Friday, June 5, 2026

Incerasing Glasses power in children : Myopia progression- know everything

 

Myopia in Children: Why Is My Child's Glasses Power Increasing Every Year? (And How to Stop It)

A complete, science-based guide to myopia progression, atropine eye drops, and child eye care — from the pediatric ophthalmology team at Vedanta Netralaya, with eye care centres in Ghaziabad, Noida Extension (Greater Noida West), and Hapur.


Is your child's glasses number going up every visit? You are not alone.

Every few months you take your child for an eye check-up… and the glasses power increases again. Minus one becomes minus two, then minus three. As a parent, a quiet fear sets in — "Will my child go blind? Did the glasses spoil his eyes? Did we do something wrong?"

Take a deep breath. This rising number has a name — myopia progression — and today it is one of the most common reasons parents bring children to a pediatric ophthalmologist. The good news: while myopia cannot be reversed, modern child eye care has proven, scientific ways to slow it down. This guide explains exactly why the power increases, when it stops, and the treatments that actually work.

If your child's eye number keeps rising, you can book an eye doctor consultation at any of our three centres — Ghaziabad, Noida Extension (Greater Noida West), or Hapur — listed at the end of this article.


What is myopia, and why does the glasses power keep increasing?

Myopia (short-sightedness or nearsightedness) happens when the eyeball grows too long from front to back. Doctors call this axial length. When the eyeball becomes longer than it should, light focuses in front of the retina instead of on it — so distant objects look blurry, while near objects stay clear.

Here is the most important myth to clear up: glasses do not make myopia worse. The eyeball growing longer is what increases the number — the glasses simply help your child see clearly while that natural growth happens.

How much growth are we talking about? In a normal eye, the eyeball grows only about 0.1 mm per year and settles down by the pre-teen years. In a myopic eye, it grows faster — often 0.2 to 0.3 mm every year — and continues growing for many more years. That tiny extra growth, repeated year after year, is exactly why the glasses power keeps climbing. This is myopia progression, and catching it early is the heart of good child eye care.


When will my child's eye number finally stabilise?

This is the question every parent asks our pediatric ophthalmologist team. The honest, research-based answer comes from a major long-term study (the COMET study):

  • On average, myopia begins to stabilise around age 15 to 16.
  • In some children, the number can keep changing right up to about age 24.
  • At around age 15, roughly half of children have stopped progressing — the rest are still going.

There is one crucial warning from the science: the younger the child is when myopia starts, the higher the final number tends to be. Children who become short-sighted before age eight are at the highest risk of reaching very high myopia. This is precisely why our advice is never to "just keep changing glasses" — it is to start myopia control early under the guidance of an eye specialist.


What causes myopia in children?

Myopia is driven by a mix of two things:

  1. Genetics. If one or both parents wear glasses for distance, the child's risk is higher.
  2. Lifestyle — the part we can change. Excessive near work, high screen time, and especially too little time outdoors in daylight all push the eyeball to keep stretching.

In short, genetics loads the gun, but lifestyle pulls the trigger. That is actually empowering news for parents, because it means your daily choices have real influence over your child's eye health.


Can myopia be reversed? The honest truth

Let us be completely honest: there is no cure that reverses myopia. Once the eyeball has grown longer, it cannot shrink back, so no eye drop, tablet, or exercise can erase an existing number. Be very cautious of anyone — or any "ayurvedic eye drop" — that promises to reduce the number. Unproven drops can even harm a child's eyes.

But this does not mean you are helpless. Science has given us three proven ways to slow myopia progression. Let's look at each.


Proven Treatment #1: Low-dose Atropine eye drops

The first scientifically proven treatment is a prescription medicine called atropine eye drops, used in a very low concentration. This is completely different from herbal or over-the-counter drops, and must always be prescribed and monitored by an eye doctor.

How do atropine eye drops work? They send a "slow down" signal to the eye, reducing how fast the eyeball lengthens. Atropine does not reverse the number — it slows the future increase.

Which concentration? The landmark LAMP study (Low-Concentration Atropine for Myopia Progression) compared 0.05%, 0.025%, and 0.01% atropine. Over three years, 0.05% atropine was the most effective — more than double the effect of 0.01%. So while 0.01% is the gentlest dose, current evidence often favours 0.05% for stronger control. Your pediatric ophthalmologist chooses the right strength for your child.

At what age? Atropine eye drops are generally used in children roughly between 5 and 18 years of age, placed in the eye once at night, at bedtime.

For how long? Not weeks — usually a minimum of two to three years, and often longer, continuing until myopia naturally stabilises in the late teens.

The rebound effect — why you should never stop suddenly. Studies show that stopping atropine too early — especially in younger children — can cause myopia to speed up again (a "rebound"). The rebound is larger with higher doses and younger age at stopping. That is why the modern approach is to continue treatment patiently and simply restart the drops if progression returns. Start under medical guidance, continue steadily, and stop only when your eye doctor confirms the eye has stabilised.

If you want to know whether atropine eye drops are suitable for your child, this is exactly the kind of decision our specialists handle during an eye doctor consultation.


Proven Treatment #2: Outdoor time and daylight (and it's free!)

The second proven method costs nothing — outdoor time in daylight.

The research is striking. A famous trial in Guangzhou, China showed that just 40 extra minutes of outdoor time cut new myopia cases by nearly 25% over three years. Another study in Taiwan found that around 80 minutes a day could cut new cases by roughly half.

How much does my child need? The research target is at least 2 hours every day outdoors — and more is better.

Which sport or game is best? Here is the surprising part: it is not the type of exercise that matters most — it is the bright outdoor light. So any outdoor activity in daylight counts: cricket, football, cycling, badminton, running, skipping — even walking or a picnic. What matters is the daylight and looking at distant objects.

One honest point: outdoor time is most powerful at preventing myopia from starting. For a child who already wears glasses, it helps a little less — but it still protects overall eye health, body, and mind. So please, send your children outside every single day.


Proven Treatment #3: Myopia-control glasses (MyoCare)

The third proven option is special myopia-control glasses — not ordinary spectacles. A modern example is the MyoCare lens.

The technology. A normal lens only corrects vision. A MyoCare lens has a clear central zone for sharp vision, surrounded by a special zone of tiny microscopic structures called C.A.R.E. technology (Cylindrical Annular Refractive Elements). These create "competing defocus" that signals the back of the eye to slow its growth — an idea inspired by the ring-shaped pattern left after orthokeratology.

It is age-related. There are two versions: MyoCare for children under 10 years (smaller 7 mm clear zone) and MyoCare S for children 10 years and older (larger 9 mm clear zone), matched to how a child's vision behaviour changes with age.

Who can wear it? In clinical trials, MyoCare was used in children roughly 6 to 13 years old, with numbers between about −0.75 and −5.00. The lenses are worn full-time, like normal glasses, and continued until myopia stabilises in the late teens.

Does it work? Yes — and across continents. Trials showed children wearing MyoCare lenses had eye growth slowed close to that of a normal, non-myopic eye, and reduced fast myopia progression by up to 3.5 times compared with ordinary glasses, with benefits confirmed in both Asian and European children.


Common myths about children's glasses — busted

  • "Once he wears glasses, he'll need them forever." The glasses didn't trap his eyes — the eye already needed correction. They simply help him see.
  • "The number rises because of wearing glasses continuously." False. Giving a weaker number (under-correction) does not slow myopia — research shows it only strains the eyes.
  • "Ayurvedic eye drops will reduce the number." No drop can reduce an existing number, because the eyeball cannot shrink back.
  • "A tablet will cure it." There is no tablet that cures myopia.
  • "Glasses only for reading, or all day?" For a short-sighted child, science is clear — wear them full time, all day. Repeatedly removing them tires the eyes and does not slow the number.

The one thing every parent should do

Don't chase a cure. Start myopia control early — because the earlier you act, the lower your child's final glasses power is likely to be.

Visit a qualified pediatric ophthalmologist, get a proper check-up (including axial length measurement if available), and ask: "Is my child suitable for myopia control treatment?" That single question can protect your child's vision for life. Even after the number stabilises, regular eye check-ups remain important, because higher myopia carries lifelong risks to the retina.

At Vedanta Netralaya, our child eye care and  best eye doctor  teams across Ghaziabad, Noida Extension (Greater Noida West), and Hapur offer complete myopia evaluation, atropine therapy, and myopia-control lens fitting under one roof.


๐Ÿ“ Book Your Eye Doctor Consultation — Visit Vedanta Netralaya

Open Monday to Sunday, 9:30 AM – 6:30 PM | ๐Ÿ“ง info@vedantanetralyagzb.com

๐Ÿฅ Vedanta Netralaya — Ghaziabad (Raj Nagar)

Best Eye Hospital in Ghaziabad for Child Eye Care & Myopia Control ๐Ÿ“Œ C-16 RDC, Raj Nagar, Near Yes Bank, Ghaziabad, Uttar Pradesh – 201002 ๐Ÿ“ž Call: +91-98735 18513 | +91-99993 37402 ๐Ÿ—บ️ Get Directions on Google Maps

๐Ÿฅ Vedanta Netralaya — Noida Extension / Greater Noida West

Trusted Eye Hospital in Noida Extension for Pediatric Ophthalmology ๐Ÿ“Œ Galaxy Diamond Plaza, Haibatpur, Sector 4, Greater Noida West, Uttar Pradesh – 201016 ๐Ÿ“ž Call: +91-99716 53500 | +91-98735 18513 ๐Ÿ—บ️ Get Directions on Google Maps

๐Ÿฅ Vedanta Netralaya — Hapur

Leading Eye Doctor in Hapur for Children's Eye Care ๐Ÿ“Œ Meerut Road, Prem Nagar, Hapur, Uttar Pradesh – 245101 ๐Ÿ“ž Call: +91-85274 03450 ๐Ÿ—บ️ Get Directions on Google Maps

๐Ÿ‘จ‍⚕️ Worried about your child's increasing glasses power? Don't wait for the next jump. Call your nearest Vedanta Netralaya centre today and book a myopia consultation with our pediatric eye specialists.


Disclaimer: This article is for general awareness and reflects published scientific evidence as of early 2026. It is not a substitute for professional medical advice. Myopia treatment decisions should always be individualised by a qualified ophthalmologist.


Saturday, January 3, 2026

Retina Surgery – เคชूเคฐी เคœाเคจเค•ाเคฐी (Know Everything)

 

Retina Surgery – เคชूเคฐी เคœाเคจเค•ाเคฐी (Know Everything)

๐Ÿ“ž Emergency Retina Helpline:9971989831
๐Ÿ‘‰ Timely diagnosis and treatment can save vision


๐Ÿ‘️ Retina เค•्เคฏा เคนोเคคी เคนै? (What is Retina?)

  • Retina เค†ंเค– เค•े เคชीเค›े เคธ्เคฅिเคค เคเค• เคฌเคนुเคค เคชเคคเคฒी, light-sensitive layer เคนोเคคी เคนै।

  • เคฏเคน camera film เค•ी เคคเคฐเคน เค•ाเคฎ เค•เคฐเคคी เคนै – image capture เค•เคฐเค•े brain เคคเค• signal เคญेเคœเคคी เคนै।

  • Retina เค•ो เคจुเค•เคธाเคจ เคนोเคจे เคชเคฐ:

    • เคจเคœเคฐ เคงुंเคงเคฒी เคนो เคธเค•เคคी เคนै

    • เคšीเคœें เคŸेเคข़ी-เคฎेเคข़ी เคฆिเค– เคธเค•เคคी เคนैं

    • เค†ंเค– เค•े เค†เค—े เค•ाเคฒा เคธाเคฏा เคฏा เค…ंเคงाเคชเคจ เคญी เคนो เคธเค•เคคा เคนै

⚠️ Retina เค•ी เคฌीเคฎाเคฐी เค…เค•्เคธเคฐ emergency เคนोเคคी เคนै – delay เคฌเคนुเคค เคจुเค•เคธाเคจเคฆाเคฏเค• เคนो เคธเค•เคคा เคนै।


๐Ÿ› ️ Retina Surgery เค•्เคฏा เคนै?

Retina Surgery เคเค• advanced eye surgery เคนै, เคœिเคธเคฎें retina เค•ो repair, reattach เคฏा disease เคธे เค ीเค• เค•िเคฏा เคœाเคคा เคนै।

Vedanta Netralya เคฎें Retina Surgery Alcon Constellation Vision System เคธे เค•ी เคœाเคคी เคนै, เคœिเคธเคฎें:

  • ๐Ÿ”ฌ 20,000 cuts/min Vitrectomy Cutter – safe & precise surgery

  • ๐Ÿ‘️ 25-Gauge Micro-incision Surgery – เคฌिเคจा เคŸांเค•े, เค•เคฎ เคฆเคฐ्เคฆ

  • ๐Ÿ”ฆ Endolaser Technology – retina เค•े tear seal เค•เคฐเคจे เค•े เคฒिเค

  • ๐Ÿซง Gas / Silicone Oil Tamponade – retina เค•ो เค…ंเคฆเคฐ เคธे support เคฆेเคจे เค•े เคฒिเค

✅ Fast recovery | Minimum pain | High safety


๐Ÿ” Retina Surgery เค•เคฌ เคœเคฐूเคฐी เคนोเคคी เคนै?

  • Retinal Detachment (เคฐेเคŸिเคจा เค•ा เค…เคชเคจी เคœเค—เคน เคธे เคนเคŸ เคœाเคจा)

  • Vitreous Hemorrhage (เค†ंเค– เค•े เค…ंเคฆเคฐ เค–ूเคจ เคญเคฐ เคœाเคจा)

  • Diabetic Retinopathy เคฎें bleeding เคฏा traction

  • Macular Hole / Epiretinal Membrane (ERM)

  • เค†ंเค– เคฎें เคšोเคŸ (Trauma) เคฏा severe infection

⏱️ Retinal Detachment เคœैเคธी conditions เคฎें เคคुเคฐंเคค surgery เคœเคฐूเคฐी เคนोเคคी เคนै।


Emergency Retina Surgery – เคธเคฎเคฏ เค•ा เคฎเคนเคค्เคต

  • Retina detachment เค”เคฐ heavy bleeding เคฎें immediate surgery เคœเคฐूเคฐी

  • Delay เค•เคฐเคจे เคธे permanent vision loss เคนो เคธเค•เคคा เคนै

  • Vedanta Netralya เค•ा Retina First System เคธुเคจिเคถ्เคšिเคค เค•เคฐเคคा เคนै:

    • Emergency priority treatment

    • Same-day Retina Laser / Injection

    • เคœเคฐूเคฐเคค เคชเคก़เคจे เคชเคฐ เคคुเคฐंเคค Vitrectomy Surgery

๐Ÿ“ž Emergency Retina Helpline: 9971989831


๐Ÿ“ Surgery เคธे เคชเคนเคฒे เคœांเคš (Pre-Operative Tests)

Retina surgery เคธे เคชเคนเคฒे เคฏे เคœांเคš เค•ी เคœाเคคी เคนैं:

  • Blood Sugar & Blood Pressure control

  • Triple Viral Markers

  • OCT (Optical Coherence Tomography)

  • B-Scan Ultrasound

  • Patient counselling & positioning instructions


๐Ÿ› ️ Retina Surgery เค•ैเคธे เค•ी เคœाเคคी เคนै? (Step-by-Step)

๐Ÿ”น 1. Three-Port Vitrectomy (25G  /23 G)

  • เค†ंเค– เคฎें 3 เค›ोเคŸे micro-ports เคฌเคจाเค เคœाเคคे เคนैं:

    • Light เค•े เคฒिเค

    • Vitrectomy cutter เค•े เคฒिเค

    • Fluid infusion เค•े เคฒिเค

  • เคฏเคน technique:

    • Minimally invasive

    • Stitchless

    • เคœ्เคฏाเคฆा safe เคนोเคคी เคนै


๐Ÿ”น 2. Vitrectomy – Vitreous Removal

  • เค†ंเค– เค•े เค…ंเคฆเคฐ เคฎौเคœूเคฆ vitreous gel (เคœेเคฒी) เค•ो เคนเคŸाเคฏा เคœाเคคा เคนै

  • เคฏเคน เคœเคฐूเคฐी เคนै เค•्เคฏोंเค•ि:

    • Vitreous bleeding เค•เคฐ เคธเค•เคคा เคนै

    • Retina เคชเคฐ เค–िंเคšाเคต (traction) เคกाเคฒ เคธเค•เคคा เคนै

  • 20,000 cuts/min เค•ी high-speed technology เคธे surgery:

    • Fast

    • Gentle

    • Safe เคนोเคคी เคนै


๐Ÿ”น 3. Endolaser Treatment

  • Retina เคฎें เคฎौเคœूเคฆ tear เคฏा weak area เค•ो laser เคธे seal เค•िเคฏा เคœाเคคा เคนै

  • เค‡เคธเคธे:

    • Retina เคฆोเคฌाเคฐा detach เคนोเคจे เคธे เคฌเคšเคคी เคนै

    • Healing เคฌेเคนเคคเคฐ เคนोเคคी เคนै


๐Ÿ”น 4. Tamponade – Gas เคฏा Silicone Oil

๐Ÿซง Gas Tamponade

เคซाเคฏเคฆे:

  • Gas เค…เคชเคจे-เค†เคช เค•ुเค› เคนเคซ्เคคों เคฎें absorb เคนो เคœाเคคी เคนै

  • Second surgery เค•ी เคœเคฐूเคฐเคค เคจเคนीं

เคจुเค•เคธाเคจ:

  • Gas เคฐเคนเคคे vision เคงुंเคงเคฒा เคฐเคนเคคा เคนै

  • Flight / เคŠंเคšाเคˆ เคชเคฐ เคœाเคจा เคฎเคจा

  • Strict head positioning เคœเคฐूเคฐी


๐Ÿ›ข Silicone Oil Tamponade

เคซाเคฏเคฆे:

  • Retina เค•ो long-term support

  • Complicated cases เคฎें เคฌเคนुเคค เค‰เคชเคฏोเค—ी
    (Diabetes, Trauma, Multiple tears)

เคจुเค•เคธाเคจ:

  • เคฌाเคฆ เคฎें oil เคจिเค•ाเคฒเคจे เค•े เคฒिเค second surgery

  • Cataract เคฏा eye pressure เคฌเคข़ เคธเค•เคคा เคนै

๐Ÿ‘‰ Gas เคฏा Oil เค•ा decision patient เค•ी condition เคฆेเค–เค•เคฐ surgeon เคฒेเคคे เคนैं।


๐Ÿค’ Surgery เค•े เคฌाเคฆ เคธाเคตเคงाเคจिเคฏां (Post-Operative Care)

  • Doctor เคฆ्เคตाเคฐा เคฌเคคाเคˆ เค—เคˆ head positioning เคœเคฐूเคฐ follow เค•เคฐें
    (เค•เคˆ cases เคฎें 2–4 เคนเคซ्เคคे prone position)

  • Prescribed eye drops เคจिเคฏเคฎिเคค เคกाเคฒें

  • เคुเค•เคจा, เคตเคœเคจ เค‰เค ाเคจा, เค†ंเค– เคฐเค—เคก़เคจा – 1 เคฎเคนीเคจे เคคเค• เคฎเคจा

  • 10–14 เคฆिเคจ เคคเค• เค†ंเค– เคฎें เคชाเคจी เคจ เคœाเคจे เคฆें

  • เคธเคญी follow-up visits เคชเคฐ เคœเคฐूเคฐ เค†เคं


๐Ÿ‘️ Recovery & Vision Result

  • Recovery เคฎें weeks เคธे months เคฒเค— เคธเค•เคคे เคนैं

  • Vision outcome depend เค•เคฐเคคा เคนै:

    • Surgery timing

    • Retina damage เค•ी severity

  • Early surgery = best vision results

⚠️ Late stage diseases (old retinal detachment, severe proliferative diabetic retinopathy) เคฎें:

  • Multiple surgeries เคฒเค— เคธเค•เคคी เคนैं

  • Best treatment เค•े เคฌाเคตเคœूเคฆ vision เคชूเคฐी เคคเคฐเคน เคตाเคชเคธ เคจ เค†เค and rarely in severe disease, vision cant be saved and eye may reduce in size (pthisis bulbi)


⚠️ Possible Complications (Rare but Treatable)

  • Cataract formation

  • Raised eye pressure (Glaucoma)

  • Retina เค•ा เคฆोเคฌाเคฐा detach เคนोเคจा

  • Infection เคฏा inflammation

✅ Time par treatment เคธे เคœ़्เคฏाเคฆाเคคเคฐ complications manage เคนो เคœाเคคे เคนैं।


๐Ÿฅ Vedanta Netralya เค•्เคฏों เคšुเคจें?

    read reviews 

Alcon Constellation – World-class Retina Technology
25G Stitchless Vitrectomy – Fast & Safe Recovery
10,000+ Retina Surgeries Experience
24×7 Emergency Retina Care
TPA / Insurance / Ayushman Bharat Available
✔ Ghaziabad, Greater Noida West & Hapur เคฎें trusted retina centre


๐Ÿ“ž Vedanta Netralya Retina Centre เคธे เคธंเคชเคฐ्เค• เค•เคฐें

๐Ÿ“ Branches: Ghaziabad | Greater Noida West | Hapur
๐Ÿ“ฑ Emergency Retina Helpline: 9971989831  Book fro retina consultation

   Retina problem- chat with counsellor 

 Website: www.vedantanetralygzb.com



Wednesday, October 22, 2025

 

Freedoom from Thick Glasses: Everything You Need to Know About ICL Surgery

Imagine Life Without Thick Glasses

  • Tired of thick glasses slipping, fogging, or getting in the way of life?

  • Want to ditch contacts and glasses altogether—but feel you’re not a candidate for standard laser surgery?

  • Want clear vision without changing your cornea and want the “undo” option?

If you nodded yes to any of those — then the procedure called ICL surgery might be the vision-correction game-changer for you. Let’s dive into what it is, who it’s for, how it works, how it compares to LASIK, how much it costs in India, precautions, and much more — in simple language.


Who Needs ICL Surgery? Indications

You might be a candidate for ICL if:

  • You suffer from moderate to high nearsightedness (myopia) —with glasses no from -4D to -18D meaning you have very thick glasses. 

  • You have astigmatism (irregular shape of the eye/cornea) along with myopia. 

  • You are not suitable for LASIK (maybe because your cornea is too thin, you have dry eyes, or your prescription is too high) — ICL offers an alternative. 

  • You’re seeking freedom from glasses/contacts and want a reversible option (if needed) — ICL can be removed or changed later. 

  • You have a stable prescription (i.e., your glasses or contact lens power hasn’t changed much for about a year) — many experts recommend this.

Who is not ideal?

Some examples:

  • If you have serious eye disease (glaucoma, advanced cataract, severe retina problems) the surgeon may advise against it.

  • If you are very young and your vision is still changing rapidly.

  • If your eye anatomy (for example, depth of the front chamber of the eye) is not suitable.


What is the Procedure? How does ICL Surgery Work?

What is an “ICL”?

ICL stands for Implantable Collamer Lens. It’s a thin artificial lens made of a special material called “Collamer” (a combination of plastic & collagen) designed to live inside the eye. 

Rather than reshaping the cornea (as in LASIK), ICL adds a lens inside the eye — between your iris (the coloured part) and your natural crystalline lens. 

Step-by-Step Procedure

  1. Pre-operative evaluation: Your eye surgeon will check your eye health, measure your eye’s anatomy (corneal thickness, anterior chamber depth, angle), check your prescription stability and suitability. 

  2. On the day of surgery: Your eye is numbed with drops. Sometimes mild sedation is used. The surgeon makes a very small incision (often ~ 3 mm or so) in the cornea.

  3. The ICL lens is folded and inserted through that incision, then positioned behind the iris and in front of the natural lens. The tiny incision often heals by itself without stitches. 

  4. Post-implant, sometimes a small laser or some pre-treatment may be needed depending on the model (older versions required iridotomy — tiny holes in iris to allow fluid flow, newer versions may integrate this). 

  5. Recovery: Usually same-day or next day vision starts improving, with full stabilisation over 5 days/weeks. 

Brand Names & Types

  • One of the popular brand names is EVO ICL by STAAR Surgical. 

  • You may also find lenses referred to as “phakic IOLs” (intra-ocular lenses) though they are different from cataract IOLs. 

  • For astigmatism correction, “Toric ICL” variants exist.

  • ICL vs iPCL: There’s another lens type commonly called “iPCL” (Implantable Phakic Collamer Lens) marketed by other companies. Which is better depends on your case — surgeon’s preference, eye anatomy, cost and availability.

Size & Power Measurement

Before surgery, several key measurements are done:

  • Corneal topography / corneal thickness (pachymetry)

  • Anterior chamber depth (distance between cornea’s back surface and front of lens)

  • White-to-white measurement (width of visible iris)

  • Angle measurements (how open the front chamber is)

  • Eye’s optical prescription: sphere and cylinder (astigmatism)

  • Endothelial cell count (health of cornea’s inner layer)

These measurements help choose the correct size of ICL (so it fits snugly in the eye without touching structures) and the correct power (so your vision is corrected appropriately). If not sized/powered properly, there is risk of complications.


After Surgery & Recovery: What to Expect, Precautions

Immediately after

  • You may be advised to rest for a few hours, avoid heavy work, rubbing your eyes, swimming or dusty environments for a short period.

  • Eye drops (antibiotic + anti-inflammatory) will be prescribed for days/weeks.

  • Your vision may improve within 24 hours, though it may continue to refine over days. 

Short-Term Precautions

  • Avoid strenuous activity (heavy lifting, gym, intense sports) for at least a week or as advised.

  • Avoid water entering the eye (swimming pools, hot tubs) for ~1-2 weeks or as advised.

  • No rubbing eyes.

  • Wear protective sunglasses, especially outdoors (sensitivity to light may happen).

  • Attend all follow-up visits — doctor will check lens position, intra-ocular pressure (IOP), corneal health.

Long-Term

  • Your ICL can stay in your eye for many years (often decades) and vision may remain stable. Some changes with age (presbyopia/cataract) may still occur. 

  • Annual eye exam is important to check health of eye (especially cornea, lens, retina).

  • Rarely, if your vision changes significantly, the ICL can be removed or replaced. 


ICL vs LASIK: Key Differences

Indications

  • LASIK: Laser reshapes the cornea to correct myopia/hyperopia/astigmatism for those with sufficient corneal thickness and stable refraction. 

  • ICL: Ideal for people not good LASIK candidates (thin corneas, high myopia-High Glasses no,--5 to -18, dry eyes) and offers an alternative. 

Procedure

  • LASIK: Surgeon uses a laser (and sometimes a flap) to reshape cornea. Irreversible tissue is removed. 

  • ICL: Surgeon implants a lens inside eye; cornea largely untouched. Reversible (lens can be removed) in many cases. 

Recovery & Risks

  • LASIK: Recovery is fast (often days), but there is risk of flap-related issues, dry eye, corneal ectasia in some cases. 

  • ICL: Recovery also fast, but because it is intra-ocular surgery there are different risks (see below). Advantage: less risk of dry eye because cornea untouched. 

Cost 

  • LASIK: Usually lower cost per eye i—  from around ₹25,000–₹80,000 depending on technology and city. 

  • ICL: Higher cost — in India around ₹75,000 to ₹1,50,000 or more per eye (depending on lens type, city, surgeon) a common range. 

Which to choose?

  • If you’re a good LASIK candidate (good corneal thickness, moderate prescription-glasses power ), LASIK may suffice.

  • If you have high prescription, thin cornea, or want a reversible option, not fit for LASIK, ICL is often the better choice.


Cost of ICL Surgery in India

  • Typical cost range: ₹75,000 to ₹1,50,000 per eye, depending on city, hospital, lens type (standard vs toric), surgeon. 

  • Costs can be influenced by: lens brand, premium technology ( EVO ICL), hospital infrastructure, surgeon’s experience, city (Delhi/Mumbai vs smaller city) etc. 



ICL and iPCL — Which Lens Brand/Type?

  • ICL = Implantable Collamer Lens (many use brand names like EVO ICL by STAAR).

  • iPCL = Implantable Phakic Collamer Lens (a variation by other manufacturers)

  • Which is “better”? It depends on your eye’s anatomy, the surgeon’s experience with each lens type, availability and cost, and your specific needs (prescription, astigmatism, age).

  • For example, the EVO ICL (by STAAR) is well-known with long track-record.

  • One key difference: some newer ICL models have a “central port/hole” built into the lens that allows aqueous fluid flow, reducing some older risks. 

  • So the decision should be made after detailed evaluation by your ophthalmologist.


Rare Complications of ICL Surgery

Though ICL surgery is generally safe for properly selected patients, some of the rare complications include:

  • Lens-related cataract formation (especially if lens touches the natural lens) 

  • Increased intra-ocular pressure (IOP) or glaucoma if fluid drainage is impaired

  • Lens displacement or rotation (especially toric lenses requiring correct alignment)

  • Endothelial cell damage (cornea’s inner layer) leading to long-term corneal issues

  • Infection or inflammation (like any intra-ocular surgery)

  • Vision disturbances: halos, glare, double vision, etc especially at night. 

The key is: proper pre-operative screening, precise sizing and power, and good post-operative follow-up reduce these risks significantly.


Call to Action (CTA)

Ready to explore your vision correction options and are keen to be “glasses free”?
๐Ÿ“ž WhatsApp us now for a free screening appointment
๐ŸŒ Visit our website to book your consultation and see real-patient testimonials
⭐ Check our Google reviews to hear from patients who’ve had ICL and are living glasses-free


Frequently Asked Questions (Q&A)

Q1. Will the ICL completely eliminate my glasses?
A: In many cases yes, for distance vision you may be free of glasses or contacts. However, reading glasses for near vision may still be needed later (especially with age).

Q2. How long does the surgery take and when will I see clearly?
A: The procedure for both eyes often takes ~20-30 minutes. Many patients see improved vision within 24 hours, with further improvement over days. 

Q3. Is ICL surgery reversible?
A: Yes — unlike LASIK which permanently alters the cornea, an ICL is an additive lens and can be removed if necessary. 

Q4. Can everyone do ICL surgery?
A: No. You must meet certain criteria (stable prescription, good eye health, suitable anatomy). Your surgeon will evaluate you for eligibility. 

Q5. What is the cost for ICL surgery in India?
A: Typically in the range of ₹75,000 to ₹1,50,000 per eye, depending on location, lens type, surgeon and hospital. 

Q6. How does ICL compare with LASIK?
A: If you have moderate prescription and good corneal thickness, LASIK may be sufficient and usually less expensive. But if you have high prescription, thin cornea or want a reversible option, ICL is often better. (See differences above.)

Thursday, October 9, 2025


เคกाเคฏเคฌिเคŸीเคœ़ เคฎเคฐीเคœ เคฎें เค†ंเค–ो เค•ी เคฌीเคฎाเคฐी – Importance of Eye Checkup in Diabetes

๐Ÿฉบ Awareness First

เคกाเคฏเคฌिเคŸीเคœ़ เค•े เคฎเคฐीเคœ เค…เค•्เคธเคฐ เค…เคชเคจी เคถुเค—เคฐ, เคฌीเคชी เค”เคฐ เคฆเคตाเค‡เคฏों เคชเคฐ เคคो เคง्เคฏाเคจ เคฆेเคคे เคนैं, เคฒेเค•िเคจ เค†ंเค–ों เค•ी เคœांเคš เค•ो เคจเคœ़เคฐเค…ंเคฆाเคœ़ เค•เคฐ เคฆेเคคे เคนैं। เค•เคˆ เคธाเคฒ เคคเค• เคฌिเคจा เคšेเค•เค…เคช เค•े เคฎเคฐीเคœ เค•ेเคตเคฒ เคกाเคฏเคฌिเคŸीเคœ़ เค•ा เค‡เคฒाเคœ เค•เคฐाเคคे เคฐเคนเคคे เคนैं, เค”เคฐ เค…เคšाเคจเค• เคœเคฌ เคงुंเคงเคฒा เคฆिเค–เคจे เคฒเค—เคคा เคนै เคฏा เคฆृเคท्เคŸि เค•เคฎ เคนो เคœाเคคी เคนै เคคเคฌ เค‰เคจ्เคนें เคชเคคा เคšเคฒเคคा เคนै เค•ि เคฐेเคŸिเคจा (Retina) เค•ो เคจुเค•เคธाเคจ เคนो เคšुเค•ा เคนै।
เค‡เคธीเคฒिเค เคกाเคฏเคฌिเคŸीเคœ़ เคฎเคฐीเคœों เค•े เคฒिเค เค†ंเค–ों เค•ी เคธเคฎเคฏ เคชเคฐ เคธ्เค•्เคฐीเคจिंเค— เค”เคฐ เคฐेเคŸिเคจा เคšेเค•เค…เคช เคฌेเคนเคฆ เคœ़เคฐूเคฐी เคนै।

๐Ÿ‘‰ Consult for Diabetic Eye Checkup

 

Diabetic Retinopathy เค•्เคฏा เคนै?

Diabetic Retinopathy เคเค• เค—ंเคญीเคฐ เค†ँเค–ों เค•ी เคฌीเคฎाเคฐी เคนै, เคœो เคฒंเคฌे เคธเคฎเคฏ เคธे เคกाเคฏเคฌिเคŸीเคœ़ เคตाเคฒे เคฎเคฐीเคœों เคฎें เคนोเคคी เคนै। เค‡เคธเคฎें เค†ँเค– เค•े เคชीเค›े เค•ी เคिเคฒ्เคฒी เคฐेเคŸिเคจा (Retina) เค•ी เคฐเค•्เคค เคจเคฒिเค•ाเคं (blood vessels) เคกैเคฎेเคœ เคนो เคœाเคคी เคนैं। เคฏे เคจเคฒिเค•ाเคं เคฒीเค• เคฏा เคฌ्เคฒीเคก เค•เคฐเคจे เคฒเค—เคคी เคนैं, เคœिเคธเคธे เคฎเคฐीเคœ เค•ो เคงुंเคงเคฒाเคชเคจ, เคงเคฌ्เคฌे เคฏा เค…เคšाเคจเค• เคฆृเคท्เคŸि เค•เคฎ เคนोเคจे เคœैเคธी เคธเคฎเคธ्เคฏाเคं เคนोเคคी เคนैं। เคธเคฎเคฏ เคชเคฐ เค‡เคฒाเคœ เคจ เคนो เคคो เค…ंเคงाเคชเคจ (Blindness) เคคเค• เคนो เคธเค•เคคा เคนै।

 


เคกाเคฏเคฌिเคŸीเคœ़ เค†ँเค–ों เค•ो เค•ैเคธे เคจुเค•เคธाเคจ เคชเคนुँเคšाเคคा เคนै?

  • เคฒंเคฌे เคธเคฎเคฏ เคคเค• เคฌ्เคฒเคก เคถुเค—เคฐ เค…เคจเค•ंเคŸ्เคฐोเคฒ เคฐเคนเคจे เคธे เคฐेเคŸिเคจा เค•ी เคฐเค•्เคค เคจเคฒिเค•ाเคं เค•เคฎเคœोเคฐ เคนो เคœाเคคी เคนैं।

  • เคฏे เคจเคฒिเค•ाเคं เคซเคŸเคจे เคฏा เคฒीเค•ेเคœ เค•เคฐเคจे เคฒเค—เคคी เคนैं।

  • เคงुंเคงเคฒा เคฆिเค–เคจा, เค•ाเคฒे เคงเคฌ्เคฌे, เคฌाเคฐ-เคฌाเคฐ เคšเคถ्เคฎा เคฌเคฆเคฒเคจे เค•ी เคœเคฐूเคฐเคค เคนोเคจे เคฒเค—เคคी เคนै।

  • เคธเคฎเคฏ เคชเคฐ เค‡เคฒाเคœ เคจ เคฎिเคฒे เคคो Cataract (เคธเคซेเคฆ เคฎोเคคिเคฏा) เค”เคฐ Glaucoma (เค•ाเคฒा เคฎोเคคिเคฏा) เคญी เคœเคฒ्เคฆी เคนोเคจे เคฒเค—เคคे เคนैं।


เคฎเคฐीเคœ เค•ो เค•्เคฏा เคฒเค•्เคทเคฃ เคนो เคธเค•เคคे เคนैं?

  • เคงुंเคงเคฒा เคฏा เคฌाเคฐ-เคฌाเคฐ เคฌเคฆเคฒเคคा เคนुเค† เคจเคœเคฐ

  • เค†ंเค–ों เค•े เคธाเคฎเคจे เค•ाเคฒे เคงเคฌ्เคฌे (Floaters)

  • เคฐाเคค เคฎें เคฆेเค–เคจे เคฎें เคชเคฐेเคถाเคจी

  • เค…เคšाเคจเค• เคฆृเคท्เคŸि เค•ा เค˜เคŸเคจा – “เค†ंเค– เคฎें เคชเคฐ्เคฆा เคธा เค—िเคฐเคจा”

  • เคฐंเค— เคซीเค•े เคฆिเค–เคจा

  • เคฌाเคฐ-เคฌाเคฐ เคšเคถ्เคฎा เคฌเคฆเคฒเคจे เค•ी เคœ़เคฐूเคฐเคค


เคกॉเค•्เคŸเคฐ เคœांเคš เคฎें เค•्เคฏा เคฆेเค–เคคे เคนैं?

เคฐेเคŸिเคจा เคธ्เคชेเคถเคฒिเคธ्เคŸ เคชुเคคเคฒिเคฏों เค•ो เคซैเคฒाเค•เคฐ เคœांเคš เค•เคฐเคคे เคนैं:

  • เคฐेเคŸिเคจा เคฎें เคฌ्เคฒीเคกिंเค— เคฏा เค–ूเคจ เค•े เคงเคฌ्เคฌे

  • เคฐेเคŸिเคจा เคฎें เคธूเคœเคจ เค”เคฐ เคฒीเค•ेเคœ

  • เค…เคธाเคฎाเคจ्เคฏ เคจเคˆ เคฐเค•्เคค เคจเคฒिเค•ाเค“ं เค•ा เคฌเคจเคจा

  • เคฎैเค•्เคฏुเคฒा (Macula) เคฎें เคธूเคœเคจ (Macular Edema)


เค•ौเคจ-เค•ौเคจ เคธी เคœांเคšें เคœ़เคฐूเคฐी เคนैं?

  1. Dilated Fundus Examination – เคชुเคคเคฒिเคฏों เค•ो เคซैเคฒाเค•เคฐ เค—เคนเคฐाเคˆ เคธे เคœांเคš

  2. OCT (Optical Coherence Tomography) – เคฐेเคŸिเคจा เค•ा เคนाเคˆ-เคกेเคซिเคจिเคถเคจ เคธ्เค•ैเคจ

  3. FFA (Fundus Fluorescein Angiography) – เคกाเคˆ เคธे เคฒीเค•ेเคœ เค”เคฐ เคฌ्เคฒॉเค•ेเคœ เคœांเคš

  4. OCT Angiography – เคฌिเคจा เค‡ंเคœेเค•्เคถเคจ เคธे เคฌ्เคฒॉเค•ेเคœ เคต เคจเคˆ เคจเคฒिเค•ाเค“ं เค•ा เคชเคคा

  5. Fundus Photography – เคคเคธ्เคตीเคฐें เคฒेเค•เคฐ เคช्เคฐोเค—्เคฐेเคธ เคฎॉเคจिเคŸเคฐ เค•เคฐเคจा



เค‰เคชเคฒเคฌ्เคง เค‡เคฒाเคœ (Treatment Options)

  • Lifestyle Control – เคฌ्เคฒเคก เคถुเค—เคฐ, เคฌीเคชी เค”เคฐ เค•ोเคฒेเคธ्เคŸ्เคฐॉเคฒ เค•ो เค•ंเคŸ्เคฐोเคฒ เค•เคฐเคจा

  • Laser Treatment (Photocoagulation) – เคจเคˆ เคจเคฒिเค•ाเค“ं เค•ो เคธूเค–ाเคจा

  • Intravitreal Injections (Anti-VEGF / Steroids) – เคธूเคœเคจ เค”เคฐ เคจเคˆ เคจเคฒिเค•ाเค“ं เค•ो เคฐोเค•เคจा

  • Vitrectomy Surgery – เค–ूเคจ เคฏा เคธ्เค•ाเคฐ เคนเคŸाเคจे เค•े เคฒिเค Retina Surgery (25G advanced system)

     



เคฌเคšाเคต เค•े เค‰เคชाเคฏ (Prevention Tips)

  • เคฌ्เคฒเคก เคถुเค—เคฐ เค”เคฐ เคฌीเคชी เค•ंเคŸ्เคฐोเคฒ เคฐเค–ें

  • เคนेเคฒ्เคฆी เคกाเค‡เคŸ เค”เคฐ เคฐेเค—ुเคฒเคฐ เคเค•्เคธเคฐเคธाเค‡เคœ़

  • เคงूเคฎ्เคฐเคชाเคจ เคต เคถเคฐाเคฌ เคธे เคฌเคšें

  • เคธाเคฒ เคฎें เค•เคฎ เคธे เค•เคฎ 1 เคฌाเคฐ เคฐेเคŸिเคจा เคšेเค•เค…เคช เคœ़เคฐूเคฐ เค•เคฐाเคं


Screening เค•्เคฏों เคœ़เคฐूเคฐी เคนै?

  • เคนเคฐ เคกाเคฏเคฌिเคŸीเคœ़ เคฎเคฐीเคœ เค•ो เคธाเคฒ เคฎें เคเค• เคฌाเคฐ เค†ंเค–ों เค•ी เคธ्เค•्เคฐीเคจिंเค— เค•เคฐเคตाเคจी เคšाเคนिเค।

  • เคธเคฎเคฏ เคชเคฐ เคชเคนเคšाเคจ เคธे เคฆृเคท्เคŸि เคฌเคšाเคˆ เคœा เคธเค•เคคी เคนै।

  • Vedanta Netralya เคฎें Retina Specialist เคฆ्เคตाเคฐा Retina Now System เคธे เคเคกเคตांเคธ्เคก เคธ्เค•्เคฐीเคจिंเค— เค‰เคชเคฒเคฌ्เคง เคนै।


เคจिเคท्เค•เคฐ्เคท

Diabetic Retinopathy เคธे เคกเคฐเคจे เค•ी เคœเคฐूเคฐเคค เคจเคนीं เคนै, เคฒेเค•िเคจ เคธเคฎเคฏ เคชเคฐ เคšेเค•เค…เคช เค”เคฐ เค‡เคฒाเคœ เคฌเคนुเคค เคœ़เคฐूเคฐी เคนै।
เค…เค—เคฐ เค†เคช เคกाเคฏเคฌिเคŸीเคœ़ เคธे เคชीเคก़िเคค เคนैं เคคो เค†เคœ เคนी เค†ंเค–ों เค•ी เคœांเคš เค•เคฐเคตाเคं เค”เคฐ เค…เคชเคจी เคฆृเคท्เคŸि เคธुเคฐเค•्เคทिเคค เคฐเค–ें।

 Call for Diabetic Retina Checkup

 Read No blindness from Diabetes Programme

 

 

 

 

 

 

 


 

๐ŸŒŸ Vedanta Netralaya Mobile Eye Clinic – Eye checkup at your doorsteps

 Cataract, Refractive Error & Diabetic Retinopathy Screening

 
 At Vedanta Netralya, our mission is early detection and early treatment of eye diseases, preventing blindness and spreading awareness in the community.

Through our Mobile Eye Clinic & Screening Camps, we have already:

  • ✅ Screened 20,000+ patients for cataract, refractive errors, and retinal diseases.

  • ✅ Organized camps in 100 housing societies and 200 rural villages.

  • ✅ Covered 4 districts and 10 towns across NCR & Western UP.

  • ✅ Built a dedicated screening team of doctors, optometrists, and support staff.

This initiative is also part of our “No Blindness from Diabetic Retinopathy Screening Programme.”

At Vedanta Netralaya, we believe that quality eye care should reach every community – from city societies to rural villages. That’s why we organize Mobile Eye Clinic Screening Camps, to detect early, treat early and prevent vision loss

๐Ÿ”น What is Eye Screening Mobile Eye Clinic?

Our Mobile Eye Clinic is a specially equipped clinic-on-wheels designed to take superspeciality eye care to your doorstep. It allows people to undergo comprehensive eye check-ups without visiting the hospital



๐Ÿ‘️ What Happens in Vedanta Netralaya Screening Camps?

Our mobile eye clinics are equipped with modern technology and are managed by our superspeciality doctors and trained staff. In these camps, patients undergo:

  • Vision Testing & Refraction – to detect refractive errors (especially in children) and amblyopia (lazy eyes)

  • Slit Lamp Examination – for cataract screningand anterior segment evaluation.

  • Fundus Examination – to screen for diabetic retinopathy, glaucoma, and retinal diseases with Fundus camera. Dilated Fundus is examined and if any positive findings, then Report is checked by Doctor through telepathy, and patient are referred to Hospital if required or otherwise given appointment.

    Referral to Eye Hospital- Any patients with cataract , diabetic changes in retina , refractive error(glasses no.) in children and decrease in vision is referred to Eye Hospital for further examination and treatment. 


✅ Benefits of Screening Camps

  1. Cataract Screening

    • Early detection of cataract ensures timely, safe surgery before advanced vision loss.

  2. Refractive Error Detection in Children

    • Timely diagnosis prevents lazy eye (amblyopia) and supports better learning & development.

  3. Diabetic Retina Screening

    • Detects Diabetic Retinopathy early and helps prevent avoidable blindness.

  4. Comprehensive Eye Awareness

    • People learn about eye health, treatment options, and modern facilities at Vedanta Netralya.

       


       

       

       

       

       

       


๐Ÿ“ Where Do We Organize Camps?

  • Residential Societies & RWAs

  • Clinics & Local Community Centers

  • Villages & Rural Outreach Locations

Our goal: Accessible, affordable and superspeciality eye care – at your doorstep.


๐ŸŽ Exclusive Benefits for Camp Patients

Patients attending Vedanta Netralya screening camps get special privileges at our hospitals to ensure that patient get affordable treatment .

  • ๐Ÿ†“ Free OPD Coupon for hospital consultation.

  • ๐ŸŽŸ️ Membership Card with patient benefits.

  • ๐Ÿ†“ Free Diabetic Eye Checkup Coupon.

  • ๐ŸŽ Priority Privileges card  for further treatment/surgery if needed.


๐Ÿฅ Surgeries & Treatments Offered

  • Cataract Surgery (advanced phaco with premium lenses – toric, multifocal).

  • LASIK & Refractive Surgeries for spectacle removal.

  • Retina Surgeries for diabetic retinopathy, retinal detachment, macular diseases.

  • Glaucoma Management with medicines, laser, or surgery.


๐Ÿ”— Useful Resources

         Call for appointment

        Whatsapp for appointment 

      Book for Diabetic Retinopathy Screeening Programme 

      Awareness Blog

Read about cataract surgery in English 

Read about Diabetic Eye Checkup

Read about Diabetic Eye checkup in hindi 

Read about Daibetic Retinopathy Screening Programme  

Saturday, September 27, 2025

Diabetic Retinopathy : Effect of Diabetes on Eye and its Treatment

 

๐Ÿ‘️ Diabetic Retinopathy – No Blindness from Diabetes 

Vedanta Netralya – Ghaziabad | Greater Noida West | Hapur


๐ŸŒŸ What is Retina?

The retina is the light-sensitive layer at the back of your eye. It works like a camera film, capturing images and sending them to the brain through the optic nerve.
Healthy retina = clear vision. Damage to the retina can cause serious vision loss or even blindness.




⚠️ How Does Diabetes Affect the Eyes?

  • High blood sugar damages the tiny blood vessels of the retina.

  • These vessels may leak, swell, or get blocked, leading to blurred vision or vision loss.

  • Diabetics are also at higher risk of cataract (safed motia) and glaucoma (kala motia).


๐Ÿ”Ž What is Diabetic Retinopathy?

Diabetic Retinopathy (DR) is a complication of diabetes that damages the blood vessels in the retina.

  • In early stages, it may cause no symptoms.

  • In later stages, it can cause bleeding, swelling, and scarring inside the eye → leading to permanent blindness if untreated.






๐Ÿ“Š Incidence & Risk in Diabetes

  • 25% of diabetics develop retinopathy within 5 years of diagnosis.

  • 60% develop it after 10 years.

  • 80% have some form of DR after 15 years of diabetes.

  • 5% of all diabetics develop vision-threatening DR (needs urgent treatment).
    ๐Ÿ‘‰ Poor sugar control = faster and more severe eye damage.


๐Ÿ‘€ Symptoms of Diabetic Retinopathy

  • Blurred or changing vision

  • Black spots (floaters) indicating bleeding in Eye

  • Difficulty seeing at night

  • Frequent change of glasses

  • Sudden vision loss (advanced stage)- indicates Bleeding or Retina Detachment


๐Ÿฉบ What Doctors See in Retina Checkup

  • Bleeding spots (hemorrhages)

  • Fluid leakage (macular edema)

  • New abnormal vessels (neovascularization)

  • Swelling or scarring of the retina

  • Bleeding (vitreous haemorrage ) inside eye

  • Retina Detachment


๐Ÿ” Investigations for Diagnosis

To confirm diabetic retinopathy and determine its severity, your eye doctor may recommend:

  •  Fundus Examination – Eye drops are used to enlarge the pupils, and the retina is examined in detail by a retina specialist.

  • Optical Coherence Tomography (OCT) – A painless retina scan that shows swelling and retinal thickness.

  • Fundus Fluorescein Angiography (FFA) – A dye test that highlights leakage and blockages in retinal vessels.

  • OCT Angiography – A non-invasive scan that maps blood vessels without dye injection and tells about retina blood flow and abnormal new vessels.

  • Fundus Photography – Retina photos for documentation and follow-up comparison.

        All procedures are OPD procedures and noninvasive except flouroscein angiography. It takes about few minutes for all investigation after dilatation and dilatation takes 30-45 minutes.

๐Ÿ’Š Treatment Options for Diabetic Retinopathy



The first and most important step is controlling blood sugar, blood pressure, and cholesterol. Without systemic control, eye treatments alone may not be effective.
  • Laser Treatment (Photocoagulation):
    Laser is used to seal leaking vessels and shrink abnormal new vessels. It helps prevent bleeding and vision loss. Sometimes multiple laser sessions are needed. It is an OPD procedure and no special precutions required.

  • Intravitreal Injections (Anti-VEGF / Steroids):
    Injections given inside the eye reduce swelling and block abnormal vessel growth. They are given at regular intervals. With proper scheduling, injections can preserve or even improve vision in many patients. Many patients needed multiple injections in starting and regular intravtreal injection one or two month apart prevent vision loss and improve vision.

  • Vitrectomy Surgery:
    In advanced cases with heavy bleeding or tractional retina detachment, vitrectomy surgery is performed. Modern 25-gauge vitrectomy systems allow safe removal of blood and membranes from inside the eye. If needed, silicone oil may be placed temporarily inside the eye to support the retina.
    ๐Ÿ‘‰ Early vitrectomy improves chances of vision recovery significantly compared to delayed surgery.

Scientific Fact: With early detection and timely treatment, up to 98% of vision loss from diabetic retinopathy can be prevented.


๐Ÿ“… Diabetic Retinopathy Screening Programme – Vedanta Netralya

Why Annual Retina Screening is Important:

  • Retinopathy often has no symptoms in early stages.

  • Annual screening detects eye damage before vision loss occurs.

  • Regular checkups prevent progression and blindness.

Benefits of Enrolling in Our Programme:

  • ✅ Free & Discounted Retina Screening Camps

  • ✅ Annual Fundus Examination with documentation

  • ✅ Discounted OCT & Angiography

  • ✅ Concessional Retina Laser, Injections, Surgery

  • ✅ Priority Appointment with Retina Specialist

  • ✅ Automated Reminders so you never miss screening

  • ✅ Emergency Helpline for urgent cases


๐Ÿ“ How to Register in the Programme?

  • Visit Vedanta Netralya centres in:
    ๐Ÿ“ Ghaziabad | ๐Ÿ“ Greater Noida West | ๐Ÿ“ Hapur

  • Attend any Free Retina Screening Camp (hospital OPD, society, or physician clinic).

  • Call or WhatsApp to enroll.

๐Ÿ“ž Helpline / WhatsApp: 9971989831


๐Ÿ”— Useful Links

๐ŸŒ Website – Vedanta Netralya
๐Ÿ“ Google Business Link – Ghaziabad
๐Ÿ“ Google Business Link – Greater Noida West
 Read more about NO Blindness from Diabetes Retinopathy Screening Programme

If you are diabetic, then get your eyes and Retina Checked today

๐Ÿ“žBook your Diabetic Eye Checkup & Retina Screening today.

๐Ÿ“ž whatspp for Retina Consultation
๐Ÿ“ Ghaziabad | Greater Noida West | Hapur