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Axial length generally increases during childhood and then stabilizes. Once fully grown, the eye's axial length does not usually shorten. Treatments for myopia control slow progression rather than reverse axial length. Natural reduction of axial length is uncommon.
read more about axial lenght reduction ...Most interventions aim to control the rate of elongation in children. Adults rarely experience meaningful decreases. Accurate measurement helps monitor progression. Research continues on ways to influence long-term stability.
It rarely decreases once the eye is mature.
Most treatments slow growth instead of reversing it.
Longer eyes often have higher myopia.
It is measured using optical biometry.
Genetics and environmental factors like near work influence axial length. Rapid growth in childhood contributes to myopia development.
Once the eye has grown, axial length cannot be physically reduced. Treatments focus on slowing further elongation in children and teens, such as orthokeratology, low-dose atropine drops and specialized contact lenses.
Increasing axial length increases the risk of high myopia, which is associated with complications like retinal detachment, glaucoma and myopic macular degeneration.