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[三种非衍射型扩展焦深人工晶状体的光学评估]

[ optical assessment of three types of non-diffractive extended depth-of-focus intraocular lenses].

作者信息

Du Q X, Liu X M, Ma W H, Huang Y S

机构信息

Eye Institute of Shandong First Medical University, Qingdao Eye Hospital of Shandong First Medical University, State Key Laboratory Cultivation Base, Shandong Provincial Key Laboratory of Ophthalmology, School of Ophthalmology, Shandong First Medical University, Qingdao 266071, China.

出版信息

Zhonghua Yan Ke Za Zhi. 2024 Jun 11;60(6):494-502. doi: 10.3760/cma.j.cn112142-20240226-00082.

DOI:10.3760/cma.j.cn112142-20240226-00082
PMID:38679584
Abstract

To evaluate the optical performance of three types of non-diffractive extended depth-of-focus (EDoF) intraocular lenses (IOLs). Experimental study. Three Vivity IOLs, three Eyhance IOLs, and three ES60 IOLs were included. The professional optical bench OptiSpheric IOL PRO 2 and an ISO-2 corneal model were applied. The through-focus modulation transfer function (MTF) and predicted visual acuity (logarithm of the minimum angle of resolution) of different spatial frequencies and different focuses under apertures of 3.0 mm and 4.5 mm were recorded. The aspheric monofocal (Tecnis ZCB00), diffractive EDoF (Tecnis Symfony), and trifocus (STF1) IOLs, as well as the lowest visual requirement criteria of EDoF IOLs of American Academy of Ophthalmology served as assessment controls. For the 3.0-mm aperture, the peak value of the MTF was highest with ZCB00, followed by Eyhance, ES60, Vivity, Symfony, and STF1. All experimental non-diffractive EDoF IOLs had two MTF peaks, and the distance between both peaks was longest with Vivity (1.76 D), followed by ES60 (1.43 D) and Eyhance (1.36 D). Among the control IOLs, Symfony had two MTF peaks, and the peak MTF of the intermediate focus was highest. STF1 had three MTF peaks, and the peak MTF of the near focus was highest. For the 4.5-mm aperture, the ranking of the MTF peak of the six types of IOLs was the same as that for the 3.0-mm aperture. Vivity had an increased MTF peak of the distance focus, but a decreased intermediate focus MTF peak, while the MTF peaks of the distance, intermediate, and near focuses in the other IOLs decreased, compared to those for the 3.0-mm aperture. The predicted visual acuity of the distance focus of the three types of non-diffractive EDoF IOLs was all better than 0.0. The predicted visual acuity of the intermediate focus of the Vivity IOL and the ES60 IOL was 0.11 and 0.05 better than that of the Eyhance IOL, respectively. Based on the predicted visual acuity of 0.2, Vivity and ES60 had a depth of focus of at least 0.50 D exceeding ZCB00, while Eyhance had a depth of focus of 0.40 D exceeding ZCB00. In the experiments , the three types of non-diffractive EDoF IOLs exhibited varying degrees of intermediate to near focus optical performance while maintaining distance focus optical performance. The Eyhance IOL showed better distance focus optical performance than ES60 and Vivity IOL. The Vivity IOL and the ES60 IOL showed better depth of focus extensions than the Eyhance IOL and met the lowest visual requirement criteria of EDoF IOLs of American Academy of Ophthalmology.(This article was published ahead of print on the Online-First Publishing Platform for Excellent Scientific Researches of Chinese Medical Association Publishing House on April 29, 2024).

摘要

评估三种非衍射型扩展焦深(EDoF)人工晶状体(IOL)的光学性能。实验研究。纳入了三片Vivity人工晶状体、三片Eyhance人工晶状体和三片ES60人工晶状体。使用了专业光学平台OptiSpheric IOL PRO 2和ISO-2角膜模型。记录了在3.0毫米和4.5毫米孔径下不同空间频率和不同焦点的全聚焦调制传递函数(MTF)以及预测视力(最小分辨角的对数)。非球面单焦点(Tecnis ZCB00)、衍射型EDoF(Tecnis Symfony)和三焦点(STF1)人工晶状体,以及美国眼科学会EDoF人工晶状体的最低视力要求标准作为评估对照。对于3.0毫米孔径,ZCB00的MTF峰值最高,其次是Eyhance、ES60、Vivity、Symfony和STF1。所有实验性非衍射型EDoF人工晶状体均有两个MTF峰值,其中Vivity的两个峰值之间的距离最长(1.76 D),其次是ES60(1.43 D)和Eyhance(1.36 D)。在对照人工晶状体中,Symfony有两个MTF峰值,其中间焦点的MTF峰值最高。STF1有三个MTF峰值,其近焦点的MTF峰值最高。对于4.5毫米孔径,六种人工晶状体的MTF峰值排名与3.0毫米孔径时相同。Vivity的远焦点MTF峰值增加,但中间焦点MTF峰值降低,而与3.0毫米孔径相比,其他人工晶状体的远、中、近焦点MTF峰值均降低。三种非衍射型EDoF人工晶状体的远焦点预测视力均优于0.0。Vivity人工晶状体和ES60人工晶状体的中间焦点预测视力分别比Eyhance人工晶状体好0.11和0.05。基于0.2的预测视力,Vivity和ES60的焦深至少比ZCB00超出0.50 D,而Eyhance的焦深比ZCB00超出0.40 D。在实验中,三种非衍射型EDoF人工晶状体在保持远焦点光学性能的同时,展现出不同程度的中近焦点光学性能。Eyhance人工晶状体的远焦点光学性能优于ES60和Vivity人工晶状体。Vivity人工晶状体和ES60人工晶状体的焦深扩展优于Eyhance人工晶状体,并符合美国眼科学会EDoF人工晶状体的最低视力要求标准。(本文于2024年4月29日在中国医学协会出版社优秀科研在线优先出版平台提前发表)

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