From £400 ALL INCLUSIVE OF TESTS

Myopia Control Clinic for Children In London

Control your child’s short sightedness at our Myopia Treatment & Management Clinic

Top London Surgeon

Trusted and highly recommended locally.

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Honest advice with no obligation to proceed.

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The safest laser treatments available.

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What is Myopia?

Myopia, also known as ‘shortsightedness’ or ‘near sightedness’, is when the eye grows too long, causing distant vision to become very blurry. Near vision remains sharp.

This means the light comes to a focus in front of the retina rather than on the retina so glasses or contact lenses are required to see sharply.

However, if the eyes continue to abnormally elongate, the retina is stretched over a greater length and the more the eye elongates the greater the risk of irreversible loss of vision later in life. This is why the control of myopia (shortsightedness) is very important during childhood. Myopia has become much more prominent among children to the point where it is now considered a pandemic. More children worldwide are becoming myopic and their myopia is more severe.

Anti-Myopia lifestyle

Regular daylight is key to slowing childhood myopia. move as much reading and screen time to outdoors as possible every day, not just weekends. Aim for 2+ hours of daylight cumulatively (e.g., a 30-minute walk to school plus homework in the garden); it’s daylight, not necessarily sunshine. 

This habit supports eye health and also improves wellbeing and reduces anxiety. The My-iClinic team can help families build practical routines that increase outdoor time without giving up the activities kids enjoy.

Why is Myopia becoming more common?

In the last two or three generations we humans have moved our lives indoors. Our eyes now experience much lower levels of light and our gaze is more on close objects. In the past our vision would have been constantly alternating between near and far and most tasks were performed outdoors. 

This change in how we live means that our eyes are predominantly experiencing prolonged uninterrupted close work indoors in abnormally low levels of light. In the natural world during daytime the outdoor light level usually is about 5000 to 100,000 lux (lux is the unit of light falling on an object). 

Even on a dull winters day the level outdoors is never less than 1000 lux. Most domestic, office or school environments rarely exceed 700 lux. Additionally, light levels outdoors fluctuate second to second both in terms of intensity and composition while light levels indoors are static.

Myopia research

Our Myopia specialists have been treating children and adults with myopia (nearsightedness) for over 6 years.
 
During these years, we have noticed a rapid progression of myopia in young children, aged as little as 3 years old.
 
This research has identified that natural daylight is essential for our eyes to develop naturally, without the eye needing to compensate its natural rate of growth and normal shape. The longer the axial length of a child’s eye, the more difficult their vision becomes.
 
The purpose of monitoring and slowing the growth of your child’s axial length is to make sure their vision in the future is saved and they will not experience visual impairment or even blindness.

Myopia treatments?

Lifestyle changes, special anti myopia glasses or contact lenses, atropine eye drops and careful, continuous monitoring of your child’s myopia are all effective in treating your child’s myopic condition.
 
Our 0.01% and 0.05% atropine eye drops can be prescribed by our myopia specialist to prevent your child’s eye from rapidly elongating and reduce the chance  of  symptoms of worsening vision during adulthood.
 
However, our atropine treatments are most effective when lifestyle changes are made by moving our day-to-day indoor activities into the natural daylight.

It is not a question of finding a ‘cure’ for myopia, it is a question of allowing our future children to live in an environment that is close to nature, and natural light.

This allows your child’s eyes to naturally develop and stop the condition of myopia starting in the first place. Leave the eye alone and it will be perfect.

This concept is not only true for myopia but for many of the crises humanity is currently facing.

Mitigating your child's Myopia

Our Myopia mitigation and control clinic is a program of treatment that reduces the rate of growth of the eye and stops it getting too long.
 
By 2050 the World Health Organization predicts that 50% of our world’s population will be suffering from Myopia.
 
We are here to create a positive impact and help reduce this predicted number by providing accessible Atropine treatment and expert optical and lifestyle advice for your child.

Treatment options for myopia control

Myopia treatment we can provide with regular management in North London.

Atropine eye drops 0.01% & 0.05%

Low-dose atropine eye drops such as 0.01% and 0.05% are proven to be an effective treatment to slow down Myopia progression. Your child’s Myopia specialist will be able to assess which dose will be the right treatment for your child’s vision.

When coming for a private Myopia consultation with our Myopia specialist, they will decide which Atropine eye drops are best for your child’s eye health based on what level of risk is that  your child’s Myopia will  progress.

myopic-kids

Myopia check-up & management appointment

After your child has been commenced on their anti myopia treatment including Atropine eye drops, it is very important that they attend a Myopia check-up at least every 6 months. Your child’s Myopia specialists will need to assess the effectiveness of the treatment and the health of your child’s eye.

 

Because Myopia is a chronic condition, it needs to be monitored carefully to prevent the eye from growing excessively. Some people think Myopia is a curable eye condition once they have their Atropine eye drops, but in some cases your child’s eyes may start rapidly growing too long.

A myopia check-up appointment is very important in order to be certain that the treatment is having the desired effect. 

Other treatments your opticians can help with

Ortho-k contact lenses

Ortho-k contact lenses gently reshape the cornea and remodel the outermost layer of the cornea of your child’s eyes while they sleep. During the day the child has clear vision without any glasses. Not all prescriptions can be corrected with OrthoK but those children who successfully wear them love being free of glasses and also, tend to best controlled.

Anti-myopia glasses

MiYOSMART and Stellest glasses have been shown to slow the growth of children’s eyes. These glasses provide clear vision simultaneously at all viewing distances but have special adaptations to focus the peripheral retinal light differently. We recommend that wherever possible they child wears these instead of standard glasses.

Daytime contact lenses

Anti-myopia soft contact lenses worn daily are available and are effective in slowing down progression. Many children prefer to wear contact lenses for cosmetic and practical reasons.

Combination therapy

Research has shown that combining anti-myopia glasses or anti- myopia contact lenses with low dose Atropine is more effective than either options on their own. For this reason we always advocate combination therapy.

Repeated Red Light Therapy. (RLRL)

RLRL is a device which looks similar to a microscope into which the child looks. The device delivers a specific dose of red laser light to the macula. The treatment is for three minutes twice a day for five days a week and is usually continued for up to three years. We are researching the long term safety and efficacy of this modality and the initial data looks very promising.

Beware of lookalike copies

Because of the success of the first anti-myopia contact lenses and glasses other manufacturers have rushed to introduce their own versions. Most of these branded lookalikes have no research data supporting them so we do not know yet if they safe or effective. You can discuss these at your visit.

Have you noticed that your child has an existing or emerging eye condition?

It’s worrying, because you know that good vision is essential for them to not fall behind, both developmentally and socially.
 
So, you’re looking for a child-friendly and affordable eye doctor who can help give your child the best opportunity to live a visually able life. 

What do children with Myopia experience?

conjunctivitis-treatment-london

The world feels different

Your child has gotten used to frequent changes in their glasses prescription. But headaches, eyestrain and squinting is not always the best quality of life, especially when children are growing, adapting and learning new things everyday.

 

When myopia develops, it can be difficult for children to understand their condition without appropriate guidance and treatment.

private-cataract-solutions-london

Experience of development

A child’s experience of learning, exploring the world and developing shouldn’t be hindered by the experience of glasses. Children with myopia can feel hopeless and frustrated when they believe they have little chance of removing their glasses.

 

For us, helping children understand that their myopia condition can be slowed down by lifestyle changes and available treatments will give them a chance to embrace their glasses without frequent prescription changes.

Booking your child’s Myopia consultation

If you think your child is ready for Myopia treatment, we can help. With our Atropine eye drops we can slow down the progression of your Myopia and manage your Atropine treatment to check the effectiveness and benefits for your child’s future vision.

Do you want a friendly information pack for your child to understand Myopia?

Are you above the age of 21?

Fortunately, there are many amazing ways we can correct short sightedness in adults.
 
Glasses can be a low cost solution. Contact lenses, although not always ideal, can be a practical one. But there are even more effective ways to correct vision now.
 
At My-iClinic, our specialists are experts in three types of procedures that can cure your short sight, with or without astigmatism:

Laser eye surgery

(ReLEX SMILE, LASIK, LASEK & PRK)

Plano 2025

By 2050, 4.9 billion people will be myopic, most of whom have not yet been born.

When they arrive in this world their eyes will contain the perfect algorithm for eye growth that evolved for millions of generations and has produced emmetropia (crisp clear vision).

But as soon as they arrive in the modern urbanized world this algorithm is corrupted by unnatural environmental inputs which causes the eye to continue to elongate, resulting in Myopia.

Plano 2025 is an organisation whose aim is that no child born after 2025 should become myopic. If we are diagnosing 10-year-olds with myopia in 2035 we have failed.

And it is not a question of finding a “cure” for myopia, it is a question of allowing our future children to live in an environment that is close to nature.

This will allow natural eye development and stop the development of myopia in the first place.

Leave the eye alone and it will be perfect. This concept is not only true for myopia but for many of the crises that the human race is currently facing.

Advanced Information On Myopia

Short-sightedness often progresses through school years, but the right plan can slow it down. Use the table below to compare proven options—from lifestyle habits and special spectacle lenses to contact lenses, overnight Ortho-K, and low-dose atropine; so we can tailor the safest, most effective approach for your child at My-iClinic.

Myopia in Children - Control Options at a Glance

Compare evidence-based treatments that slow myopia progression, plus daily habits that help. Your child’s plan is personalised after assessment.

Option Who It Suits Effect on Progression* Daily Routine Pros Considerations Review Schedule
Lifestyle & Habits (foundation) All children at risk or with myopia Helps reduce risk/progression ≥2 hrs/day outdoors; 20-20-20 rule; good lighting; limit prolonged near work Low cost; universal benefits; pairs with any treatment Needs family routine/support; not a stand-alone fix for progressing myopia Every 6–12 months if low risk; otherwise per treatment plan
Myopia-Control Spectacle Lenses Younger children; those not ready for contacts Moderate (vs single-vision) Full-time wear for school, home, sport (durable frames) Easy to use; no contact lens handling; good safety Less effect than some contact-based options in fast progressors Every 6 months; annual axial length/topography if available
Dual-Focus / Multifocal Soft Contacts Children comfortable with lenses; active/sporty Moderate–High Daily disposables; teach handling/hygiene; backup glasses for illness Strong evidence; great for sport; freedom from glasses Needs motivation and hygiene; contact-lens risks if care lapses 3–6 months initially; then 6-monthly
Orthokeratology (Overnight Lenses) Older children/teens; sport; daytime lens-free High (with good adherence) Nightly wear; meticulous cleaning; morning lens removal No lenses in daytime; robust control when well-fitted Strict hygiene critical; not ideal for allergy/dry eye; higher fitting cost 1–2 weeks after start, 1–3 months, then 6-monthly
Low-Dose Atropine (nightly drops) Younger children; fast progressors; lens-intolerant Moderate–High (dose-dependent) 1 drop nightly; sunglasses for glare if needed; continue ≥1–2 years Simple; works with any optical correction; combo-friendly Possible light sensitivity/near blur at higher doses; requires script 3–6 months initially; then 6-monthly monitoring
Combination Therapy Rapid progression or high-risk families Often higher than single modality E.g., atropine + multifocal contacts or Ortho-K + lifestyle plan Maximises control; tailored to child More clinic touchpoints; adherence important Every 3–6 months with axial length where possible
*Effect on progression is illustrative and varies by age, baseline Rx, adherence, and individual response. Your My-iClinic specialist will customise the plan and monitoring.

Our Most Important FAQs About Myopia

Thinking about Myopia? It’s natural to have questions about what it can do for you. From vision improvements to advanced safety features, here are the key benefits and facts that will help you understand why more people than ever are choosing laser vision correction.

Myopia (nearsightedness) is a condition where the eye abnormally elongates. Myopia is a continual growth of the eyes axial length, which although cannot be cured, can rapidly progress into hyperopia. Lifestyle changes and atropine treatment is provided by our myopia specialist to slow down the progression of your child’s myopia. 

Myopia is caused by your child’s eyes growing too long. There can be many potential factors.

Myopia is a chronic condition which means it cannot b e completely cured but it can be managed to reduce any negative symptoms your child is experiencing.

We can provide 0.01 and 0.05% Atropine eye drops. These eye drops can be used in children to slow the rate of their eye growing (the progression of a child’s Myopia).

Our specialists can advise a number of treatments which can help slow the progression of your Child Myopia. At My-iClinic we can personally provide you with Atropine eye drops which is a successful method of preventing the progression of the eye growing.

Myopia can cause some complications as the condition continues later in life. These conditions such as: Macular Degeneration, Retinal Detachments, Cataracts and/or Glaucoma, can cause a risk of blindness. Generally, the longer the eye progresses its growth, the greater the risk of complications over a person’s lifetime.

If you are over the age of 21, we can treat your short sightedness with our laser eye surgery procedures or with implantable contact lenses.

If left uncontrolled myopia increases. The risk of vision loss
increases exponentially with the length of the eye. So the earlier the treatment is started the lower the risk to vision during life.

 

Increasing evidence is that Myopia can continue to worsen in adulthood. This is especially true if the axial length exceeds 26mm. Early treatment to keep the length of the eye less than 26mm is best.

The best management is to regularly visit your local opticians and maintain your Myopia check up appointments with their Myopia specialist.

There are no genes for myopia, only genes for emmetropia (normal vision). Almost all myopia today is environmental. Myopia in families is almost always caused by the children inheriting their parents’ lifestyle. Some people have a genetic makeup that makes them more susceptible to a myopia stimulus but their genes do not cause their myopia.

There are genetic conditions associated with myopia but they are very rare.

The risk of untreatable visual impairment due to myopia increases exponentially with the length of the eye. Any of the conditions associated with myopia, i.e. cataract, glaucoma, retinal detachment, macular degeneration, all can cause blindness.

There is currently no way to improve (reverse) shortsightedness. But you can prevent its worsening through:

  • Reduction of digital screens.
  • Avoiding reading or working indoors in dark surroundings.
  • Regular interval breaks to relax eye muscles.

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Meera Radia

Consultant Ophthalmologist

SPECIALTIES

EDUCATION

  • FRCOphth – Fellow of the Royal College of Ophthalmologists
  • CertLRS – Certificate in Laser and Refractive Surgery, Royal College of Ophthalmologists
  • MBA – awarded a fully funded academic scholarship for postgraduate business studies
  • MBBS (Hons)
  • BSc (Hons)
  • Ophthalmology Specialist Training – North Thames Deanery
  • Advanced Fellowship Training in Medical Retina, Uveitis and Cataract Surgery – Moorfields Eye Hospital, London

RESEARCH

Meera has published and presented research across medical retina, artificial intelligence, ophthalmic imaging, cataract and digital eye care.
Her research has included work on deep-learning systems for the detection of retinopathy of prematurity, artificial-intelligence classification of retinal images, surgical outcomes in macular hole surgery, ophthalmic simulation and the availability of image datasets for anterior-segment artificial intelligence research.
Selected publications include work in the Journal of Cataract & Refractive SurgeryThe Lancet Digital HealthGraefe’s Archive for Clinical and Experimental OphthalmologyInvestigative Ophthalmology & Visual Science and the British Journal of Hospital Medicine.
She was also part of a team awarded a £70,000 Bayer Ophthalmology Research Award for research into artificial intelligence in retinopathy of prematurity.

AFFILIATIONS

  • Royal College of Ophthalmologists
  • European Society of Retina Specialists (EURETINA)
  • European Society of Cataract and Refractive Surgeons (ESCRS)
  • UK & Ireland Society of Cataract and Refractive Surgeons
  • International Ocular Inflammation Society
  • Chair and Lead, North West London Uveitis Network
  • Royal College of Ophthalmologists CESR Pathway Assessor
  • Former Associate College Tutor, Western Eye Hospital, Imperial College Healthcare NHS Trust
  • NHS England Clinical Entrepreneur Programme Fellow
  • Former elected Public Governor, Royal Free London NHS Foundation Trust

Harry Orlans

Consultant and Surgeon

SPECIALTIES

EDUCATION

– BA (Hons) Physiology & Neuroscience, 1st Class, University of Cambridge (2007)
 
– BM BCh Batchelor of Medicine & Batchelor of Surgery with Distinction, University of Oxford (2010)
 
– MA (Cantab), University of Cambridge (2011)
 
– The Crombie Medal, Royal College of Ophthalmologists (2011)
 
– FRCOphth, Royal College of Ophthalmologists (2017)
 
– DPhil (PhD), University of Oxford (2019)
 
– Fellowship in Vitreoretinal Surgery, St Thomas’ Hospital, London (2020-2021)
 
– Fellowship in Vitreoretinal Surgery, Moorfields Eye Hospital, London (2022-2023)
 
– Fellowship in Medical Retina, Moorfields Eye Hospital, London (2023)
 
– AFHEA, Associate Fellow of the Higher Education Academy (2025)
 

LATEST RESEARCH

– MRC/Fight for Sight Clinical Training Research Fellowship (2015)
 
– The Founders Cup and Medal, Oxford Ophthalmological Congress (2018)
 
– MRC Developmental Pathway Funding Scheme (2020)
 
– The Ruskell Medal for Research, The Worshipful Company of Spectacle Makers (2021)
 
Zheng Q, Orlans HO, Staurenghi F, McClements ME, MacLaren RE. Design and Validation of Mirtron-Mediated RNA Interference for Gene Therapy Therapy Methods Mol Biol. 2026; 3023: 195-206.
 
Orlans HO, Yazdouni S, Williamson TH, Wong RS, Laidlaw DAH. A novel post-operative drop regimen reduces risk of ocular hypertension following pars plana vitrectomy. Ophthalmologica. 2023; 246(1):32-38.
 
Azad A, Laidlaw DAH, Orlans HO. Using QR smartphone technology to improve patient communication and information distribution. Eye 2022;26(6):1321-1322.
 
Orlans HO, McClements ME, Barnard AR, et al. Mirtron-mediated RNA knockdown/replacement therapy for the treatment of dominant retinitis pigmentosa. Nat Commun 2021;12:4934.
 
Corazza P, D’Alterio FM, Kabbani J, Alum MMR, Mercuri S, Orlans HO, Younis S. Long-term outcomes of intravitreal anti-VEGF therapies in patients affected by neovascular age-related macular degeneration: a real-life study. BMC Ophthalmol 2021;21:300.
 
Xue K, Jolly JK, Barnard AR… Orlans HO et al. Beneficial effects on vision in patients undergoing retinal gene therapy for choroideremia. Nat Med 2018;24:1507–1512.

AFFILIATIONS

Fellowships and Memberships in Professional Societies
 
– Fellow of the Royal College of Ophthalmologists
 
– Member of the British & Eire Association of Vitreoretinal Surgeons (BEAVRS)
 
– Member of the European Society of Retinal Specialists (Euretina)
 
– Associate Fellow of the Higher Education Academy (Advance HE)