Quick one today, since we’ve beaten this dead horse for literally years now.
Your children don’t need glasses. They don’t need Atropine, they don’t need Ortho-K, they don’t need whatever expensive, complicated, traumatizing “treatment” being sold by the corporate shareholder driven lens selling industry.
Also they don’t need you to give them an iPad to act as babysitter. That one’s on you, and you should know that there is no free lunch. A screen isn’t going to make for great parenting. But it will do lots to make your child’s eyesight be less than amazing.
Anyhow. Here’s yet another study showing that outdoor time fixes the child myopia problem:
Outdoor Activity during Class Recess Reduces Myopia Onset and Progression in School Children
The aim of this study was to investigate the effect of outdoor activity during class recess on myopia changes among elementary school students in a suburban area of Taiwan.
Prospective, comparative, consecutive, interventional study.
Elementary school students 7 to 11 years of age recruited from 2 nearby schools located in a suburban area of southern Taiwan.
The children of one school participated in the interventions, whereas those from the other school served as the control group. The interventions consisted of performing a recess outside the classroom (ROC) program that encouraged children to go outside for outdoor activities during recess. The control school did not have any special programs during recess.
Main Outcome Measures
Data were obtained by means of a parent questionnaire and ocular evaluations that included axial length and cycloplegic autorefraction at the beginning and after 1 year.
Five hundred seventy-one students were recruited for this study, of whom 333 students participated in the interventional program, and 238 students were in the control school. At the beginning of the study, there were no significant differences between these 2 schools with regard to age, gender, baseline refraction, and myopia prevalence (47.75% vs. 49.16%). After 1 year, new onset of myopia was significantly lower in the ROC group than in the control group (8.41% vs. 17.65%; P<0.001). There was also significantly lower myopic shift in the ROC group compared with the control group (−0.25 diopter [D]/year vs. −0.38 D/year; P = 0.029). The multivariate analysis demonstrated that the variables of intervention of the ROC program and higher school year proved to be a protective factor against myopia shift in nonmyopic subjects (P = 0.020 and P = 0.017, respectively). For myopic subjects, school year was the only variable significantly associated with myopia progression (P = 0.006).
Outdoor activities during class recess in school have a significant effect on myopia onset and myopic shift. Such activities have a prominent effect on the control of myopia shift, especially in nonmyopic children.
Link to study
And that’s all.
Take care of your children. Realize that all this screen scrolling is addictive behavior. Make informed choices.