The harmful effects of undiagnosed myopia

In many developed countries, studies have indicated that around 10-20% of children and young adults might have undiagnosed myopia.

Myopia, or nearsightedness, can significantly impact learning and academic performance, particularly in children and young adults. Here’s how it can affect learning:

1. Difficulty with Distance Vision:

Myopia makes it hard to see objects clearly at a distance, such as the chalkboard or projector screen in a classroom. This can make it challenging for students to follow along with lessons or see visual aids, leading to difficulties in understanding and retaining information.

2. Eye Strain and Discomfort:

Students with undiagnosed or uncorrected myopia might experience eye strain, headaches, or fatigue from squinting or straining to see clearly. This discomfort can be distracting and make it harder for them to focus on their studies.

3. Reduced Participation:

Difficulty seeing distant objects can lead to decreased participation in classroom activities and group discussions. Students might be less inclined to engage if they cannot see or follow along effectively.

4. Lower Academic Performance:

The challenges associated with uncorrected myopia can affect a student’s academic performance. Struggles with reading the board or visual aids can impact comprehension and result in lower grades or academic achievement.

5. Increased Risk of Behavioral Issues:

Frustration from not being able to see clearly can lead to behavioral problems or withdrawal from classroom activities. This can affect social interactions and overall engagement in the learning environment.

Regular eye examinations are essential for identifying and addressing myopia early, ensuring that students can see clearly and fully participate in their educational experiences.

Book an appointment today at the Mott Optical Group to make sure your child’s myopia is diagnosed and treated correctly and ask about our back to school promotion of 50% off our advanced platinum anti-glare coating from Zeiss lens.