Top Myopia Treatment Options for Children
Understanding Myopia Progression in Children
Children with progressing myopia often squint when trying to see distant objects like the board at school or signs when riding in the car. They may complain of headaches, especially after reading or screen time, and frequently sit closer to the television than they used to. You might also notice them holding books or devices very close to their face.
Other warning signs include difficulty seeing clearly during sports or frequently asking what something says from across the room. If your child already wears glasses, they may tell you things look blurry even with their current prescription.
Slowing myopia progression during childhood protects your child's long-term eye health. High myopia increases the lifetime risk of serious conditions like retinal detachment, glaucoma, and early cataracts. These complications can threaten vision even with corrective lenses.
- Reduces the chance of needing very thick glasses or strong contact lenses
- Lowers the risk of vision-threatening eye diseases in adulthood
- May preserve better quality of vision throughout life
- Offers more treatment options before myopia becomes severe
Certain factors make children more likely to develop myopia or experience faster progression. Having one or both parents with myopia significantly increases risk, as genetics play a major role. Spending most of the day doing close-up activities like reading, homework, and screen time also speeds up myopia development.
Limited outdoor time is another key factor we see in children with rapidly progressing myopia. Research shows an association between less outdoor time and higher myopia risk, with children spending less than one hour outside each day showing greater likelihood of developing myopia earlier and progressing more quickly, though individual responses vary. Starting myopia at a younger age, especially before age eight, often means more rapid progression during the growing years.
Myopia control refers to treatments designed to slow down how quickly nearsightedness gets worse. Unlike regular glasses or contact lenses that simply correct blurry vision, myopia control therapies actually change how the eye grows. The goal is not to eliminate myopia completely, but to reduce how much worse it becomes over time.
We measure success by tracking changes in your child's prescription and the physical length of their eye. Even slowing progression by 30 to 50 percent can make a meaningful difference in their future eye health and reduce their risk of complications.
How We Diagnose and Measure Myopia Progression
We start with a thorough eye examination that goes beyond basic vision screening. This includes testing how well your child sees at different distances and determining their exact eyeglass prescription. We typically use cycloplegic refraction, which involves dilating drops that temporarily relax the focusing muscles, allowing us to measure the true refractive error without interference from eye strain or accommodation. We also examine the health of the entire eye, including the retina and optic nerve.
- Visual acuity testing at near and far distances
- Cycloplegic refraction to reduce focusing effects and improve accuracy
- Evaluation of eye alignment and how the eyes work together
- Assessment of ocular surface and eyelid health, especially if contact lenses are planned
- Dilated examination of the internal eye structures
- Discussion of family history and lifestyle factors
Axial length measures how long your child's eye is from front to back. Eyes with myopia are too long, which causes light to focus in front of the retina instead of directly on it. We use a painless instrument that takes just seconds to measure this length precisely.
Tracking axial length over time is one of the most accurate ways to monitor myopia progression, and we interpret it alongside cycloplegic prescription measurements and exam findings. While prescription changes tell us if vision is getting worse, axial length shows us the actual physical changes in the eye. This measurement helps us evaluate how well treatment is working.
We document your child's eyeglass prescription at each visit and compare it to previous measurements. Growing children with untreated myopia typically need stronger prescriptions every six to twelve months. The amount and speed of prescription changes help us understand how quickly myopia is progressing.
If we see prescriptions changing by more than a half diopter in six months or a full diopter in a year, we know myopia is advancing quickly. These changes signal that myopia control treatment should be considered or that current treatment may need adjustment.
Beyond standard eye exams, we may use additional testing to develop the best treatment plan for your child. Corneal topography maps the shape of the front surface of the eye, which is especially important if we are considering orthokeratology lenses. Baseline pupil size measurement can help us anticipate possible light sensitivity or near vision effects if atropine therapy is being considered.
We also assess accommodation, which is how well your child's eyes focus up close. This information guides our recommendations for specific types of contact lenses or other treatments. Some children benefit from peripheral refraction testing, which shows how light focuses at the edges of their vision field.
Specialty Contact Lenses for Myopia Control
Orthokeratology uses specially designed rigid contact lenses that your child wears only while sleeping. These lenses gently reshape the front surface of the eye overnight, providing clear vision during the day without any glasses or contacts. The reshaping effect also slows down the lengthening of the eyeball that causes myopia to worsen.
Children remove the lenses each morning and can see clearly throughout the day for school, sports, and activities, though some children may experience vision fluctuations early in treatment as the eyes adapt. Research shows ortho-k can slow myopia progression by 30 to 60 percent in many children. The corneal reshaping effect is reversible, so if your child stops wearing the lenses, their corneas gradually return to their original shape. However, myopia progression may resume if treatment is discontinued, so families should plan for continued use during the years of active eye growth.
Like all contact lenses, ortho-k carries a risk of eye infection, including rare but serious corneal infections that can threaten vision. Strict hygiene is essential. Your child must wash hands thoroughly before handling lenses, use fresh solution every night, never expose lenses to any water including tap water, and never top off old solution in the lens case. Stop lens wear immediately and contact our office urgently if your child experiences eye pain, light sensitivity, significantly reduced vision, or unusual redness. Prompt attention to any warning signs is critical to protecting eye health.
Multifocal soft contact lenses designed for myopia control have a special optical design that provides clear central vision while also affecting how light focuses at the edges of the retina. Your child wears these lenses during the day, just like regular contact lenses. The unique design signals the eye to slow its growth.
- Worn during waking hours and removed at bedtime
- Available in daily disposable and monthly replacement options
- Studies show 25 to 50 percent slowing of myopia progression
- Often easier for younger children to insert and remove than ortho-k
- Work well for active kids who play sports
- Require strict handwashing and lens hygiene to reduce infection risk
- Never expose lenses to water, including no swimming or showering while wearing lenses
- Stop lens wear and contact our office urgently if your child has eye pain, light sensitivity, or sudden blurred vision
Most children as young as seven or eight can successfully wear myopia control contact lenses. The key factors are motivation and responsibility, not just age. Kids who want to participate in their eye care and can follow instructions about lens hygiene tend to do very well.
We look for children with documented myopia progression who are likely to benefit most from treatment. Both ortho-k and multifocal soft lenses work best for low to moderate amounts of myopia. Children with certain corneal shapes, significant ocular surface disease, recurrent eye allergies, or families unable to attend regular follow-up visits may not be ideal candidates or may be better suited to one type of lens over the other, which we determine during the evaluation.
The fitting process begins with detailed measurements of your child's eyes and vision. We select an initial lens design based on these measurements and have your child try the lenses in our office. For soft lenses, we teach insertion and removal techniques and ensure proper fit and comfort.
Ortho-k fitting typically requires a series of lenses to achieve the ideal reshaping effect. We schedule several follow-up appointments during the first few weeks to evaluate the fit and monitor the corneal reshaping. Most children adapt quickly, and we provide support until both you and your child feel confident with lens care and handling.
Other Effective Myopia Treatment Approaches
Low-dose atropine eye drops are a highly effective medication-based approach to slowing myopia progression. Your child uses one drop in each eye at bedtime, and the medication has been shown in clinical studies to slow eye growth and reduce myopia progression. Concentrations of 0.01 to 0.05 percent are commonly used for myopia control, which is much lower than traditional atropine dosing.
Current evidence demonstrates that low-dose atropine can slow myopia progression by 30 to 70 percent depending on the concentration used. Most children experience minimal side effects at low concentrations, though some may notice slight light sensitivity or difficulty focusing up close, particularly at higher concentrations. Your child may benefit from wearing a hat or sunglasses outdoors if light sensitivity occurs. Some children experience mild stinging or allergic irritation. Atropine for myopia control is often compounded by specialized pharmacies and requires attention to proper storage and refill timing.
When the time comes to stop atropine, some children show increased progression after discontinuation. We often monitor closely and may taper the dose gradually rather than stopping abruptly, especially in children at higher risk for rebound progression. Decisions about continuing or stopping treatment are individualized based on your child's age, progression pattern, and overall eye health.
Specialized eyeglass lenses for myopia control feature unique designs that provide clear central vision while managing peripheral focus signals. These lenses look similar to regular glasses but use advanced optical technology to influence eye growth. They offer a non-invasive option for children who are not ready for contact lenses or eye drops.
- No insertion or removal skills required
- Good option for younger children or those not suited for contacts
- Certain modern designs show clinically meaningful slowing of myopia progression
- Effectiveness depends on consistent daily wear
- Useful for children who are not contact lens candidates or who prefer a non-drop option
Some children benefit from using more than one myopia control treatment at the same time. For example, we may recommend low-dose atropine drops along with myopia control contact lenses for kids with very rapid progression. Combination therapy is typically considered for children with faster progression rates or high-risk factors such as strong family history and early onset.
Combining treatments can sometimes achieve better results than either approach alone, though additive benefit is not guaranteed for every pairing, and responses vary among individuals. We carefully evaluate each child's individual needs and progression rate when considering combination therapy. Families should understand that using multiple treatments increases the burden of daily routines, potential side effects, and cost, and requires closer monitoring to ensure all treatments remain safe and effective together.
Supporting Your Child's Eye Health at Home
Spending more time outdoors is one of the simplest ways to help support eye health during childhood. Natural daylight exposure is strongly supported by research for reducing the chance of developing myopia. Outdoor time may also modestly help slow progression in children who already have myopia, though effects vary and outdoor time often does not replace optical or medication-based myopia control in established, rapidly progressing cases. We recommend at least 90 to 120 minutes of outdoor time each day when possible.
The outdoor activity does not need to be strenuous exercise. Playing in the yard, walking to school, or eating lunch outside can all provide beneficial light exposure. The key is exposure to natural light levels, which are much brighter than indoor lighting even on cloudy days. Outdoor time benefits appear most connected to bright light exposure and distance viewing, so activities that encourage looking around at the environment may be more helpful than extended reading or other near work done outdoors.
Extended periods of close-up work, including reading, homework, and screen use, are associated with myopia development and progression, particularly when combined with limited outdoor time. We suggest following the 20-20-20 rule: every 20 minutes, have your child look at something 20 feet away for at least 20 seconds. This gives the focusing muscles a break and may help reduce eye strain and discomfort, though evidence for directly slowing myopia progression is less strong than for optical and pharmacologic treatments.
- Position screens and books at arm's length rather than very close
- Take regular breaks during homework sessions
- Limit recreational screen time when possible
- Encourage outdoor play and distance activities instead of prolonged near tasks
- Consider screen time and near work limits based on age and school demands
Good lighting reduces the stress on your child's eyes during close work. Make sure homework areas are well lit with both overhead and task lighting to eliminate shadows and glare. Avoid reading or device use in dim lighting, which forces the eyes to work harder.
Encourage your child to hold reading material at a proper distance, about 12 to 16 inches from their eyes. Sitting up straight rather than lying down while reading helps maintain appropriate working distance. Proper posture also reduces neck and back strain during extended study sessions.
A balanced diet supports healthy eye development and overall growth. While specific nutrients have not been proven to stop myopia progression, general eye health benefits from adequate vitamins and minerals. Foods rich in omega-3 fatty acids, leafy greens, and colorful vegetables provide nutrients important for retinal health.
Encourage your child to stay hydrated and eat a variety of fruits and vegetables. Some research suggests that time spent enjoying meals outdoors combines nutritional benefits with protective outdoor light exposure. A healthy diet also supports general wellbeing, which helps children maintain good habits with their myopia control treatments.
Monitoring Progress and Ongoing Care
Regular monitoring is essential for successful myopia management. We typically schedule follow-up visits every three to six months during active treatment. These appointments allow us to measure axial length, update prescriptions, and assess how well the treatment is controlling progression.
Children using contact lenses may need more frequent visits initially to ensure proper fit and handling. Once treatment is stable, some children can extend to visits every six months. We customize the schedule based on age, progression rate, and type of treatment being used.
We evaluate treatment effectiveness by comparing current measurements to baseline and previous visits. If myopia continues to progress rapidly despite treatment, we may adjust the approach by changing contact lens designs, modifying atropine concentration, or adding a second treatment method. Our goal is to achieve meaningful slowing of progression with minimal side effects.
Sometimes children respond very well to treatment, and we see minimal or no progression over time. In these cases, we may continue the same approach or discuss whether any modifications could maintain results with less intensive treatment. Every child responds differently, so we tailor the plan to individual results.
Contact our office right away if your child experiences eye pain, significant redness, or sudden vision changes. These symptoms could indicate a contact lens complication or other eye problem that needs prompt attention. Any discharge from the eyes or persistent irritation also warrants a call. If your child wears contact lenses, they should remove the lenses immediately and leave them out if any urgent symptoms develop.
- Sudden decrease in vision that glasses or contacts do not correct
- Eye pain or severe discomfort
- Redness that does not improve after removing contact lenses
- Light sensitivity, excessive tearing, or inability to keep the eye open
- One eye suddenly much more red or painful than the other
- Signs of infection such as discharge or crusting
- A white spot on the cornea or new corneal haze
- Lost or damaged contact lenses that need replacement
Myopia progression typically slows down naturally as children reach their late teens and early twenties. We continue treatment as long as we see ongoing progression and your child benefits from intervention. Once progression stabilizes for a year or more, we may gradually reduce or discontinue active myopia control.
As young adults, former myopia control patients have various options for vision correction including glasses, regular contact lenses, or potentially refractive surgery. The myopia control treatment during childhood aims to keep their final prescription lower, which means more options and lower risks throughout their adult lives. We help families plan for these transitions and discuss future vision care needs.
Frequently Asked Questions
Currently, we cannot reverse or cure myopia once it has developed. The treatments we offer slow down how quickly myopia gets worse, but they do not eliminate existing nearsightedness or make the eye shorter. Think of myopia control like braces for teeth: we guide growth in a healthier direction, but we cannot undo changes that have already occurred.
We generally recommend starting myopia control when we first notice progression, even in children as young as six or seven. Earlier intervention allows us to prevent more myopia from developing. However, children can benefit from treatment at any age while their myopia is still worsening, including preteens and teenagers.
The myopia control treatments we recommend have been studied for safety in children and have favorable safety records when used with appropriate patient selection, proper hygiene and adherence, and regular professional monitoring. Safety profiles differ by modality. Contact lenses require strict hygiene to minimize infection risk, while low-dose atropine safety depends on concentration, formulation, and individual tolerance. We track your child closely to identify any issues early and ensure ongoing safety throughout treatment.
Costs vary depending on which treatment we recommend and how long your child needs it. Specialty contact lenses typically involve fitting fees and ongoing lens replacement costs, while atropine therapy includes the medication cost and monitoring visits. Many families find that investing in myopia control now may reduce future expenses related to stronger prescriptions and potential complications.
Without treatment, myopia will likely continue to worsen throughout childhood and potentially into young adulthood. Higher levels of myopia increase the lifetime risk of serious eye conditions like retinal detachment, glaucoma, and cataracts. These complications can occur even decades later and may threaten vision despite having corrective lenses.
Yes, myopia control slows progression but does not eliminate the need for vision correction. Children using ortho-k wear their lenses at night and typically see clearly all day without glasses. Those using multifocal soft lenses or atropine drops will still need glasses or regular contact lenses for clear vision when not using their treatment.
Next Steps
Our eye doctor can evaluate your child's vision and myopia progression to determine which treatment options are most appropriate. We partner with families to create personalized plans that fit your child's needs and lifestyle, and we provide ongoing support throughout the treatment process. Schedule a comprehensive eye exam to learn more about protecting your child's vision for the future.