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Tag: Myopia (Nearsightedness)

Myopia Progressed Faster in Children Under COVID-19 Lockdowns

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Exploratory analysis shows link between optical defocus treatment and slower progression of myopia in school-aged children

Myopia Progression May Continue in Young Adults Into Late 20s

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Myopia incidence from age 20 to 28 years was 14 percent

Myopia Incidence Up in Hong Kong Schoolchildren During COVID-19

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From pre-COVID-19 to COVID-19, time spent on outdoor activities decreased and screen time increased

Myopia Up in Children Confined to Home During Pandemic

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Substantial myopic shift and increased prevalence of myopia seen among children aged 6, 7, 8 years

Among children with myopia

Bifocal Contact Lenses May Slow Children’s Myopia Progression

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Myopia progression reduced with high add power versus medium add power multifocal or single-vision contact lenses
Big data and machine learning approaches can improve prediction of myopia in Chinese children

EMR Data Can Predict Myopia Development

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Algorithm provided clinically acceptable accuracy in predicting myopia development by 18 years
Early life factors associated with myopia include maternal education

Study IDs Early Life Factors Predictive of Myopia

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Early life factors linked to myopia include maternal education, hours spent playing computer games
The incidence of myopia among Chinese students may be as high as 20 to 30 percent each year from first grade onward

High Incidence of Myopia Among Chinese Schoolchildren

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Incidence of myopia based on refraction without cycloplegia is 20 to 30 percent each year
More time spent in education seems to be a causal risk factor for myopia

Time Spent in Education Is Causal Risk Factor for Myopia

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University graduate would be ≥−1 dioptre more myopic than someone leaving school at 16
Human myopes exhibit significantly higher serum melatonin concentration than non-myopes

Significantly Higher Serum Melatonin in Human Myopes

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Positive correlation for melatonin concentration with more negative spherical equivalent refraction