
Every year, many parents notice their child’s glasses prescription getting stronger and wonder if anything can help. The encouraging news is that myopia control treatments can slow the progression of nearsightedness. The benefits are much more than just thinner lenses.
Starting myopia control early can help protect your child’s eyes from serious problems later in life. Knowing this helps families make good decisions for long-term eye health.
When a child has myopia, the eye is longer from front to back. Light does not focus where it needs to. The tissues inside the eye stretch out thin. Over many years, that stretching can make the eye more vulnerable to diseases like:
This risk is real. Someone with a -6.00 prescription has a risk of retinal detachment that is 30 times higher than someone with normal vision. As prescriptions get stronger, the risks increase. Even a small reduction in prescription can make a big difference.
Myopia control treatments work by slowing the rate at which the eye grows. Rather than only correcting blurry vision, these treatments address the root cause. There is strong evidence that several methods are effective.
These treatments work best when started early, while the eyes are still growing quickly. Slowing eye growth in childhood can lead to a much lower prescription later on.
The idea is straightforward: less stretching means a shorter eye, which puts less strain on the retina and other tissues. Less strain lowers the risk of serious eye diseases in the future.
Lowering myopia by just 1.00 diopter can reduce the risk of myopic maculopathy by almost 40%. That’s a big benefit for a small change in prescription. Starting treatment early can make a lasting difference in a child’s eye health and protect their vision for years.
If your child’s prescription is increasing year after year, talk to the eye doctor about whether myopia control treatments are a good fit.
For more on reducing the risk of serious eye diseases, visit Eye Thrive Woodlands. Our office is located in Woodlands, Texas. Call (281) 270-4655 to schedule an appointment.
https://www.sciencedirect.com/science/article/pii/S0161642021003262
https://pubmed.ncbi.nlm.nih.gov/33961969/