Predicting myopia progression

New data highlight fast progressors best identified using multiple factors

Predicting myopia progression
Cheryl Guttman Krader
Cheryl Guttman Krader
Published: Thursday, October 1, 2020
A recent survey of paediatric ophthalmologists worldwide found that the rate of myopia progression was the most common indication for initiating treatment to reduce future progression. According to new findings from the Singapore Cohort Study of the Risk Factors for Myopia (SCORM), however, annual myopia progression as a standalone factor cannot fully predict subsequent year or long-term myopia progression. The SCORM investigators emphasised the need for patient compliance with annual visits and recommended that a personalised management strategy for reducing myopia progression should be based on multiple patient-specific factors. The research was presented by Noel A Brennan PhD, Global Lead of Myopia Control, Johnson & Johnson Vision Care, Inc, at ARVO 2020. SCORM is a joint collaboration between the Singapore Eye Research Institute and Johnson & Johnson Vision Care. “A number of studies have examined potential risk factors for faster progression of myopia, but to our knowledge no predictive paradigm exists. Yet, it appears from the survey of paediatric ophthalmologists that there is a perception among clinicians that a faster progression rate is the preferred method in choosing who to treat. We recommend that the decision should take into account myopia progression in the previous year along with initial refractive error, age of myopia onset, and parental myopia,” said Dr Brennan. The analyses investigating predictors of myopia progression included data from 674 children (mean baseline age 8 years) who had ≥0.5D of myopia at baseline and completed at least two annual follow-up visits. The results showed that myopia progression in Year 1 correlated with progression in Year 2. However, the correlation coefficient (r) was only 0.47, and Year 1 myopia progression only accounted for about 20% of the variance in progression during the next year, Dr Brennan said. “According to a multivariable model, using Year 1 annual myopia progression would fail to detect one in four fast progressors in Year 2 and misclassify one in three children as fast progressors.” The study also showed that Year 1 myopia progression correlated significantly with Year 3 myopia progression, but the correlation was even weaker (r=0.30). There was no significant correlation between Year 1 myopia progression and Year 4 myopia progression. Noel A Brennan: NBrenna2@its.jnj.com
Tags: myopia
Latest Articles
Nutrition and the Eye: A Recipe for Success

A look at the evidence for tasty ways of lowering risks and improving ocular health.

Read more...

New Award to Encourage Research into Sustainable Practices

Read more...

Sharing a Vision for the Future

ESCRS leaders update Trieste conference on ESCRS initiatives.

Read more...

Extending Depth of Satisfaction

The ESCRS Eye Journal Club discuss a new study reviewing the causes and management of dissatisfaction after implantation of an EDOF IOL.

Read more...

Conventional Versus Laser-Assisted Cataract Surgery

Evidence favours conventional technique in most cases.

Read more...

AI Scribing and Telephone Management

Automating note-taking and call centres could boost practice efficiency.

Read more...

AI Analysis and the Cornea

A combination of better imaging and AI deep learning could significantly improve corneal imaging and diagnosis.

Read more...

Cooking a Feast for the Eyes

A cookbook to promote ocular health through thoughtful and traditional cuisine.

Read more...

Need to Know: Spherical Aberration

Part three of this series examines spherical aberration and its influence on higher-order aberrations.

Read more...

Generating AI’s Potential

How generative AI impacts medicine, society, and the environment.

Read more...