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Acceleration of Myopic Shifts in Refraction and Axial Elongation Begins in the Premyopia Stage

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Analysis shows accelerated myopic shifts in children, suggesting public health interventions can delay premyopia onset.

Myopic shifts in refraction begin early in children as young as seven years, particularly affecting those with hyperopia.
Children with starting spherical equivalent greater than +1.00 D show increased risks of accelerated myopia.
Observational analysis across multiple participants in the Guangzhou Twin Eye Study highlights key age-specific trends in refraction.
Public health interventions may be crucial to managing childhood vision, preventing early onset of myopia.

Cai et al. (2025) studied this question.

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View Full Paper

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Authors

Analysis shows accelerated myopic shifts in children, suggesting public health interventions can delay premyopia onset.

Myopic shifts in refraction begin early in children as young as seven years, particularly affecting those with hyperopia.
Children with starting spherical equivalent greater than +1.00 D show increased risks of accelerated myopia.
Observational analysis across multiple participants in the Guangzhou Twin Eye Study highlights key age-specific trends in refraction.
Public health interventions may be crucial to managing childhood vision, preventing early onset of myopia.

Cai et al. (2025) studied this question.

View Full Paper

Ask AI

Bookmark