{"id":18275,"date":"2026-08-28T03:46:06","date_gmt":"2026-08-28T03:46:06","guid":{"rendered":"https:\/\/www.eyecliniclondon.com\/blog\/?p=18275"},"modified":"2026-08-28T03:46:06","modified_gmt":"2026-08-28T03:46:06","slug":"stevie-wonder-eye-condition","status":"publish","type":"post","link":"https:\/\/www.eyecliniclondon.com\/blog\/stevie-wonder-eye-condition\/","title":{"rendered":"What Eye Condition Does Stevie Wonder Have?"},"content":{"rendered":"

Stevie Wonder is widely reported to have lost his sight in infancy after developing retinopathy of prematurity (ROP) following premature birth. He was born around six weeks prematurely in 1950, and because the blood vessels in a premature baby\u2019s retina may not have fully developed, severe ROP can lead to scarring, retinal detachment and permanent sight loss.<\/p>\n

You may have heard that too much oxygen in an incubator caused his blindness. While oxygen exposure was an important factor in ROP historically, prematurity is the main underlying risk, with oxygen levels and the baby\u2019s overall health also playing a role. Today, babies at risk are screened regularly so ROP can be detected and treated early.<\/p>\n

What Eye Condition Did Stevie Wonder Develop?<\/h2>\n

Stevie Wonder developed retinopathy of prematurity (ROP) after being born prematurely in 1950. ROP affects the developing blood vessels in a premature baby\u2019s retina and, in severe cases, can lead to permanent sight loss.<\/p>\n

Wonder became blind during infancy, before modern ROP screening and treatments were available. Today, if your baby is at risk of ROP, regular eye checks can help doctors spot serious changes early and protect their vision.<\/p>\n

What Is Retinopathy of Prematurity?<\/h2>\n

Retinopathy of prematurity (ROP) affects the developing blood vessels in the retina of babies born prematurely or with a very low birth weight. Your retina sits at the back of your eye, detects light and sends signals to your brain so you can see.<\/p>\n

When a baby is born very early, the retinal blood vessels may not have finished developing. If their normal growth is disrupted, abnormal vessels can form and, in severe cases, cause bleeding, scarring or retinal detachment. If you are learning about ROP, it is worth knowing that it varies in severity: mild cases may settle naturally, while severe cases may need treatment to protect vision.<\/p>\n

Why Are Premature Babies Vulnerable to ROP?<\/h2>\n

The earlier a baby is born, the less time their retinal blood vessels have to develop normally in the womb. If your baby is born very prematurely, parts of their retina may not yet have a complete blood supply, making them more vulnerable to ROP.<\/p>\n

Premature babies may also have immature lungs or other health problems that can affect oxygen levels and normal blood-vessel development. If your baby is at risk, regular ROP screening can help doctors spot changes early, as mild ROP often settles naturally while more severe cases may need treatment.<\/p>\n

Did Oxygen Cause Stevie Wonder’s Blindness?<\/h2>\n

You may have heard that oxygen caused Stevie Wonder\u2019s blindness, but the reality is more complicated. Oxygen exposure was linked to severe ROP in premature babies, particularly in the early days of neonatal care, but prematurity itself is the main reason the developing retina is vulnerable.<\/p>\n

Today, doctors carefully monitor oxygen levels in premature babies and use oxygen when it is medically needed. If your baby is born prematurely, their gestational age, overall health and retinal development can all affect their risk of ROP.<\/p>\n

What Actually Happens to the Retina in ROP?<\/h2>\n

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In ROP, parts of your baby\u2019s retina may not yet have developed a normal blood supply. As the retina continues to grow, these poorly vascularised areas can produce signals such as VEGF that encourage abnormal blood-vessel growth.<\/p>\n

In severe cases, abnormal vessels and scar tissue can pull on the retina and cause retinal detachment. This can lead to serious and permanent sight loss, which is why doctors aim to identify and treat high-risk ROP before detachment develops.<\/p>\n

Are There Different Stages of ROP?<\/h2>\n

ROP is described in five stages, from mild changes in stage 1 and 2 to more serious disease in stages 3, 4 and 5. If your baby has early-stage ROP, it may improve naturally as the retina continues to develop, while advanced stages can involve partial or complete retinal detachment.<\/p>\n

Your ophthalmologist will not look at the stage alone when assessing ROP. They also consider where the changes are located and how active the disease appears, helping them decide whether your baby needs treatment or close monitoring.<\/p>\n

What Do \u2018Zone\u2019 and \u2018Plus Disease\u2019 Mean in ROP?<\/h2>\n

You may hear your baby\u2019s ophthalmologist use terms such as \u201czone\u201d or \u201cplus disease\u201d as well as the ROP stage. The zone describes where the retinal changes are located, while plus disease refers to abnormal widening and twisting of retinal blood vessels. These findings help the specialist understand how active and potentially serious the condition is.<\/p>\n

Your baby\u2019s treatment is therefore not decided by the ROP stage alone. The ophthalmologist will consider the stage, location, blood-vessel appearance and how the condition changes between examinations. If the ROP reaches a level where treatment is recommended, your clinical team will explain why treatment is needed and what happens next.<\/p>\n

Stages of Retinopathy of Prematurity<\/h2>\n\n\n\n\n\n\n\n\n\n
ROP stage<\/strong><\/td>\nWhat happens<\/strong><\/td>\nGeneral severity<\/strong><\/td>\n<\/tr>\n<\/thead>\n
Stage 1<\/td>\nA thin abnormal line develops between areas of vascularised and non-vascularised retina<\/td>\nMild<\/td>\n<\/tr>\n
Stage 2<\/td>\nThe line becomes a raised ridge<\/td>\nMild to moderate<\/td>\n<\/tr>\n
Stage 3<\/td>\nAbnormal blood vessels begin growing beyond the ridge<\/td>\nMore serious; treatment depends on the location of the ROP and whether other high-risk features are present<\/td>\n<\/tr>\n
Stage 4<\/td>\nScar tissue and traction cause a partial retinal detachment<\/td>\nSevere<\/td>\n<\/tr>\n
Stage 5<\/td>\nThe retina becomes completely detached<\/td>\nMost advanced stage with a high risk of severe sight loss<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n

Does ROP Cause Symptoms That Parents Can Notice?<\/h2>\n

Early ROP usually has no visible signs, so you may not notice anything unusual when looking at your baby\u2019s eyes. Your baby\u2019s eyes can appear completely normal even while retinal changes are developing, which is why screening is so important.<\/p>\n

Visible changes are not a reliable way to detect ROP, and serious retinal changes can develop before you notice anything unusual. If your baby is eligible for screening, attend every scheduled examination even when their eyes appear completely normal.<\/p>\n

Which Babies Are Screened for ROP in the UK?<\/h2>\n

Current UK guidance recommends screening babies born before 31+0 weeks\u2019 gestation or with a birth weight below 1,501 g. Following the 2024 review, babies born between 31+0 and 31+6 weeks should also be considered for screening.<\/p>\n

Your baby\u2019s first eye examination is timed according to how premature they were, with further checks based on what the ophthalmologist finds. If your baby moves between hospitals or goes home before screening is complete, keeping every follow-up appointment is important because severe ROP can progress quickly.<\/p>\n

When Should ROP Screening Start?<\/h2>\n

The timing of your baby\u2019s first ROP examination depends on how early they were born and their birth weight. Babies born very prematurely are usually screened a few weeks after birth, and your neonatal team will calculate the right date for your baby.<\/p>\n

Your baby may need more than one examination because the retinal blood vessels continue developing after birth. The ophthalmologist will decide when the next check is needed, so make sure you know the follow-up plan if your baby is transferred or discharged home.<\/p>\n

What Happens During an ROP Eye Examination?<\/h2>\n

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Before your baby\u2019s ROP examination, their pupils are widened with eye drops so the ophthalmologist can see the retina clearly. Anaesthetic drops and soothing techniques may also be used to help your baby stay as comfortable as possible.<\/p>\n

During the examination, the specialist uses a bright light and magnifying lens to check how the retinal blood vessels are developing. If your baby has ROP, you may feel concerned, but the examination helps doctors decide whether your baby needs another check or treatment to protect their vision.<\/p>\n

Does Every Baby With ROP Need Treatment?<\/h2>\n

No. Most babies with mild ROP are monitored rather than treated because the condition can improve as the retinal blood vessels mature. Treatment decisions depend on the stage, the part of the retina affected and whether plus disease is present, rather than on the stage alone.<\/p>\n

UK guidance recommends referral for treatment for higher-risk patterns, including zone I ROP with plus disease and zone II stage 3 ROP with plus disease. Babies approaching these thresholds may need much closer monitoring so treatment can be arranged promptly if the condition progresses.<\/p>\n

How Is Severe ROP Treated Today?<\/h2>\n

Severe ROP may be treated with laser therapy, which targets areas of your baby\u2019s retina where the blood supply has not developed normally. If your baby needs treatment, the laser can reduce the signals that encourage harmful blood-vessel growth and help protect their vision.<\/p>\n

For some babies, an anti-VEGF injection may be recommended to reduce abnormal vessel growth. Your ophthalmologist will consider your baby\u2019s retinal changes and overall health when choosing treatment, and you may need regular follow-up appointments to make sure the condition stays under control.<\/p>\n

What Happens After ROP Treatment?<\/h2>\n

Treatment is not the end of your baby\u2019s ROP care. Your baby will need follow-up eye examinations to check that the abnormal blood vessels are responding and the retina remains stable. If you are caring for a baby after treatment, keeping these appointments is important because further treatment may sometimes be needed.<\/p>\n

After anti-VEGF treatment, your baby may need regular eye checks for several months because ROP can return as the retina continues to develop. Even once ROP has settled, you may need to arrange ongoing eye assessments, as children who had ROP can be more likely to develop short-sightedness or a squint later in childhood.<\/p>\n

Evidence Note<\/strong><\/p>\n

A 2024 meta-analysis of 21 studies involving 6,152 eyes found that ROP recurrence was more common after anti-VEGF treatment than after laser treatment overall, and recurrence tended to happen later. This does not mean one treatment is best for every baby, as the choice depends on the pattern of ROP and your baby\u2019s individual circumstances.<\/p>\n

The possibility of later recurrence is one reason why follow-up remains important after anti-VEGF treatment, even when the first response is good. Keep every retinal examination until your ophthalmology team confirms that the ROP has regressed and follow-up can safely be reduced or stopped.<\/p>\n

Can Severe ROP Still Cause Blindness Today?<\/h2>\n

Yes, severe ROP can still cause serious sight loss, although modern screening and treatment have greatly improved outcomes. Early diagnosis and timely treatment can reduce the risk of ROP progressing to retinal detachment and severe sight loss.<\/p>\n

If you are caring for a baby with advanced ROP, you may be told that the outlook is less predictable once significant scarring or retinal detachment has developed. Your ophthalmologist can explain the available options, including surgery in some cases, while regular screening helps you act before severe damage occurs.<\/p>\n

How Has ROP Care Changed Since Stevie Wonder Was Born?<\/h2>\n

ROP care is very different today from when Stevie Wonder was born in 1950. If your baby is born prematurely, doctors now carefully monitor oxygen levels and use regular retinal screening to detect ROP before it threatens vision.<\/p>\n

Treatment has also improved, with laser therapy and anti-VEGF injections available for babies with severe disease. If you are worried about ROP, your baby\u2019s ophthalmologist can monitor their eyes closely and recommend treatment when needed, giving you far more options than were available in Wonder\u2019s time.<\/p>\n

Can Children Who Had ROP Develop Eye Problems Later?<\/h2>\n

Yes. If your child had ROP, they may have a higher chance of developing short-sightedness, a squint or other vision problems as they grow. Some children can also develop amblyopia, so regular eye checks can help you spot problems early.<\/p>\n

Even after ROP has settled, your child may still need ongoing eye care. If you notice changes in their vision or eye alignment, speaking to an eye specialist can help you understand what is happening and whether treatment is needed. Children with a history of more severe ROP may also need longer-term ophthalmic follow-up because retinal and other eye problems can occur later in life.<\/p>\n

When Should a Premature Baby Have Specialist Eye Care?<\/h2>\n

\"\"<\/p>\n

If your baby was born very prematurely, their neonatal team should arrange specialist ROP screening rather than waiting for you to notice a problem. Make sure you know when the next eye examination is due, especially if your baby is transferred to another hospital or discharged home.<\/p>\n

If you notice changes in your child\u2019s eyesight, eye alignment or ability to follow objects, speak to an eye specialist. Your baby\u2019s ROP screening appointments are particularly important and should not be replaced by a routine eye test.<\/p>\n

UK Guidance Note<\/strong><\/p>\n

Current UK guidance recommends routine ROP screening for babies born before 31 weeks\u2019 gestation or with a birth weight below 1,501 g. Following the 2024 review, babies born between 31+0 and 31+6 weeks should also be considered for screening.<\/p>\n

ROP screening is part of specialist neonatal and ophthalmology care and should follow the schedule arranged by your baby\u2019s hospital team. A routine community or private eye examination should not be used as a substitute for scheduled neonatal ROP screening.<\/p>\n

Myth vs Fact<\/h2>\n\n\n\n\n\n\n\n\n\n
Myth<\/strong><\/td>\nFact<\/strong><\/td>\n<\/tr>\n<\/thead>\n
Oxygen alone caused Stevie Wonder\u2019s blindness.<\/td>\nThe situation is more complex. Prematurity was the underlying vulnerability, while high oxygen exposure in early neonatal care is widely reported to have contributed to his severe ROP.<\/td>\n<\/tr>\n
Every premature baby develops ROP.<\/td>\nNo. Risk rises particularly with lower gestational age and birth weight, but not every premature infant develops the condition.<\/td>\n<\/tr>\n
Parents can always see ROP developing.<\/td>\nNo. Early ROP usually has no obvious outward signs, which is why retinal screening is essential.<\/td>\n<\/tr>\n
Every baby with ROP needs treatment.<\/td>\nNo. Mild disease often regresses without treatment, while specific higher-risk patterns require laser or anti-VEGF treatment.<\/td>\n<\/tr>\n
Once anti-VEGF treatment works, follow-up can stop immediately.<\/td>\nNo. ROP can reactivate later after anti-VEGF therapy, so prolonged retinal follow-up is required.<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n

Key Takeaways<\/h2>\n