Abstract

Eye diseases such as myopia, hyperopia, astigmatism, and cataract are have affected most people at home and abroad for many years. With the development of science and technology, people who wear glasses are now younger, and they are on the rise over time. This paper is to explore the visual function after the implantation of continuous visual range human cocrystal micromonocular vision in both eyes of the patient. On this basis, the latest visual sensor technology is used to conduct clinical research on the operation, a case-control study is performed on the patient's eyes, followed by intraocular lens insertion surgery, one eye is hemitrope and the other eye has a certain degree of intraocular lens inserted, and it is recorded within a period of time after the operation. According to the analysis of the experimental results, the patient's naked eye and corrected distance vision is (t = 2.102, P = 0.049), middle distance vision (t = 1.403, P = 0.200), and near vision (t = 1.463, P = 0.216). After the operation, the ratio of patients taking off glasses 91.8%. After the continuous visual range intraocular lens micromonocular vision design, it can well correct the patient's near and far vision of the naked eye of both eyes.

Highlights

  • Nowadays, people’s use of eyes is getting higher and higher, coupled with not paying attention to eye protection, leading to more and more occurrences of various eye diseases such as myopia, hyperopia, and astigmatism

  • With the development of ophthalmic medicine, modern researchers have applied monocular vision in the treatment of ocular diseases, and it has been widely used in patients clinically

  • One eye was treated squarely according to the normal operation, and the other eye was implanted with a corresponding intraocular lens according to a certain diopter after the operation

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Summary

Introduction

People’s use of eyes is getting higher and higher, coupled with not paying attention to eye protection, leading to more and more occurrences of various eye diseases such as myopia, hyperopia, and astigmatism. Monocular vision refers to a refractive state in which one eye sees the distance. A new type of contact lens can be designed for elderly patients to facilitate their use in life. It provides patients with very satisfactory far and near vision. With the development of ophthalmic medicine, modern researchers have applied monocular vision in the treatment of ocular diseases, and it has been widely used in patients clinically. One eye was treated squarely according to the normal operation, and the other eye was implanted with a corresponding intraocular lens according to a certain diopter after the operation. After the intraocular lens implantation operation, the patient is tracked and observed, and the actual postoperative situation of the patient is recorded and fed back

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