Stellest Lenses
Understanding Your Child's Myopia
Myopia happens when the eye grows too long from front to back, causing light to focus in front of the retina instead of directly on it. Children with myopia can see nearby objects clearly, but distant things like the classroom board or street signs look blurry. We correct this by prescribing glasses or contact lenses that bend light rays so they focus properly on the retina.
Most cases of childhood myopia begin between ages six and twelve. The condition makes everyday activities like reading road signs, playing sports, or seeing the board at school more difficult without correction. The key concern in managing childhood myopia is controlling axial elongation, the lengthening of the eyeball itself, which is the underlying structural change that drives both prescription increases and long-term health risks.
During the growing years, a child's eyes continue to lengthen, which means their myopia typically increases. This progression usually happens fastest during elementary and middle school years. Each year, many nearsighted children need stronger and stronger glasses as their eyes keep growing.
- The eyeball continues to elongate during childhood and teen years
- Younger children who develop myopia tend to progress faster
- Genetics and visual habits both play a role in how quickly myopia worsens
- Progression typically slows down in the late teen years or early twenties
When myopia keeps getting worse year after year, children can end up with high myopia, usually defined as a prescription stronger than minus six diopters. High myopia stretches and thins the tissues inside the eye, which raises the risk of serious eye problems later in life. These risks are one reason we now focus on slowing myopia progression during childhood.
Adults with high myopia face increased chances of retinal detachment, glaucoma, cataracts at younger ages, and myopic macular degeneration. Even moderate myopia slightly raises these risks. By slowing how fast myopia progresses in childhood, we aim to keep your child's final prescription lower and reduce their lifetime risk of vision-threatening complications.
You might notice your child squinting more often, sitting closer to the television, or complaining that they cannot see the board at school even though they just got new glasses recently. Frequent headaches, eye strain, or holding books very close can also signal that their prescription has changed. We typically check children with myopia every six to twelve months to measure any progression.
- Squinting to see far away or moving closer to screens and whiteboards
- Complaining of blurry distance vision shortly after getting new glasses
- Frequent headaches or tired eyes, especially after schoolwork
- Losing interest in sports or activities that require good distance vision
What Stellest Lenses Are and How They Work
Stellest lenses look similar to regular eyeglasses from the front, but the lens surface includes a special zone of tiny lenslets arranged around the central viewing area. Standard single-vision glasses correct your child's blurry vision but do nothing to slow myopia progression. Stellest lenses correct vision in the center while the lenslet ring is designed to change how light focuses around the edges of the retina.
Your child looks through the clear central area for sharp vision, just like with normal glasses. The surrounding lenslet area works passively, requiring no extra effort or awareness from your child during wear.
Research suggests that the way light focuses on different parts of the retina may influence how the eye grows. The lenslet technology is based on the hypothesis that creating a myopic defocus signal in the peripheral retina may help slow axial elongation. Studies have measured reductions in eye lengthening when this defocus pattern is present, supporting this approach to myopia management.
- Hundreds of tiny lenslets are embedded in a ring around the clear center
- Each lenslet creates a small zone of focused light in front of the retina peripherally
- This defocus signal may help modulate eye growth
- The central zone provides clear, sharp vision for all daily tasks
Stellest lenses are designed for children whose myopia is progressing, typically between ages six and twelve, though we may recommend them for younger or older children depending on the situation. Your child should be able to wear glasses comfortably throughout the day. We look for children who show measurable myopia progression over six to twelve months.
Children who already wear glasses full time often adapt most easily to Stellest. If your child strongly prefers contact lenses or refuses to wear glasses consistently, other myopia management options might work better for your family.
- Significant uncorrected astigmatism or high anisometropia may require individual assessment
- Children with amblyopia, strabismus, or binocular vision disorders need careful evaluation
- Accommodative dysfunction can complicate fitting and adaptation
- Proper frame fit and stable centration are essential for treatment effect
- Very young children may need specialized fitting and more frequent monitoring
We generally recommend starting myopia management as soon as we see clear signs of progression in a young child. Beginning early, while the eyes are still growing rapidly, gives us the best opportunity to slow down the total amount of myopia your child will develop. Waiting until myopia is already high means we have missed valuable years when treatment could have had the most impact.
- When your child's prescription increases by half a diopter or more in one year
- If myopia starts at a young age, especially before age eight
- When one or both parents had significant myopia as children
- If your child spends many hours on close work and limited time outdoors
The Difference Between Cure and Control
Once the eyeball has grown longer, it does not shrink back. Myopia results from this permanent lengthening of the eye. Currently, no treatment can reverse the structural changes that have already occurred or make existing myopia go away completely.
Glasses, contact lenses, and even laser surgery in adulthood are ways to correct the blurry vision caused by myopia, but they do not undo the elongation of the eye. This is why we focus on slowing progression rather than curing or eliminating myopia.
The goal of myopia management is to slow down how quickly the eye grows, reducing how much worse your child's prescription becomes over time. If we can reduce progression by even 50 percent, your child may end up with a significantly lower final prescription than they would have without treatment. Lower myopia means a smaller risk of eye health problems later in life.
- Slow the rate of eye elongation during the critical growing years
- Reduce the total amount of myopia your child develops by adulthood
- Lower the lifetime risk of serious eye complications linked to high myopia
- Preserve long-term eye health and quality of life
Stellest lenses may slow myopia progression, but they will not stop it entirely or make current myopia disappear. Your child will still need glasses or contacts to see clearly, and their prescription may still increase over time, just more slowly than it would have without treatment. The effect varies from child to child, and we cannot predict exactly how much slowing any individual will experience.
We set realistic expectations from the start so you understand that myopia management is a long-term strategy to reduce total progression, not a quick fix. Success means your child ends up with less myopia than they would have had otherwise.
Our goal is to keep your child's final prescription as low as possible by the time their eyes stop growing, usually in the late teen years or early twenties. We measure success by comparing your child's progression while wearing Stellest to expected progression rates without any myopia management. Even modest slowing can make a meaningful difference over several years.
We will track changes in your child's prescription at regular visits and discuss whether the treatment appears to be working. Some children respond better than others, and we may adjust our approach if progression continues at a high rate despite treatment.
Clinical Evidence for Stellest Lenses
Clinical trials have tested Stellest lenses in children with progressing myopia, comparing their progression to children wearing standard single-vision glasses. The studies followed children over two to three years and measured changes in both prescription and eye length. Results showed that children wearing Stellest had slower progression on average compared to the control group.
- Studies included children ages seven to thirteen with documented myopia progression
- Follow-up periods ranged from one to three years
- Researchers measured both eyeglass prescription changes and direct eyeball length measurements
- On average, Stellest wearers showed significant slowing compared to regular glasses
- Primary endpoints typically included both spherical equivalent refractive change and axial elongation
- Treatment response varied based on baseline age, initial myopia level, and consistent wear compliance
In clinical trials, Stellest lenses slowed myopia progression by an average of about 60 to 67 percent over two years compared to standard glasses. Studies report reductions in both prescription progression and axial elongation on average. An illustrative example would be a child who might have progressed by one diopter per year without treatment possibly progressing by about 0.3 to 0.4 diopters per year with Stellest. This is an illustration only, not a forecast, and individual progression rates and treatment response vary widely.
Some children experience greater slowing, while others show minimal benefit. We cannot guarantee a specific result for your child, but the clinical data gives us a reasonable estimate of what many children may achieve with consistent wear.
Standard single-vision glasses correct blurry vision but do nothing to slow the underlying progression of myopia. Children wearing regular glasses typically continue to need stronger prescriptions every six to twelve months. Stellest lenses provide the same clear central vision correction as standard glasses but add the peripheral myopic defocus designed to slow eye growth.
The central zone delivers the same sharp correction your child is used to for routine tasks. Some children may notice peripheral blur, ghosting, or glare during the first few days of wear, though these effects usually improve with adaptation and proper lens fitting and centration.
Current studies show short-term slowing over two to three years, but we do not yet have decades of data proving exactly how much Stellest reduces the risk of serious eye disease in adulthood. We also do not know for certain whether the slowing effect continues if children wear Stellest for five or more years, or what happens if treatment is stopped before the eyes finish growing.
- Research confirms significant slowing over two to three years on average
- Long-term data on final adult prescriptions and complication rates are still limited
- Individual variation means some children benefit more than others
- We do not fully understand all the factors that predict who will respond best
What to Expect with Stellest Treatment
Before prescribing Stellest, we perform a comprehensive eye exam to confirm your child's current prescription, measure the length of their eyes, and check overall eye health. We review past prescriptions to document how quickly myopia has been progressing. This baseline information helps us track whether Stellest is slowing progression over time.
We also discuss your child's daily activities, screen time, outdoor habits, and family history of myopia. In some cases, we may use cycloplegic refraction to confirm true myopia and rule out accommodative spasm or pseudomyopia. All of these factors help us create a complete picture and determine if Stellest is the right choice or if we should consider other myopia management options.
Once we decide Stellest is appropriate, we take precise measurements to ensure the lenslet zone aligns properly with your child's eyes. The frames need to fit well and sit at the correct position on your child's face so the clear central area lines up with their line of sight. Proper fitting is essential for both clear vision and the myopia control effect.
- We measure the distance between your child's pupils
- The frame must fit securely without sliding down the nose
- The lenses are positioned so your child looks through the central clear zone
- We recommend impact-resistant lens materials such as polycarbonate or Trivex for safety
- A backup pair helps ensure consistent wear if the primary glasses are damaged or being repaired
- We provide instructions on daily wear time, care, and activities including sports
- Scratched lenses or poor frame fit can affect centration and treatment effectiveness
Most children adapt to Stellest lenses within a few days to a week. Your child might notice slight differences in peripheral vision at first, but the central viewing area should feel completely normal. For the treatment to work effectively, we recommend aiming for full-time wear throughout waking hours, as higher daily wear time is associated with better treatment effect.
Consistent daily wear is important because the myopic defocus signal only works while the glasses are on. Wearing the glasses inconsistently or only part-time may reduce the slowing effect.
We typically schedule follow-up visits every six months to measure changes in your child's prescription and eye length. These regular checks let us see whether myopia is slowing as expected or continuing to progress quickly. If progression remains rapid despite Stellest, we may discuss adding or switching to another treatment approach.
- Six-month visits to measure prescription and eye length changes
- We compare your child's progression to expected rates without treatment
- Adjustments to the prescription as needed for clear vision
- Discussion of compliance, wear time, and any concerns
- Evaluation of whether to continue, adjust, or combine treatments
Reach out to our office if your child complains of blurry vision, headaches, or discomfort while wearing Stellest lenses, especially if these symptoms persist beyond the first week. Also contact us if the glasses break, the fit changes, or your child stops wearing them consistently.
Certain symptoms require urgent evaluation and you should contact us immediately if your child experiences any of the following:
- New floaters, flashes of light, or a curtain or veil blocking part of their vision
- Sudden or significant drop in vision
- Persistent double vision
- Severe eye pain or marked sensitivity to light
- Loss of peripheral vision
We want to hear from you if you have questions about daily wear, cleaning, or whether the treatment seems to be working. Regular communication helps us support your family through the myopia management process.
Other Myopia Control Options to Consider
Atropine is a medication that has been used in very low concentrations to slow myopia progression. Your child would use one drop in each eye at bedtime. Studies show that low-dose atropine, typically 0.01 to 0.05 percent, can slow progression with minimal side effects in most children, though the exact dose and duration are still being refined. Regulatory status and availability may vary by region, and the drops are often compounded. Safe storage away from young children is essential to prevent accidental ingestion.
Low-dose atropine can be used alone or combined with Stellest or other treatments for potentially greater slowing.
- Common side effects include mild light sensitivity and near blur, more noticeable at higher concentrations
- Sunglasses and reading support may be needed with higher doses
- Allergic reactions can occur and require stopping the drops
- Regular follow-up is needed to monitor effect and adjust concentration as needed
Orthokeratology, often called ortho-k, involves wearing specially designed rigid contact lenses overnight that gently reshape the cornea. Your child removes the lenses in the morning and can see clearly during the day without glasses or contacts. Studies show that ortho-k can slow myopia progression similarly to Stellest.
- Worn only during sleep, so no daytime glasses or contacts are needed
- Requires consistent nightly wear and strict lens hygiene
- Eye infections are uncommon but can be vision-threatening if they occur
- Stop lens wear immediately and seek urgent evaluation for red painful eye, light sensitivity, or decreased vision
- Works well for children who want freedom from daytime correction
Some soft contact lenses designed with multiple zones of focus have been shown to slow myopia progression. These lenses work during the day and provide clear central vision while creating peripheral defocus similar to Stellest. Your child would need to insert and remove contacts daily and follow careful hygiene routines. Daily disposable lenses are preferred when feasible as they may reduce the risk of complications.
Multifocal contact lenses may be a good option for active children or teens who prefer contacts over glasses. Stop wearing contact lenses immediately and contact us urgently if your child develops a red or painful eye, as this can signal a serious infection. We discuss proper handling, cleaning, and the small infection risk that comes with any contact lens wear.
Research shows that children who spend more time outdoors have lower rates of myopia development and slower progression. We recommend at least 90 to 120 minutes of outdoor time daily when possible. Bright natural light and distance viewing appear to be protective, though outdoor time alone may not be enough to control myopia once it is already progressing rapidly.
- Aim for at least ninety minutes outdoors every day
- Encourage breaks from close work and screen time
- Good lighting and proper reading distance help reduce eye strain
- Lifestyle changes work best when combined with optical or medical treatments
Some families choose to combine treatments, such as using Stellest lenses during the day along with low-dose atropine drops at night. Combining approaches may provide greater slowing than a single treatment, though the added benefit varies and more research is ongoing. We can help you weigh the potential advantages against the cost, effort, and any additional risks of using multiple therapies.
Each child is different, and what works best depends on age, lifestyle, how rapidly myopia is progressing, and your family's preferences. We work with you to create a plan that fits your child's needs and that your family can follow consistently over the long term.
Frequently Asked Questions
Yes, your child can return to standard single-vision glasses at any time. Stellest lenses have no known permanent adverse structural effects on the eye, and stopping treatment simply means myopia will progress at its natural rate again. We monitor progress closely and can discuss switching or adding other strategies if we do not see the slowing we hope for.
Coverage varies widely depending on your insurance plan and location. Some vision plans may cover part of the cost as a standard eyeglass benefit, while others do not cover any specialty myopia management treatments. We recommend contacting your insurance provider directly to ask about coverage for myopia control lenses and what documentation they require.
We typically recommend continuing Stellest throughout the years of active eye growth, often until the late teen years when myopia progression naturally slows or stops. Stopping too early may allow rapid progression to resume. The total duration depends on your child's age, progression rate, and when their eyes stabilize, which varies from child to child.
Stellest lenses are eyeglasses, so they carry very few risks compared to contact lenses or medications. Most children adapt within a few days, though some experience temporary symptoms or require adjustments.
- Peripheral blur, ghosting, or glare in the first few days, usually improving with adaptation
- Headaches or eye strain if fit, centration, or prescription is not optimal
- Awareness of the lenslet zone in certain lighting conditions for some wearers
- Reduced contrast sensitivity reported by a small number of users
- Persistent symptoms warrant reassessment of fit, centration, prescription accuracy, and binocular vision status
Stellest may still slow further progression even in children who already have high myopia, though the primary goal is to prevent myopia from becoming high in the first place. Starting treatment earlier offers the greatest benefit, but we may still recommend Stellest or another myopia management approach for older children or those with stronger prescriptions if their eyes are still growing and progression continues.
If your child stops wearing Stellest before their eyes have finished growing, myopia progression will likely return to its natural rate. The slowing achieved while using Stellest is not lost, meaning your child keeps the benefit of the reduced progression that occurred during treatment, but future progression will no longer be controlled. We usually advise continuing treatment until eye growth stabilizes to maximize long-term benefit.
Getting Help for Your Child's Myopia
If you are concerned about your child's worsening nearsightedness, we encourage you to schedule a comprehensive eye exam so we can measure their current prescription, assess how quickly myopia is progressing, and discuss all available management options including Stellest lenses. Together, we will create a personalized plan to protect your child's vision and long-term eye health.