Myopia, commonly known as short-sightedness, is increasing rapidly among children worldwide and has become a major public health concern. Children with progressive myopia are at a higher risk of developing future eye complications such as retinal detachment, myopic macular degeneration, glaucoma, and early cataract, especially in cases of high myopia. Early identification of children at risk is therefore important to slow progression and protect long-term eye health.
Myopia risk assessment is not limited to checking spectacle power alone. A detailed evaluation helps identify children who are more likely to develop rapid myopia progression based on genetic, environmental, and ocular factors. At Reform Vision Myopia Services, the assessment process is designed to provide early detection, personalized monitoring, and evidence-based myopia management for children and young adults.
Several factors are known to increase the risk of myopia progression, including:
• Family history of myopia
• Excessive screen exposure and near work
• Reduced outdoor activities
• Rapid axial eye growth
• Poor visual habits and reading posture
• Increased educational and near visual demands
Scientific studies have shown that prolonged near work and digital screen exposure are associated with higher risk of myopia progression in children. Research published in JAMA Network Open reported that every additional hour of daily screen time was associated with increased odds of myopia in children and adolescents.
Multiple international studies have also demonstrated that reduced outdoor activity is strongly associated with increased myopia development and axial elongation. Increased exposure to outdoor light has been shown to play a protective role against progressive myopia.
At Reform Vision, myopia risk assessment may include:
• Detailed refractive error evaluation
• Cycloplegic refraction when required
• Axial length measurement
• Corneal and binocular vision assessment
• Accommodation and vergence evaluation
• Digital screen and lifestyle analysis
• Outdoor activity assessment
• Family history evaluation
Axial length monitoring is especially important because increasing eye length is directly associated with progressive myopia and future risk of retinal complications. In many children, axial elongation may continue even before large spectacle power changes become noticeable. Regular monitoring therefore helps identify progression early and allows timely intervention.
Children who spend prolonged hours on tablets, smartphones, computers, or other near devices may require closer monitoring. Studies performed during and after the COVID-19 pandemic showed significant myopic shifts in children with increased screen exposure and reduced outdoor activities.
A comprehensive myopia risk assessment helps:
• Detect early onset myopia
• Identify children at risk of rapid progression
• Monitor axial eye growth accurately
• Guide evidence-based myopia management
• Reduce risk of future high myopia complications
• Create personalized treatment strategies
Depending on the findings, children may be advised myopia control options such as:
• Myopia control spectacle lenses
• Orthokeratology (Ortho-K) lenses
• Myopia control contact lenses
• Lifestyle and outdoor activity modification
• Regular progression monitoring
At Reform Vision Myopia Clinic, the focus is not only on improving vision but also on slowing myopia progression using modern diagnostic technology, evidence-based management strategies, and long-term monitoring tailored for each child.