R&D, Johnson & Johnson Vision Care, Inc, Jacksonville, FL.
Eye Contact Lens. 2019 Jul;45(4):215-225. doi: 10.1097/ICL.0000000000000566.
To subject a number of commonly held beliefs or areas of confusion in the myopia field to scientific scrutiny.
A collection of statements about myopia are provided with references to demonstrate that a section of the research or clinical community supports the statement. The topics under discussion are reviewed critically with reference to the literature.
The following statements are considered to lack sufficient supporting data to be considered as evidence-based: low-dose (0.01%) atropine slows myopia progression; relative peripheral hyperopia leads to myopia development and progression in children; undercorrection slows myopia progression; percentage treatment effect remains constant with continuing treatment; percentage treatment effect applies across the progression range; hand-held digital devices contribute to the myopia epidemic; more time outdoors slows myopia progression; the impact of outdoor activity on myopia incidence is due to daylight; subclassifications for myopia are effective; and myopia is a condition with a negative dioptric number.
There are many hypotheses proposed to explain phenomena in the myopia field. Caution should be exercised in adopting conjecture until a robust evidence base is provided in support.
对近视领域的一些普遍存在的观点或混淆点进行科学审查。
提供了一系列关于近视的陈述,并附有参考文献,以证明研究或临床界的一部分支持该陈述。参考文献对讨论的主题进行了批判性审查。
以下陈述被认为缺乏足够的支持数据,不能作为循证证据:低浓度(0.01%)阿托品可减缓近视进展;相对周边远视会导致儿童近视发展和进展;矫正不足会减缓近视进展;随着治疗的继续,治疗效果的百分比保持不变;治疗效果百分比适用于整个进展范围;手持数字设备导致近视流行;更多的户外活动时间可以减缓近视进展;户外活动对近视发病率的影响归因于日光;近视的亚分类有效;近视是一种负屈光度的疾病。
有许多假说被提出来解释近视领域的现象。在没有提供强有力的证据支持之前,应该谨慎采用推测。