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Slowing Myopia Progression in Children: Proven Options

Myopia control treatments — orthokeratology (overnight contact lenses), low-dose atropine eye drops, and multifocal soft contact lenses — have clinical evidence for slowing nearsightedness progression in children. Spending more time outdoors is also evidence-linked. A pediatric ophthalmologist or optometrist with myopia control experience can recommend the best approach.

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Lena Park, PNP — Pediatric Nurse Practitioner

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Why does slowing myopia progression matter?

Myopia (nearsightedness) in childhood is not simply a prescription that needs glasses — it is associated with physical changes in the length of the eye. As the eye elongates to become more myopic, the risk of certain serious eye conditions increases, including retinal detachment, glaucoma, and macular changes. These risks are meaningfully higher with high myopia (typically defined as -6.00 diopters or more) [1, 2].

This is the core reason why myopia control has become an area of active clinical interest: slowing how fast myopia progresses during childhood may reduce the final degree of myopia reached in adulthood, and with it, the lifetime risk of those complications. Myopia tends to progress fastest between ages 8 and 14, making early intervention the most impactful 1.

What is orthokeratology (OrthoK)?

Orthokeratology — often called OrthoK or corneal reshaping therapy — uses specially designed rigid gas-permeable contact lenses that the child wears only at night while sleeping. The lenses gently reshape the cornea overnight, so the child has clear vision during the day without needing glasses or daytime contacts.

Beyond correcting daytime vision, orthokeratology has shown consistent evidence of slowing axial eye elongation (the physical growth of the eye that drives increasing myopia) compared to standard glasses or contact lenses [1, 2]. It is typically used for children roughly 8 years and older who have a stable cooperative temperament for contact lens care and whose parents are committed to the required lens hygiene.

Orthokeratology lenses are fitted and monitored by ophthalmologists or optometrists with specific training in the technique.

Low-dose atropine eye drops

Atropine is a medication that has been used in ophthalmology for many years. At very low concentrations (0.01% to 0.05%), applied as a nightly eye drop, atropine has been shown to slow myopia progression in children, with fewer visual side effects (such as light sensitivity and near-vision blur) than higher concentrations used historically 1.

Low-dose atropine is currently off-label in the United States for myopia control, meaning it has not received FDA approval specifically for this use — but ophthalmologists do prescribe it in clinical practice. Families should be aware that it requires compounding (preparation by a compounding pharmacy), and long-term use requires regular monitoring for any effects on the lens or retina.

A Gale pediatrician can discuss the general picture, but the prescription and monitoring for atropine specifically belong with a pediatric ophthalmologist or optometrist experienced in myopia management.

Multifocal soft contact lenses and specialty spectacle lenses

Several soft contact lens designs have been developed and studied for myopia control. These are daytime lenses — not reshaping lenses — that use optical strategies (defocus or multiple zones) to slow eye elongation. Evidence has accumulated over the past decade showing that certain designs reduce myopia progression compared to standard single-vision contact lenses [1, 2].

Specialty spectacle lens designs (not standard glasses) have also been studied. Some commercially available designs have shown promising results in slowing progression. This is an area of ongoing development.

For families who are not ready for contact lenses, specialty glasses may be an accessible starting point. For families comfortable with daytime contacts, soft myopia-control lenses may fit naturally into a child's routine.

Time outdoors: a simple, evidence-linked recommendation

Increased time spent outdoors has been associated with a lower risk of developing myopia and, in some studies, slower progression in children who are already myopic. The mechanism is not fully established — it may relate to exposure to bright light and its effect on retinal signaling [1, 2].

Most recommendations suggest two or more hours of outdoor time per day. This is broadly healthy for children in many ways and carries no downside. It is not a replacement for active myopia control treatment when a child is already progressing rapidly, but it is a reasonable daily habit to encourage alongside treatment.

How to decide which approach is right

Myopia control is not one-size-fits-all. Factors that influence the choice include:

  • The child's current degree of myopia and how quickly it has been progressing
  • Age and predicted years of remaining progression
  • Comfort with contact lenses and family commitment to lens care
  • Refractive error pattern (some approaches work best within certain prescription ranges)
  • Insurance coverage and cost, since many myopia control options are not covered by standard vision plans

A pediatric ophthalmologist or an optometrist with a practice focus on myopia control is the right specialist to evaluate your child and recommend an approach. A Gale pediatric clinician can also discuss broader eye health and refer your child to the appropriate specialist 2.

Common questions

At what age can myopia control treatment start?

Most myopia control interventions have been studied in children roughly 6–18 years old. Orthokeratology is often started at age 8 or older; atropine drops can be used in younger children under ophthalmologic supervision. The specific age range depends on the child and the treatment.

Will my child need to use myopia control treatments forever?

Myopia control treatments are typically used during the years when myopia is progressing — usually until the late teenage years when progression tends to stabilize. The goal is to reduce the final prescription reached in adulthood, not necessarily to continue treatment into adulthood.

Can reducing screen time slow myopia progression?

Prolonged near work — including screens — has been studied as a risk factor for myopia development and progression, though the evidence is less definitive than for outdoor time. Limiting continuous near work and encouraging regular breaks is reasonable, but replacing medical myopia control treatments with screen reduction alone is not well-supported for children already progressing.

Is myopia control covered by insurance?

Coverage varies widely. Standard glasses and contact lenses for distance correction are often covered, but specialty myopia-control lenses, orthokeratology, and compounded atropine drops are frequently not. It is worth asking the prescribing office and your vision insurance plan directly.

Talk to a clinician

Lena Park, PNP — Pediatric Nurse Practitioner

kids & teens — sick visits, checkups. Gale can match you with a licensed clinician for a visit.

Find care →

When to seek prompt care for your child's vision

  • —Sudden change in your child's vision between regular exams
  • —Your child complaining of eye pain or headache with vision changes
  • —Flashes of light, a curtain or shadow in vision, or sudden increase in floaters (these are retinal warning signs)
  • —A dramatic change in how quickly your child's prescription is worsening

Flashes of light, a sudden shadow or curtain across vision, or a sudden worsening of vision should be evaluated the same day by an eye doctor — these can be signs of retinal problems. Call the ophthalmologist's office; if unavailable, go to urgent eye care or an emergency department.

This article is for general education. It does not constitute medical advice and is not a substitute for evaluation by a licensed eye care provider. A Gale pediatric clinician can discuss your child's broader eye health; myopia control treatment should be directed by a pediatric ophthalmologist or optometrist experienced in myopia management.

References

  1. 1.Hutchinson AK, Morse CL, Hercinovic A, Cruz OA, Sprunger DT, Repka MX, Lambert SR, Wallace DK; American Academy of Ophthalmology Preferred Practice Pattern Pediatric Ophthalmology/Strabismus Panel (2023). Pediatric Eye Evaluations Preferred Practice Pattern. Ophthalmology. doi:10.1016/j.ophtha.2022.10.030 ✓Myopia progression risks including retinal detachment and glaucoma from high myopia; evidence for orthokeratology, atropine drops, and outdoor time in slowing childhood myopia progression
  2. 2.Jacobs DS, Afshari NA, Bishop RJ, Keenan JD, Lee J, Shen TT, Vitale S; American Academy of Ophthalmology Preferred Practice Pattern Refractive Management/Intervention Panel (2023). Refractive Errors Preferred Practice Pattern. Ophthalmology. doi:10.1016/j.ophtha.2022.10.031 ✓Clinical framework for myopia management, multifocal soft contact lens designs for myopia control, and specialty spectacle lenses in children and adults

2 sources, numbered by first appearance. General health information, not medical advice — synthetic demonstration content.