Paediatric Eye Care in Gurgaon | Children’s Eye Doctor | Dr Shibal Bhartiya | What Every Parent Should Know
Children rarely complain about blurry vision, because they have nothing to compare it to. A timely eye exam can be the difference between a fixable problem and a permanent one.Book a Children’s Eye Exam →
Why Children’s Eye Health Cannot Wait
The visual system is not fully formed at birth. It develops rapidly in the first decade of life, shaped by the quality of input each eye receives. If one eye has blurred vision, from an uncorrected spectacle number, a squint, or a drooping lid, the brain quietly deprioritises that eye. Over time, it stops processing its signals altogether. This is amblyopia, or lazy eye. It is painless, invisible to the child, and fully reversible, but only if caught in time.
The treatment window for amblyopia closes around age 7 to 8. After adolescence, it closes almost entirely. This means the age at which a problem is detected matters as much as the problem itself.
Beyond amblyopia, children in India face a rapidly growing myopia epidemic, rising rates of screen-related eye strain, and a consistent backlog of undetected refractive error. Most of these problems are silent. Most are fixable, if found early.
Conditions That May Affect Your Children’s Eyes
Refractive Error
Myopia (short-sightedness), hypermetropia (long-sightedness), and astigmatism are the most common eye conditions in children. Myopia prevalence in urban India is rising sharply, driven by increased near work, reduced outdoor time, and genetic susceptibility. A child with uncorrected myopia cannot see the board. A child with uncorrected hypermetropia may appear to see adequately but suffers headaches and fatigue from the constant effort of focusing. Neither child may ever complain.
Amblyopia (Lazy Eye)
Amblyopia occurs when one eye, or occasionally both, develops weaker vision than expected and the brain suppresses its input. It is caused by uncorrected refractive error, squint, or anything that blocks the visual axis (a drooping lid, a cataract). Treatment includes glasses, patching, or atropine drops. It is effective but must begin early. The earlier treatment starts, the better the outcome.
Squint (Strabismus)
A squint is a misalignment of the eyes. One eye may turn inward, outward, upward, or downward. It may be constant or intermittent. In young children, a squint does not resolve on its own. It is a medical condition requiring assessment. Squint is frequently associated with amblyopia, and both need treatment. Surgery, where needed, corrects the alignment. Glasses and patching address the amblyopia separately.
Myopia Progression
A child diagnosed with myopia is not simply given glasses and discharged. Myopia that progresses unchecked carries lifelong risks, retinal detachment, glaucoma, macular disease. Myopia control, using low-dose atropine drops, specially designed spectacle lenses, or orthokeratology, is now standard of care in children with progressive myopia. Annual monitoring is essential.
Developmental Glaucoma
Rare but sight-threatening. An unusually large eye, cloudy cornea, excessive tearing, or marked light sensitivity in a newborn or infant are warning signs. Any of these warrants urgent specialist review. Developmental glaucoma requires early surgical intervention.
Retinoblastoma
A childhood eye cancer that most commonly presents as a white or yellowish glow in the pupil, often first noticed in a photograph. Any white reflex in a child’s eye in a photo must be evaluated immediately. Retinoblastoma is life-threatening but curable when detected early.
Other Conditions
Nasolacrimal duct obstruction (blocked tear duct) is common in infants and usually resolves with massage and drops. Congenital cataract, ptosis (drooping eyelid), and nystagmus (involuntary eye movement) are less common but important causes of amblyopia that require early intervention.
Warning Signs: When to See an Eye Doctor Now
- One eye turning in or out
- Squinting to see distant objects
- Sitting very close to screens or the TV
- Tilting or turning the head to look
- Frequent eye rubbing
- Headaches after reading or screen use
- White or yellow glow in pupil in photos
- Drooping eyelid
- Watery or persistently red eyes
- Avoiding reading or near work
- Holding books very close to the face
- Poor school performance without clear cause
When Should Children Have an Eye Exam?
Eye check-ups should follow a schedule, just like vaccinations. Children with risk factors: prematurity, family history of squint, amblyopia, high refractive error, or childhood glaucoma, developmental delay, or conditions like diabetes, should be seen sooner and more frequently.
| Age | No Known Risk Factors | At-Risk Children |
|---|---|---|
| At birth | Screening by paediatrician | Ophthalmology consultation |
| Birth – 24 months | At 6 months | At 6 months or earlier, as advised |
| 2 – 5 years | At age 3 | At age 3 or earlier, as advised |
| 6 – 18 years | Before first grade, then every 2 years | Annually or as advised |
School screenings are not enough. They detect large refractive errors but miss amblyopia, mild prescriptions, binocular vision problems, and retinal conditions. A normal school screening result does not replace a full eye examination.
What Does a Children’s Eye Examination Involve?
A paediatric eye exam is adapted to the child’s age and level of cooperation. Younger children do not need to read letters, vision is assessed using pictures, symbols, or preferential looking techniques that require only pointing or turning toward a stimulus.
A complete paediatric eye assessment typically includes:
- Visual acuity — age-appropriate charts; pre-literacy testing for young children
- Cycloplegic refraction — eye drops temporarily relax the focusing muscle to reveal the true spectacle number without interference from the child’s own accommodation. This step is essential in children and cannot be replaced by a non-dilated test.
- Cover test and ocular motility — to detect squint and assess how the eyes move and align together
- Binocular vision and stereopsis — to check how well both eyes function as a pair in three dimensions
- Dilated fundus examination — a detailed view of the retina and optic nerve
- Intraocular pressure measurement — when developmental glaucoma is suspected
- Nasolacrimal assessment — in infants with persistent watering
Note on cycloplegic drops: These drops blur near vision for 4–6 hours and cause light sensitivity. Bring sunglasses and plan to keep screens and books away for the rest of that day. The blurring is temporary and causes no harm.
The Myopia Epidemic in Indian Children
Myopia prevalence in Indian children has increased significantly over the past two decades. Urban children develop myopia younger and progress faster than previous generations. The two main drivers are well-established: more time spent on near work, screens, reading, studying, and a sharp drop in outdoor time.
Natural outdoor light has a measurable protective effect against myopia onset and progression. Even 60–90 minutes of outdoor time daily reduces risk. The mechanism appears to involve light intensity and dopamine release in the retina.
For children already myopic, glasses correct vision but do not slow progression. Myopia control strategies with good evidence include:
- Low-dose atropine eye drops (0.01–0.05%) — the most studied option; applied nightly; effective with minimal side effects at low doses
- Orthokeratology (Ortho-K) — rigid contact lenses worn at night that temporarily reshape the cornea; eliminates daytime glasses or lens use while slowing axial growth
- Myopia control spectacle lenses — designs such as DIMS, HALT, and DOT technology reduce peripheral defocus and slow elongation of the eye
- Multifocal soft contact lenses — an option for older children and adolescents
Children on myopia control treatment should be reviewed every 6 months. The goal is to reach adulthood with the lowest possible degree of myopia.
Screen Time: What the Evidence Actually Says
Screens do not permanently damage the eyes. This is worth stating clearly, because parental anxiety about screens is often directed at the light itself rather than what screen time displaces.
The real concerns are: reduced blinking causing dry eye and discomfort; sustained near focus contributing to eye strain and headaches. Most importantly, replacement of outdoor time, which is the primary modifiable driver of myopia in children.
Practical evidence-based guidance:
- No screens for children under 2 (video calls excepted)
- Maximum one hour per day for ages 2–5
- For older children: the 20-20-20 rule. Every 20 minutes of near work, look at something 6 metres away for 20 seconds
- Screen distance at arm’s length or more; no screens on a bed in a slumped posture
- No screens in the 30–60 minutes before sleep. Blue light suppresses melatonin and disrupts sleep quality
- Minimum 60–90 minutes of outdoor activity daily. This is the single most impactful daily habit for myopia prevention
Nutrition and Children’s Eye Health
A varied diet supports healthy visual development through childhood. The key nutrients are:
- Vitamin A — essential for low-light vision and corneal health. Severe deficiency remains a cause of childhood blindness in parts of India. Sources: eggs, dairy, carrots, sweet potato, dark leafy greens.
- Omega-3 fatty acids (DHA/EPA) — critical for retinal development, especially in infants and young children. Sources: oily fish (salmon, sardines, mackerel), walnuts, flaxseed.
- Lutein and zeaxanthin — concentrated in the macula; protect against oxidative damage. Sources: spinach, kale, corn, eggs.
- Zinc — supports Vitamin A metabolism and retinal function. Sources: lentils, chickpeas, seeds, dairy.
Children with restricted diets, chronic illness, or signs of malnutrition should be specifically assessed for Vitamin A deficiency.
As published in the media
Dr Shibal Bhartiya wrote on children’s eye health for the Times of India (December 2024), covering practical steps parents can take — including screen time management, outdoor activity, protective eyewear, nutrition, and the importance of regular eye exams. Read the Times of India article
Frequently Asked Questions
My child passed the school eye screening. Do they still need a formal exam?
Yes. School screenings identify children with obvious distance vision problems but routinely miss amblyopia, mild refractive errors, binocular vision problems, and all retinal conditions. A passed school test does not substitute for a full eye examination.
My child is 4 and cannot read letters. Can they still have an eye exam?
Absolutely. Paediatric eye exams do not require literacy. Vision can be assessed using pictures, symbols, and preferential looking methods that need only pointing or turning toward a target. Cycloplegic refraction gives an accurate spectacle number at any age.
Will my child need glasses for life if they are prescribed them now?
It depends on the condition. Myopia typically stabilises in the early 20s. Hypermetropia in young children sometimes reduces with age. Glasses for amblyopia may be needed long-term or reduced as vision improves. Your doctor will advise based on the specific diagnosis and the eye’s response to treatment.
My child refuses to wear their glasses. What can I do?
This is common. First, confirm the frames fit well. Poorly fitting glasses are genuinely uncomfortable. Second, ensure the prescription was obtained with cycloplegic drops; an under-corrected prescription is uncomfortable and children resist it. For amblyopia, missed glasses-wearing time in the critical period means lost visual potential that cannot be recovered. A review with your eye doctor is the right first step.
Is low-dose atropine safe for children?
Low-dose atropine (0.01% to 0.05%) has been studied extensively in large multicentre trials and has a strong safety record over years of use. At these doses, side effects, mild pupil dilation and slight reduction in near focus, are minimal and well tolerated. It is currently one of the most evidence-based options for slowing myopia progression in children.
At what age can my child have LASIK?
LASIK is not suitable for children. The spectacle number needs to be stable for at least 1–2 years before laser surgery is considered, which typically means adulthood, usually from age 18 onwards. For children and teenagers with myopia, the priority is myopia control, not refractive surgery.
Your Child’s Vision Develops Once
Early problems are treatable. Missed windows are not. If your child has not had a formal eye examination, now is the right time.
Book an Eye Exam →Exam Schedule Guide
Related Pages
7 Ways to Take Care of Your Child’s Eye Health (Published Article)
Routine Eye Examination for Children
Read the research articles
This article has been written by Dr Shibal Bhartiya, a glaucoma specialist in Gurgaon known for ethical, patient-centred glaucoma care and independent glaucoma second opinions. She is also a research collaborator with Mayo Clinic, Jacksonville, Florida, USA. This article has been updated in March, 2026.
She has published peer-reviewed research, examines how treatment decisions should balance medical evidence, patient preferences, and long-term vision outcomes.
These peer-reviewed articles are benchmarks for eye doctors globally, and can be accessed on PubMed and Google Scholar
If you would like a structured glaucoma risk assessment or second opinion:
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