Why early myopia control matters
Childhood myopia is increasing worldwide and is appearing at younger ages. Beyond the need for glasses, progressive myopia significantly increases the risk of serious eye diseases later in life.
Both genetic predisposition and environmental factors — including prolonged near work and excessive screen use — contribute to its development.
Modern ophthalmology focuses not only on correcting vision but on slowing the progression of myopia.
What is myopia and why is it a concern?
Myopia occurs when the eye grows too long or when light focuses in front of the retina, causing blurred distance vision.
⇨ High myopia increases the lifetime risk of:
- Retinal detachment
- Myopic maculopathy
- Glaucoma
- Early cataract
For this reason, childhood myopia is now considered a progressive medical condition that requires active management.
International consensus on myopia management
The World Society of Paediatric Ophthalmology and Strabismus has published international guidelines recommending structured, evidence-based myopia control strategies.
Key recommendations include:
- Early diagnosis
- Regular follow-up
- Evidence-based interventions
- Monitoring axial length growth
The goal is to reduce long-term risk, not simply prescribe glasses.
Evidence-Based Strategies for Myopia Control
Today, several interventions have been shown to slow the progression of myopia in children. Some of these approaches specifically reduce axial elongation — the excessive growth of the eye — which is a key factor associated with future ocular complications.
1. Myopia Control Spectacle Lenses
Clinical studies have shown that specially designed spectacle lenses can slow myopia progression and axial elongation compared to standard single-vision lenses. This technology continues to evolve and is now available for higher prescriptions as well.
2. Multifocal or Specialized Contact Lenses
Certain contact lenses are designed to modify how light focuses inside the eye. These optical designs have been associated with slower myopia progression in selected patients. However, each case must be carefully assessed on an individual basis.
3. Low-Dose Atropine
International consensus statements and scientific studies recognize low-dose atropine as a safe and effective option for slowing myopia progression in children. When prescribed and monitored by an ophthalmologist experienced in myopia management, it can form part of a personalized treatment plan.
4. Visual and Environmental Habits
Lifestyle changes also play an important role. Increasing time spent outdoors and reducing prolonged screen use or near-vision activities are associated with slower progression rates. For this reason, family education is an essential component of effective myopia control.
Myopia Control Protocol: What Does It Involve?
Effective childhood myopia management includes:
✔️ Regular follow-up visits
Check-ups every 3–6 months are recommended to monitor changes in prescription and axial length.
✔️ Objective measurements
Beyond refraction testing, ocular biometry and structural measurements are essential to determine whether myopia is progressing significantly.
✔️ Personalized treatment plan
Not all children progress at the same rate. Treatment should be tailored according to age, speed of progression, family history, and the child’s tolerance to different interventions.
This structured clinical approach aligns with the most up-to-date international recommendations.
Myopia Control Protocol: What Does It Involve?
Effective childhood myopia management includes:
✔️ Regular follow-up visits
Check-ups every 3–6 months are recommended to monitor changes in prescription and axial length.
✔️ Objective measurements
Beyond refraction testing, ocular biometry and structural measurements are essential to determine whether myopia is progressing significantly.
✔️ Personalized treatment plan
Not all children progress at the same rate. Treatment should be tailored according to age, speed of progression, family history, and the child’s tolerance to different interventions.
This structured clinical approach aligns with the most up-to-date international recommendations.
Childhood Myopia Control in Girona
At Oftalis, we provide a structured myopia control program that includes:
- Comprehensive ophthalmological examination
- Ocular biometry to monitor axial elongation
- Evidence-based treatment assessment
- Personalized follow-up
Each treatment plan is adapted to the specific needs of every child, ensuring a rigorous and individualized medical approach.
📍 We are a reference center in the Girona region for childhood myopia management.
Frequently Asked Questions (FAQs)
❓ What does myopia control in children mean?
Myopia control means applying strategies designed to slow progression, with the goal of reducing how quickly the prescription increases and lowering future ocular risks. It involves structured monitoring and evidence-based treatments.
❓ When should myopia control begin?
Management should start as soon as myopia is diagnosed, especially if it appears at an early age or progresses rapidly.
❓ Is reducing screen time really important?
Yes. Several studies show that spending more time outdoors and limiting prolonged near-vision activities are associated with slower myopia progression.
❓ Which treatments actually work?
Scientific studies and international consensus support the effectiveness of:
- Myopia control spectacle lenses
- Advanced contact lenses
- Low-dose atropine
These treatments can help reduce progression in children.
❓ Can myopia be cured?
There is currently no definitive cure for myopia. However, its progression can be slowed with appropriate treatment and consistent clinical monitoring.
Final Thoughts
Childhood myopia is a progressive condition that requires an active approach. Simply prescribing glasses is not enough. Early intervention, structured monitoring, and evidence-based treatment are essential.
✨ Every diopter slowed today means less risk tomorrow.
If you suspect your child may have myopia or notice rapid progression, consult a specialist. Early intervention can make a meaningful difference.