Hönekopp Astrid, Weigelt Sarah
Department of Rehabilitation Sciences, Research Unit Vision, Visual Impairments & Blindness, TU Dortmund University, Dortmund, Germany.
Clin Ophthalmol. 2023 Sep 19;17:2737-2760. doi: 10.2147/OPTH.S420631. eCollection 2023.
With the increasing prevalence of myopia, evaluating its relationship with objective light exposure as a potential adjustable environmental factor in myopia development has been an emerging research field in recent years. From a thorough literature search, we identify ten wearable light meters from human studies on light exposure and myopia and present an overview of their parameters, thereby demonstrating the wide between-device variability and discussing its implications. We further identify 20 publications, including two reanalyses, reporting investigations of light-myopia associations with data from human subjects wearing light meters. We thoroughly review the publications with respect to general characteristics, aspects of data collection, participant population, as well as data analysis and interpretation, and also assess potential patterns regarding the absence or presence of light-myopia associations in their results. In doing so, we highlight areas in which more research is needed as well as several aspects that warrant consideration in the study of light exposure and myopia.
随着近视患病率的不断上升,评估其与客观光照暴露之间的关系作为近视发展中一个潜在的可调节环境因素,已成为近年来一个新兴的研究领域。通过全面的文献检索,我们从关于光照暴露与近视的人体研究中识别出十款可穿戴式光度计,并概述其参数,从而展示设备间的巨大差异并讨论其影响。我们进一步识别出20篇出版物,包括两项重新分析,这些出版物报告了对佩戴光度计的人类受试者数据进行的光照与近视关联调查。我们全面审查了这些出版物的一般特征、数据收集方面、参与者群体以及数据分析和解释,并评估了其结果中光照与近视关联存在或不存在的潜在模式。在此过程中,我们强调了需要更多研究的领域以及在光照暴露与近视研究中值得考虑的几个方面。