Conclusion LASIK is a safe and effective method in myopia correction, but attentions should be paid to those complications.
结论LASIK治疗近视安全、有效，但存在许多并发症，应引起重视。
All the year round confrontation, can make an eye movement sensitivity, to cataract and pannus, and correction of myopia, hyperopia.
终年对峙，可使眼睛运转灵敏，去内障外翳，兼能矫正近视、远视。
The model not only can be applied to the correction of refractive errors such as myopia and astigmatism, but also can be used in wavefront guided laser refractive surgery.
模型有较强的通用性，适用于传统仅矫正屈光不正(近视、远视、散光)的光学区模型，也适用于波前像差引导的激光眼屈光手术。
The world, each person's eyes are the one and only, so you should enjoy the advanced customization myopia brought by ICL correction scheme, this is a perfect visual experience.
世界上，每一个人的眼睛都是独一无二的，因此你应享受由icl带来的高级定制近视矫正方案，这是一场完美的视觉体验。
Objective to analyse and evaluate the therapeutic effects of laser in situ keratomileusis (LASIK) for correction of high degree myopia.
目的分析准分子激光原位角膜磨镶术(LASIK)对高度近视的疗效。
OBJECTIVE to investigate the effectiveness and safety of laser subepithelial keratomileusis (LASEK) for the correction of intense myopia.
目的探讨准分子激光上皮瓣下角膜磨镶术(LASEK)治疗超高度近视的安全性和有效性。
Conclusions LASEK is an effective and safe refractive surgery for the correction of low to moderate myopia.
结论LASEK是一种安全、有效的治疗中低度近视的屈光手术。
Objective To observe the effect of LASIK for the correction of all degrees of myopia with the eagle excimer laser system.
目的观察鹰视准分子激光系统的LASIK治疗各种屈光度的近视的效果。
Pathologic myopia is usually defined as the need for a spectacle correction of -6 diopters or higher.
病理性近视通常被定义为需要六百度或以上之近视眼镜矫正的近视。
Objective to evaluate the efficacy of laser epithelial keratomileusis (LASEK) and laser in situ keratomileusis (LASIK) for correction of myopia astigmatism.
目的评价准分子激光上皮瓣下角膜磨镶术(LASEK)和准分子激光原位角膜磨镶术(LASIK)对近视散光的治疗效果。
The influence of curvature radius of the front surface of cornea on the ablation depth and result for correction of myopia is analysed in detail.
详细分析了角膜前表面的曲率半径对近视眼消融深度和治疗结果的影响。
The focus is on the correction of vision defects such as myopia, hyperopia, presbyopia, and corneal curvature.
重点在于矫正视力缺陷，例如近视，远视，老花眼和角膜曲率。
Based on the principle of the correction for spherical myopia using small beam laser, our excimer laser corneal surgery system has been able to performs uch refractive surgery.
基于这种激光修正角膜矫正近视的原理，我们研制的准分子激光眼科治疗仪实现了治疗近视。
CONCLUSION: Orthokeratology has the quick, effective, safe, and reversible advantages for myopia, whereas it has certain applicability for correction of myopia.
结论：角膜塑形镜治疗近视具有特有的降低近视度数速度快、效果显著、安全、可逆的优势，但矫正近视度有一定适用范围。
Methods We retrospectively studied the retinal detachment in 17 cases undergoing LASIK for the correction of myopia, observed the clinical characteristics, surgical methods and effects.
方法回顾性分析了我院收治的LASIK术后视网膜脱离17例，观察其临床特点及手术治疗方式及效果。
Objective: to evaluate the efficacy and safety of orthokeratology of correction of myopia lower than - 6.0d.
目的：评价角膜矫形学治疗- 6.0D以下近视的有效性及安全性。
Objective:To evaluate the effectiveness, predictability, and safety of the implantation of angle-supported Phakic anterior chamber intraocular lens(PAC-IOL) for the correction of severe myopia.
目的：探讨有晶体眼房角支撑型前房人工晶体植入治疗高度近视的有效性、预测性和安全性。
Methods: the use of spinal correction fitness, with improved brain eyes insufficiency, physical therapy, eye point massage, the treatment of myopia, amblyopia 111 cases.
方法：使用脊椎矫正健身器，配合改善脑眼供血不足，理疗、眼部穴位按摩，治疗近视、弱视111例。
Methods: the use of spinal correction fitness, with improved brain eyes insufficiency, physical therapy, eye point massage, the treatment of myopia, amblyopia 111 cases.
方法：使用脊椎矫正健身器，配合改善脑眼供血不足，理疗、眼部穴位按摩，治疗近视、弱视111例。
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