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Study on the Changes of Macular Retinal Thickness in Myopia

机译:近视黄斑视网膜厚度变化的研究

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With the increasing use of eyes at close range, myopia has become a public health problem in many areas. Fundus changes caused by high myopia have become one of the main causes of vision loss. In order to have a deeper understanding of myopia, we need to clarify the characteristics of myopia. In this paper, the retinal tomographic images obtained by optical coherence tomography (OCT) were used to analyze the changes of retinal thickness and retinal boundary morphology of myopia with the myopic diopter. The results showed that the retinal thickness and diopter have the highest correlation in the 2-2.5 mm region of the macula from the nasal side. The retinal thickness in this region was reduced by approximately 3.189 µm per unit of myopic diopter degrees. The subretinal boundary can be modeled by a quadratic function, and the quadratic coefficient decreases with increasing diopter.
机译:随着眼睛越来越多的近距离使用,近视已成为许多领域的公共卫生问题。高近视引起的眼底变化已成为视力丧失的主要原因之一。为了更深入地了解近视,我们需要澄清近视的特征。本文使用光学相干断层扫描(OCT)获得的视网膜断层图像用于分析近视屈光度近视的视网膜厚度和视网膜边界形态的变化。结果表明,视网膜厚度和屈光度在来自鼻侧的黄斑的2-2.5mm区域中具有最高的相关性。该区域的视网膜厚度降低了每单位近视屈光度的3.189μm。子震段界边界可以通过二次函数进行建模,并且二次系数随着越来越多的屈光度而减小。

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