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Axial length increases in myopia because the eye grows longer than normal. This elongation causes light to focus in front of the retina instead of on it. Growth is influenced by genetics, environment, and visual habits. Childhood is the period when axial elongation is most active.
read more about axial lenght increase explanation ...Near-focused activities, limited outdoor time, and family history contribute to elongation. The sclera and surrounding tissues gradually stretch. Myopia control treatments slow this growth. Regular monitoring tracks how quickly axial length changes.
Genetic and environmental factors influence elongation.
Extended near activity is linked with faster growth.
No, treatments slow progression but do not reverse length.
Growth usually slows in late teens.
Myopia develops when the eye grows too long relative to its focusing power. Genetic predisposition and visual habits like prolonged near work and lack of outdoor time contribute to axial elongation.
Prolonged near tasks may signal the eye to grow longer. Encouraging children to spend more time outdoors and take breaks during close work may help slow myopia progression.
Interventions such as low-dose atropine drops, orthokeratology lenses, multifocal contact lenses and increasing outdoor time have been shown to slow axial growth in children.