Indiana University, School of Optometry, Bloomington, Indiana.
Essilor International, Paris, France.
Optom Vis Sci. 2023 Nov 1;100(11):751-760. doi: 10.1097/OPX.0000000000002076.
Recently, novel refraction technology allows subjective refractions to be performed with a higher-resolution. It is unclear, however, if these benefits are noticed and appreciated by the patient during the examination and after dispensing.
This study investigated benefits and drawbacks of high-resolution refraction technology over standard, specifically in terms of the refraction, glasses prescription, and participant's perceptions of the technology.
Sixty progressive-addition-lens wearers (aged 35 to 70 years) and 60 single-vision wearers (18 years or older) were randomized to a high-resolution refraction (Vision-R 800; Essilor Instruments, Dallas, TX; essilorinstrumentsusa.com ) and standard refraction in a 2-week crossover dispensing design. Refractive results were converted to M, J0, and J45 and analyzed using multivariate t tests. Bayesian estimation was used to analyze differences between refraction type and age group for subjective outcomes.
Differences in refractive error between the two refractions were small, and none differed statistically ( P > .05) or clinically (e.g., <0.25 D) in either subgroup. Visual acuities at distance and near were better than 0.00 logMAR; none of the mean differences between the refractions reached statistical or clinical (e.g., <0.10 D) significance. Participants significantly preferred the high-resolution refraction for its quickness and efficiency, improved comfort, and less stress. Bayesian analysis indicated a 76% probability that participants had higher confidence in the high-resolution refraction, 93% probability that they would seek it out for their care, and 94% probability that they would recommend an optometrist using this technology.
Refractive and acuity endpoints were similar with the high-resolution and standard refraction. Participants, however, perceived several key benefits of the high-resolution refraction and prescription for their care, the care of their friends/family, and the practice itself.
最近,新型折射技术可实现更高分辨率的主观折射。然而,尚不清楚这些优势是否能在检查和配镜后被患者注意到和欣赏。
本研究旨在调查高分辨率折射技术相对于标准技术的优势和劣势,特别是在折射、眼镜处方以及参与者对技术的看法方面。
60 名渐进多焦点镜片佩戴者(年龄 35 至 70 岁)和 60 名单光镜片佩戴者(18 岁或以上)被随机分为高分辨率折射(Vision-R 800;Essilor Instruments,达拉斯,TX;essilorinstrumentsusa.com)和标准折射组,采用 2 周交叉配镜设计。将折射结果转换为 M、J0 和 J45,并使用多元 t 检验进行分析。采用贝叶斯估计分析两种折射类型和年龄组之间主观结果的差异。
两种折射之间的屈光误差差异较小,在任何亚组中均无统计学差异(P>.05)或临床差异(例如,<0.25 D)。远距和近距视力均优于 0.00 logMAR;两种折射之间的平均差异均无统计学或临床意义(例如,<0.10 D)。参与者明显更喜欢高分辨率折射,因为其快速高效、舒适度提高和压力降低。贝叶斯分析表明,参与者对高分辨率折射的信心提高了 76%,有 93%的可能性会寻求该技术进行自身护理,有 94%的可能性会推荐使用该技术的验光师。
高分辨率和标准折射的屈光和视力终点相似。然而,参与者认为高分辨率折射及其处方在他们自己、他们朋友/家人的护理以及实践本身方面具有几个关键优势。