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MyopiaTracker Clinical Team

Best Myopia Treatments Ranked by What Actually Works
2026 Evidence-Based Guide

Short answer: The strongest myopia-control choices are not ranked by one number alone. Spectacle lenslets, dual-focus soft contacts, orthokeratology, and low-dose atropine all have evidence, but the right interpretation depends on age, baseline myopia, axial length, follow-up duration, adherence, country availability, and whether the study population resembles the child in front of you.

For clinicians: See the detailed RCT comparison with AL endpoints, study populations, and study duration. MiSight vs Stellest → · Atropine outcomes →
RCT
Prioritize randomized axial-length evidence over marketing claims or isolated short-term findings
~75%
Maximum achievable efficacy: combination therapy (modeled multiplicative estimate, capped)
Now
When to start, per IMI 2025 — at diagnosis, not when progression becomes "fast enough"

All treatment options ranked by efficacy

TreatmentAL reduction vs untreatedKey trialMin age / notes
Combination therapy †~68% (modeled)Multiplicative modelAny age; stacks two modalities
Stellest® HAL lenses~67% at 2 yearsBao et al. 2022School age; worn ≥12hr/day
Atropine 0.05%~58% at 3 yearsLAMP (Yam et al. 2019)Any age; compounded drops
MiSight® 1 day~55% at 3 yearsChamberlain et al. 2019FDA-approved age 8–12
MiyoSmart® DIMS~52% at 2 yearsLam et al. 2020School age; spectacle lenses
Orthokeratology~50% (meta-analysis)Multiple RCTsFrom ~age 7; overnight lenses
Atropine 0.025%~45% at 2 yearsLAMP (Yam et al. 2019)Any age; compounded drops
Atropine 0.01%~30% at 2 yearsATOM2 (Chia et al. 2012)Any age; fewest side effects
Outdoor time (≥2hr/day)~18% onset reductionWu et al. 2018All ages; less effect once established

† Combination therapy efficacy is a modeled composite (multiplicative, capped at 75%). No single RCT directly validates a specific combination at these figures. Efficacy values represent change in axial elongation vs untreated control at ~2-year endpoints. Individual outcomes vary. Treatment availability and regulatory approval vary by country.

2026 evidence update: A U.S. randomized trial published in JAMA Ophthalmology adds important evidence for highly aspherical lenslet spectacle lenses in children aged 6–12. The practical takeaway is not “one lens wins.” It is that spectacle-lens myopia control is becoming a mature category, and clinicians should track the exact product, patient age, baseline prescription range, follow-up duration, and axial-length endpoint when comparing studies.

Do not compare treatments by efficacy percentage alone

A 50–60% efficacy value can mean different things depending on the trial design. MyopiaTracker should treat every evidence claim as a structured clinical context, not a single headline number.

Evidence fieldWhy it matters
Age rangeA result in children aged 6–12 should not automatically be applied to preschoolers or young adults.
Baseline SER / ALMild, moderate, and high-myopia cohorts may respond differently.
EndpointAxial length, cycloplegic SER, adherence, rebound, and discontinuation answer different clinical questions.
Study durationShort-term biometric signals are hypothesis-generating; multi-year follow-up is stronger for treatment planning.
Regulatory geographyA product available internationally may not be approved or indicated the same way in the United States.

Choosing the right treatment

Under age 8 — or contact lens not suitable

Stellest® or MiyoSmart® spectacle lenses, or atropine 0.01–0.025% drops. No contact fitting required. Atropine can be added to spectacle lenses for additive effect.

Age 8–12, moderate progression

MiSight® (FDA-approved) or Stellest® are the leading options. MiSight requires daily contact lens handling; Stellest requires wearing the lenses ≥12 hours per day for full effect.

Fast progression at any age

Combination therapy — typically orthokeratology or MiSight® plus atropine. Produces the highest achievable efficacy. Consider if single-modality treatment is insufficient.

Prefers no daytime lenses

Orthokeratology — worn only overnight, providing glasses-free daytime vision. Requires nightly lens care and fitting by an experienced OD.

What about LASIK?

LASIK corrects vision but does not slow progression or reduce axial length. It is not a myopia management treatment and is generally recommended only after myopia has stabilised (typically not before age 21). See Is LASIK safe for myopia?

When to start

The IMI 2025 consensus: at diagnosis, not when progression becomes "fast enough." Every year of fast progression without intervention is permanently added to lifetime axial length and cannot be recovered.

See projected outcomes for your child's data

Enter age and axial length measurements. Get all 9 treatment modalities projected to age 18 — side by side — based on your child's actual growth rate.

Compare all treatments →

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Sources: Bao J et al. JAMA Ophthalmol. 2022;140(1):16–24 · Chamberlain P et al. Optom Vis Sci. 2019;96(8):556–567 · Yam JC et al. Ophthalmology. 2019;126(1):113–124 · Chia A et al. Ophthalmology. 2012;119(2):347–354 · Lam CSY et al. Lancet. 2020;396(10240):70–77 · U.S. HAL spectacle-lens RCT, JAMA Ophthalmology 2026 · IMI 2025 Digest

This page is for educational purposes and does not constitute medical advice. MyopiaTracker is a decision-support tool — not a diagnostic device. MiSight® is a registered trademark of The Cooper Companies. Stellest® is a registered trademark of Essilor International. MiyoSmart® is a registered trademark of Hoya Corporation. Treatment availability and regulatory approval vary by country. Consult a qualified optometrist or ophthalmologist for personalised advice.