Commonly Held Beliefs About Myopia That Lack a Robust Evidence Base: 2025 Update.

PURPOSE: To subject a number of areas of contention in the myopia field to evidence-based scrutiny.

METHOD: The 10 topics from our previous review were revisited, and nine new topics were also critiqued with emphasis on the recent peer-reviewed literature.

RESULTS

The following observations were made: 0.01% atropine should not be considered a frontline myopia control treatment; the role of relative peripheral hyperopia in myopia development and progression remains unclear; undercorrection probably does not slow myopia progression; treatment efficacy diminishes with time; percentage is a misleading metric of efficacy; handheld digital devices have not been proven to be myopiagenic; more time outdoors may slow myopic shift to a similar extent in children with and without myopia; daylight is responsible for only part of the impact of outdoor time; all myopia, not just high myopia, carries the risk of visually threatening complications; premyopia is a real condition. Furthermore, myopia may be considered a disease; accommodation lag may be a measurement artifact; adult myopia progression is significant; past progression is a flawed indicator to initiate myopia control; fast progression does not mean nonresponse to treatment; single vision soft contact lenses are not myopiagenic; red light therapy may not be safe; contact lens wear in children may be considered safe; rebound cannot be assessed by comparing progression during and following treatment.

CONCLUSIONS

The myopia field continues to evolve with some conflicts resolved, ongoing areas of confusion, and new uncertainties emerging.