopia under red light and keep stable refraction under white light. Thus whether red light illumination leads to myopia depends on the relative sensitivity of L and M cones. If confirmed, this hypothesis may lead to the formulation of new pathogenesis and new therapeutic approaches to myopia.

红光对近视发展的双重影响
色觉在辨别和感知物体特征方面起着重要的作用。最近,有一些试验发现,红光刺激与近视的发展有关,尽管其机制尚不清楚。我们假设红光对近视的发展有两种影响。对红光比较敏感的人在白光下容易近视,而在红光下则不太可能近视:红光有助于抑制近视的发展。而对红光和绿光同样敏感的个体在红光下容易近视,在白光下保持稳定的屈光度。因此,红光照射是否导致近视取决于L和M视锥细胞的相对灵敏度。如果得到证实,这一假设可能会导致制定新的发病机制和新的治疗方法的近视。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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