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弱视治疗新进展 II: 。

New advances in amblyopia therapy II: .

机构信息

Wilmer Eye Institute, Johns Hopkins University, Baltimore, Maryland, USA.

Department of Ophthalmology and Visual Sciences, Washington University School of Medicine, St. Louis, Missouri, USA

出版信息

Br J Ophthalmol. 2018 Dec;102(12):1611-1614. doi: 10.1136/bjophthalmol-2018-312173. Epub 2018 Jun 5.

Abstract

The treatment of anisometropic or ametropic amblyopia has traditionally enjoyed a high treatment success rate. Early initiation and consistent use of spectacle correction can completely resolve amblyopia in a majority of patients. For those with anisometropic amblyopia that fail to improve with glasses wear alone, patching or atropine penalisation can lead to equalisation of visual acuity. However, successful treatment requires full-time compliance with refractive correction and this can be a challenge for a patient population that often has one eye with good acuity without correction. Other barriers for a select population with high anisometropic  or ametropic amblyopia include rejection of glasses for various reasons including discomfort, behavioural or sensory problems, postural issues and visually significant aniseikonia. When consistent wear of optical correction proves difficult and patching/atropine remains a major obstacle, surgical correction of refractive error has proven success in achieving vision improvement. Acting as a means to achieve spectacle independence or reducing the overall needed refractive correction, refractive surgery can offer a unique treatment option for this patient population. Laser surgery, phakic intraocular lenses and clear lens exchange are three approaches to altering the refractive state of the eye. Each has documented success in improving vision, particularly in populations where glasses wear has not been possible. Surgical correction of refractive error has a risk profile greater than that of more traditional therapies. However, its use in a specific population offers the opportunity for improving visual acuity in children who otherwise have poor outcomes with glasses and patching/atropine alone.

摘要

传统上,治疗屈光不正性或屈光不正性弱视的成功率很高。早期开始并持续使用眼镜矫正可以使大多数患者的弱视完全治愈。对于那些仅通过戴眼镜无法改善的屈光参差性弱视患者,遮盖或阿托品压抑可以使视力均等化。然而,成功的治疗需要全时遵守屈光矫正,对于那些通常有一只视力良好的眼睛而无需矫正的患者群体来说,这可能是一个挑战。对于一些选择高屈光参差性或屈光不正性弱视的患者群体来说,其他障碍包括由于各种原因拒绝戴眼镜,包括不适、行为或感觉问题、姿势问题和明显的不等像。当持续佩戴光学矫正眼镜证明困难且遮盖/阿托品仍然是一个主要障碍时,屈光手术已被证明在改善视力方面取得了成功。作为实现眼镜独立或减少整体所需屈光矫正的一种手段,屈光手术可以为这一患者群体提供独特的治疗选择。激光手术、有晶状体眼人工晶状体和透明晶状体置换是改变眼睛屈光状态的三种方法。每种方法都有记录在案的成功改善视力的案例,特别是在那些无法戴眼镜的人群中。屈光手术矫正屈光不正的风险比更传统的治疗方法更大。然而,在特定人群中使用它为那些仅通过戴眼镜和遮盖/阿托品治疗效果不佳的儿童提供了改善视力的机会。

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