When your child is nearsighted, their eyeball has grown slightly too long from front to back. Light entering the eye focuses in front of the retina instead of directly on it, making distant objects like the whiteboard at school look blurry while close-up things remain clear. Think of a camera that is set to focus only on nearby objects. Everything in the distance comes out fuzzy because the focusing distance is off. That is essentially what is happening inside a myopic eye.
According to the National Eye Institute, 42 percent of Americans are now nearsighted, up from 25 percent in the early 1970s. That dramatic increase has occurred over just a few decades, far too quickly to be explained by genetics alone. Researchers believe the rise is driven by changes in how children spend their time: more hours spent on close-up activities like screens, books, and devices, combined with less time outdoors. The trend shows no sign of slowing, which is why early intervention has become such an important focus in pediatric eye care.
Nearsightedness in childhood is not just a temporary inconvenience. The higher a child's prescription grows, the greater their lifetime risk of developing serious eye conditions as an adult. High myopia is associated with increased risk of retinal detachment, glaucoma, cataracts at a younger age, and myopic macular degeneration. These are not minor issues. They are sight-threatening conditions that become more likely with each additional diopter of myopia. This is why slowing the progression during childhood matters so much.
Children often do not realize their vision is blurry because they assume everyone sees the way they do. As a parent, you may notice your child squinting to see things in the distance, sitting closer to the television or holding devices very close to their face, complaining of headaches after school, or having difficulty seeing the board from the back of the classroom. Some children tilt or turn their head to see better, or they may rub their eyes frequently during visual tasks.
According to a 2018 peer-reviewed study, children whose myopia is diagnosed at a younger age, between five and seven years, progress faster, averaging 0.56 diopters of increase per year compared to 0.28 diopters per year in those diagnosed between eleven and fifteen years. That faster progression in younger children means the window for intervention is both more urgent and more impactful. Catching myopia early gives your eye doctor the opportunity to start management before the prescription has a chance to climb significantly.
The American Optometric Association recommends that children have their first comprehensive eye exam at six months, again at three years, and then before starting first grade. After that, annual exams are recommended, especially if there is a family history of myopia. A school vision screening can catch some problems, but it is not a substitute for a full eye exam. Many vision issues, including early myopia, are missed by basic screenings that only test distance vision in one setting.
Orthokeratology, or ortho-K, involves wearing specially designed rigid lenses overnight that gently reshape the cornea while the child sleeps. The child removes the lenses in the morning and sees clearly throughout the day without glasses. In addition to providing correction, ortho-K has been shown to slow myopia progression by altering the way light focuses in the peripheral retina. This treatment is well studied and is one of the most widely used myopia management tools available.
Low-dose atropine drops, administered once daily at bedtime, have been shown to slow myopia progression by more than half in clinical trials. The drops act on receptors in the eye that influence its growth rate. Side effects at low doses are minimal, typically limited to slight pupil dilation. Atropine is a good option for younger children or those who are not yet ready for contact lenses, as it requires only a simple daily drop rather than lens handling.
Specialty soft contact lenses designed for myopia control use a dual-focus optical design that provides clear central vision while creating controlled defocus in the peripheral retina. This peripheral signal may help slow eye elongation. Similarly, specialty spectacle lenses have been developed with similar optical principles to slow progression while providing standard correction. These options offer myopia management for children who prefer daytime lenses or glasses over overnight lens wear.
At Insight Vision Optometry, Las Vegas, a myopia management evaluation begins with a thorough eye exam that includes refraction, which measures the current prescription, and a detailed assessment of eye health. Your eye doctor will discuss your child's visual habits, school performance, outdoor activity level, and family history of myopia. This information helps build a complete picture of your child's risk factors and current status.
Axial length measurement is one of the most important tools in myopia management. This painless test measures the length of the eye from front to back, which is the primary structural change that drives myopia. Tracking axial length over time provides the most accurate measure of whether myopia is progressing and whether the chosen treatment is working. Our team uses this measurement as a cornerstone of every myopia management plan.
Every child's myopia is different, and there is no one-size-fits-all approach. Your eye doctor will consider your child's age, current prescription, rate of progression, family history, lifestyle, and personal preferences when recommending a treatment strategy. Some children do well with a single approach, while others benefit from combining two treatments for a stronger slowing effect. Families from Henderson, Enterprise, Paradise, Spring Valley, and across the region work with our team to find the approach that fits their child best.
The 20-20-20 rule is a simple guideline: every 20 minutes of near work, look at something 20 feet away for at least 20 seconds. This gives the focusing system a brief rest and may help reduce the stimulus for eye elongation. Setting reasonable limits on total daily screen time beyond what is required for school is another practical step. Encouraging hobbies that involve distance vision, like sports and outdoor play, provides a natural counterbalance to academic near work.
Getting your child outside for at least two hours per day can make a meaningful difference. The outdoor time does not need to be continuous. Recess, after-school play, weekend activities, and family walks all contribute. The key factor is exposure to bright natural light, which appears to have a protective effect regardless of the specific activity. In the Las Vegas area, outdoor time is accessible year-round, making this one of the most practical strategies available to local families.
Myopia cannot be reversed because the structural change, the lengthening of the eyeball, is a growth process that does not go backward. However, the rate of progression can be slowed significantly with appropriate treatment. The goal of myopia management is not to eliminate myopia but to reduce how much worse it gets during the growth years, resulting in a lower final prescription and reduced risk of complications as an adult.
Myopia progression typically slows in the late teens and generally stabilizes by the early to mid-twenties, though this varies among individuals. Children who develop myopia at a younger age tend to progress for a longer period and often reach higher final prescriptions. This is why starting management early, when progression is most active, offers the greatest potential benefit.
Yes. Myopia management treatments slow the progression of nearsightedness but do not eliminate the existing prescription. Your child will still need glasses, contact lenses, or ortho-K lenses for clear vision. The benefit of management is that the prescription they end up with as an adult may be meaningfully lower than it would have been without treatment.
Screen time is one contributing factor, but myopia is caused by a combination of genetic predisposition and environmental influences. Extended near work of any kind, not just screens, is associated with myopia development. Insufficient outdoor time is another significant factor. Addressing both near work habits and outdoor exposure, along with clinical treatment if appropriate, provides the most comprehensive approach.
Children with myopia should have their eyes examined at least once a year, and children on active myopia management treatment are typically seen every three to six months. These regular visits allow your eye doctor to track changes in prescription and axial length, assess whether the treatment is working, and adjust the plan as needed. More frequent visits are especially important during the early years of treatment when progression is most active.
