Additional file 3 of A comparative study of the prevalence of myopia and behavioral changes in primary school students

Additional file 3: Supplementary Table 2. Comparison ofbehaviors related to myopia between boys or girls in two group

Additional file 1: of Eye exercises of acupoints: their impact on myopia and visual symptoms in Chinese rural children

Eye exercises of acupoints questionnaire. (DOCX 12 kb

Additional file 4 of A comparative study of the prevalence of myopia and behavioral changes in primary school students

Additional file 4: SupplementaryTable 3.Comparison of behaviorsrelated to myopia between the twoCohorts according to ag

Additional file 2 of A comparative study of the prevalence of myopia and behavioral changes in primary school students

Additional file 2: SupplementaryTable 1.Comparison of SER and AL (AL/CR) in myopia or non-myopia between two groups

Additional file 1 of A comparative study of the prevalence of myopia and behavioral changes in primary school students

Additional file 1

Characteristics of children and their parents included in this study.

<p>SD: standrad deviation</p><p>*Children’s baseline refraction was defined as the cycloplegic spherical equivalent (SE) of the right eye at baseline; parental baseline refraction was defined as the non-cycloplegic SE of the right eye at baseline.</p><p>Characteristics of children and their parents included in this study.</p

The relationship between the children’s cycloplegic spherical equivalent (SE) change and paternal/maternal reproductive age in all children using the multivariate LOESS regression model.

<p>Left, unadjusted; Right, father: adjusted for children's age, baseline cycloplegic SE, paternal non-cycloplegic SE, and near work time; mother: adjusted for children's age, baseline cycloplegic SE, maternal non-cycloplegic SE, and near work time.</p