Eye Conditions

Dr. Burke is one of Cincinnati’s most trusted resources concerning Ptosis.

What is a droopy eyelid or ptosis?

A droopy eyelid or ptosis can be present at birth (congenital) or occur later in life (acquired). Poor development of the levator palpebris muscle in the upper eyelid with resulting abnormal function is the most common cause of congenital ptosis. Acquired ptosis has many causes. Ptosis can involve one or both upper eyelids, with or without asymmetry.

What problems can occur as a result of childhood ptosis?

One or more of the following vision problems may accompany ptosis in childhood: astigmatism (refractive error), obstruction of the visual axis, chin up head position, and amblyopia. The abnormal resting position of the eyelid on the cornea may result in astigmatism or other refractive error and is a risk factor to develop amblyopia. Another risk factor for amblyopia is an eyelid so droopy that it actually blocks vision into the eye. Also, a chin up head position to see below the droopy eyelid may be noted. Contraction of the frontalis muscle (in the forehead) to help elevate the eyelid is a very common compensatory mechanism.

What causes acquired ptosis?

Acquired ptosis can be caused by neurological conditions that affect the nerves and/or muscles of the eye. These include myasthenia gravis, progressive external ophthalmoplegia, Horner syndrome and third nerve paralysis. The ptosis may be combined with an eye movement disorder/ double vision. An eyelid mass can also cause ptosis.

How is ptosis treated?

When amblyopia is present, appropriate treatment is initiated. When potential amblyopia causing astigmatism is present, glasses are often prescribed. Early surgery is usually indicated for a droopy eyelid that blocks vision (which may cause delayed vision development) or causes a chin up head position (which may cause neck problems and/or delay of developmental skills). Children are usually observed serially to monitor for visual problems. During preschool years surgery may be indicated if facial maturation has not sufficiently improved the ptosis.

More technical information can be found on the EyeWiki Site

Dr. Burke is one of Cincinnati’s most trusted resources concerning Retinopathy of Prematurity.

What is Retinopathy of Prematurity (ROP)?

Retinopathy of prematurity (ROP) is a potentially blinding disease caused by abnormal development of retina blood vessels in premature infants. The retina is the inner layer of the eye that receives light and turns it into visual messages that are sent to the brain. When a baby is born prematurely, the retinal blood vessels can grow abnormally. Most ROP resolves without causing damage to the retina. When ROP is severe, it can cause the retina to pull away or detach from the wall of the eye and possibly cause blindness Babies 1250 grams or less and are born before 31 weeks gestation are at highest risk.

How many infants have ROP?

There are approximately 3.9 million infants born in the U.S. each year. About 14,000 are affected by ROP and 90% of those affected have only mild disease. About 1,100- 1,500 develop disease severe enough to require medical treatment and 400-600 infants each year in the U.S. become legally blind from ROP.

What determines the severity of ROP?

Birth weight and gestational age are the important risk factors for development of severe ROP. Other factors that are associated with the presence of ROP include anemia, poor weight gain, blood transfusion, respiratory distress, breathing difficulties and the overall health of the infant. Close monitoring has decreased the impact of oxygen use as a risk factor for development of ROP. Light levels do not affect severity of ROP.

How is ROP diagnosed?

The diagnosis of ROP is made by an ophthalmologist (Eye MD) who examines the eyes after the pupils are dilated with drops. Infants less than 1500 grams (3.3 lbs) and with a gestational age less than 30-32 weeks undergo eye examinations to monitor for ROP.

How do doctors describe ROP?

ROP is described by its location in the eye (the zone), by the severity of the disease (the stage) and by the appearance of the retinal vessels (plus disease). The first stage of ROP is a demarcation line that separates normal from premature retina. Stage 2 is a ridge which had height and width. Stage 3 is growth of fragile new abnormal blood vessels. As ROP progresses the blood vessels may engorge and become tortuous (plus disease) .

Who requires treatment?

When ROP reaches a certain level of severity, called type 1, the potential for retinal detachment (and possible permanent vision loss) becomes great enough to warrant consideration of laser treatment. Eyes that develop this disease have type 1 ROP and are usually treated.

How is ROP treated?

Typically laser ablation is applied to the immature portion of the retina via a headset. The outcome of laser treatment is usually favorable with disappearance of the abnormal blood vessels and resolution of plus disease. Despite accurate diagnosis and timely laser treatment, the ROP sometimes continues to worsen and the retina pulls away from the back of the eye. Eyes with retinal detachment caused by ROP generally have apoor visual prognosis. Retinal detachment can be treated with vitrectomy and/or scleral buckling procedure. There is active research in the use of medications to retard the growth of the abnormal blood vessels. Despite optimal treatment, some eyes with ROP progress to permanent and severe vision loss.

Why are eye exams recommended after discharge from the hospital?

It is VERY IMPORTANT to have eye exams after discharge from the hospital since ROP may not be resolved before discharge. Also, even with successful treatment of ROP, prematurity may lead to other vision abnormalities. Prematurity is a risk factor for the development ofamblyopia (lazy eye), eye misalignment (strabismus), and the need for glasses (even at a young age), and cortical visual impairment. Therefore, every premature infant needs the lifelong attention of an ophthalmologist (Eye MD).

Where is there more information about retinopathy of prematurity?

National Eye Institute
The Association for Retinopathy of Prematurity and Related Diseases (ROPARD)
More technical information can be found on the EyeWiki Site

Dr. Burke is one of Cincinnati’s most trusted resources concerning Double Vision.

What is double vision?

Diplopia, the medical term for double vision, is the perception of the same image in two different visual locations. The brain attempts to deal with double vision by attempting to ignore or suppress one of these 2 different images. If this neural adjustment is unsuccessful, closing one eye or covering one side with an eye patch may be necessary.

What is visual confusion?

Visual confusion is the perception of two different images superimposed onto the same space. One of the most common examples of visual confusion that is particularly dangerous and often debilitating occurs when driving. Adults with visual confusion may describe cars going in the opposite direction crossing over the center line and coming straight at them. This visual confusion is caused by the brain shifting the image of the oncoming car and superimposing it on the road straight ahead.

What are the symptoms of strabismus in adults?

Strabismus often causes complaints in adults. They may complain of double vision (diplopia), visual confusion, loss of binocular (3-D) vision, partial loss of peripheral visual field, and awareness of or neck pain caused by a compensatory head position (head tilt or head turn). Many adults project upon themselves a decreased self-image because they are aware of the negative impact that misaligned eyes (strabismus) causes in many social and vocational settings.

For additional information click here.

Dr. Burke is one of Cincinnati’s most trusted resources concerning Esotropia.

What are the common types of esotropia?

There are four types of esotropia. The four types are infantile or congenital esotropia, accommodative esotropia, late onset non-accommodative esotropia, and a combination of accommodative and non-accommodative causes referred to as mixed mechanism esotropia.

What is infantile esotropia?

Congenital or infantile esotropia describes a constantly crossed or turned in eye in an infant less than 12 months old. This type of esotropia occurs in up to 1% of infants. In almost all cases of infantile esotropia, early surgical treatment is necessary to realign their eyes.

If you suspect your child has esotropia, what should you do?

Besides parents, a pediatrician or family doctor is often the first person to suspect strabismus. Any baby whose eyes do not appear straight by the age of 3-4 months should have a thorough pediatric ophthalmologic exam. Strabismus that is not treated early in the child’s life may cause amblyopia (poor visual development in one or both eyes). As soon as a child is suspected of having a misaligned eye (Strabismus), a complete exam with a Pediatric Ophthalmologist is necessary to determine if there is an eye problem.

If I just wait, will my child’s misaligned eyes get better by themselves?

No. Children do not outgrow strabismus. Treatment for strabismus is required. These treatments may include glasses, amblyopic therapy (patching or eye drops), and eye muscle surgery.

What is Strabismus?

Strabismus is the encyclopedic word that describes a problem in which the eyes are not properly aligned with each other. The eyes are not properly aligned and do not focus on one object together at the same time. An eye may be misaligned all of the time (constant) or only some of the time (intermittent). The common types of horizontal strabismus are esotropia and exotropia. When the eyes are vertically misaligned, this is referred to as hypertropia.

What are the risk factors for Strabismus?

One of the highest risk factors for strabismus is having a family history of strabismus. Significant prematurity, cerebral palsy and other neurological problems, and genetic disorders also increase the risk of eye misalignment.

How is strabismus diagnosed?

Pediatric ophthalmologists are experts in the examination techniques to confirm the diagnosis of strabismus. Most patients are referred to pediatric ophthalmologists by pediatricians, family doctors, and other ophthalmologists and optometrists because on their examinations an eye misalignment problem is suspected.

Who specializes in the treatment of Strabismus?

The American Association for Pediatric Ophthalmology and Strabismus is an organization of pediatric ophthalmologists dedicated to the prevention and treatment of eye problems in children and the treatment of strabismus in people of all ages.

What is pseudo-esotropia?

Pseudo-esotropia is the illusion that the eyes are crossed where indeed they are straight and properly aligned. The eyes of infant often seem to be crossed. Infants and young children often have a wide and flat nasal bridge causing the folds of skin at the inner corners of the eyelids to partially cover the inner corners of each eye giving the illusion that the eyes are crossed. This is particularly noticeable when the child is looking to either side. Photographs often catch a child in these positions causing many parents to suspect the child may have crossed eyes. This illusion of strabismus improves as the child’s face grows and, in most children, is no longer noticeable by the age of 5.

What is accommodative esotropia?

Accommodative esotropia is a common form of crossed eyes occurring in up to 2% of children and typically developing after 12 months and before 5 years old. Accommodation refers to the powerful force that allows the eye to focus. When we accommodate on a close target, this powerful focusing force also activates convergence, or the turning inward of the eyes to look at or be aligned upon nearby objects. These two activities (focusing and turning the eyes inward) are both controlled by the same nerve and happen at the same time. This whole process is called accommodative convergence. Most children with accommodative esotropia are farsighted. Farsighted children have to use their focusing mechanism inside their eyes (accommodation) more powerfully than do most children. Because the same nerve controls focusing and turning the eye inward, the farsighted child who is working very hard to focus may cross (over-converge) the eyes at the same time. This is called accommodative esotropia or may also be described as focusing-related-crossing.

How is accommodative esotropia treated?

Most children with focusing-related-crossing, or accommodative esotropia, are treated with eyeglasses. The power of the eyeglasses is determined by performing a refraction. In most cases of accommodative esotropia, the focusing muscles inside the eye must be relaxed with eyedrops (cycloplegia) to accurately measure the full amount of the child’s farsightedness (hyperopia). About 75% of children with accommodative esotropia will have straight eyes wearing eyeglasses. Glasses will only help the child if they are prescribed accurately and worn full-time. As soon as the glasses are removed, the eyes will cross again. For this reason your child must wear the glasses during all waking hours. In the remaining 25% of patients, glasses alone may not be enough to straighten your child’s eyes. This type of strabismus is referred to as mixed mechanism esotropia. In these cases, eye muscle surgery may be required in addition to glasses. Eye muscle surgery is only used to treat the crossing that is not relaxed by the glasses (the non-accommodative component). That means your child will continue to need glasses to keep their eyes straight even after surgery (for their accommodative component).

What is mixed mechanism esotropia?

When the crossed eyes (esotropia) are caused by both focusing reason (accommodative) and by a muscular reason (non-accommodative), the crossing is referred to as mixed mechanism esotropia. The accommodative component requires to use of glasses. Surgery is often necessary for the muscular imbalance (non-accommodative) part.

Why is it important to have strabismus treated?

The most important reasons to treat eye misalignment problems (strabismus) are first to straighten the eyes and second to restore binocular (3-D) vision. In children it is particularly important to treat eye misalignment problems (strabismus) to preserve normal visual development or assist in the therapy of and the stability of amblyopic therapy.

Click the following links for more information.
Infantile Esotropia
Accommodative Esotropia
Pseudo-Esotropia
Strabismus Surgery
Anesthesia

Dr. Burke is one of Cincinnati’s most trusted resources concerning treating lazy eye in children.

What is Lazy Eye

Many people mistakenly lump amblyopia (poor visual development) and strabismus (eye misalignment) into one category called “LAZY EYE”. These are two distinct problems and require very different therapies. Amblyopia is caused by a child’s eye not being used properly and that lack of stimulus results in the brain’s not developing normal vision.

How is Lazy Eye corrected?

Correcting amblyopia requires that the diagnosis be made as young as possible and appropriate treatment started right away and compliantly continued until maximum visual recovery is achieved. Strabismus, the encyclopedic word to describe all types of eye misalignment, typically requires surgery to straighten the eyes. Although strabismus usually begins and is typically treated in childhood, adults with eye muscle problems may be treated successfully at any age.

Dr. Burke is one of Cincinnati’s most trusted resources concerning eye problems in children.

Poor visual fixation in an infant over 6 weeks of age may be indicative of poor visual development for which a pediatric ophthalmology evaluation should be considered.

White pupil – The pupil is the center hole in the colored part of the eye (iris) which under most conditions appears black and, with flash photography, the reflection often has a red or orange coloration. If the pupil appears grayish to white or if the red reflex is white or not noticeable with flash photography, this may be indicative of two serious eye problems – a cataract or a tumor in the eye. If a white pupil were observed, an urgent pediatric ophthalmology evaluation is indicated.

Excessive light sensitivity, also called photophobia, which is often associated with lots of tearing and sometimes redness to the white of the eye, may indicate a problem with the cornea such as a scratch or abrasion, foreign body, or excessive stretch caused by congenital glaucoma. If these signs were present, an emergent pediatric ophthalmology evaluation is necessary.

Droopy eyelid, referred to as ptosis, may interfere with vision if the eyelid were to cover the pupil’s visual axis and may cause an irregular astigmatism which might result in amblyopia. If one or both eyelids droop significantly after two months of age, a pediatric ophthalmology evaluation is now necessary.

Jerky or dancing eye movements may represent nystagmus. Nystagmus refers to the eyes moving in a slow to fast, typically side-to-side movement. Nystagmus may indicate retinal or optic nerve problems that could result in less than normal vision. Nystagmus is often not observed until the first or second month of age, but whenever it is noted and if it persists should stimulate a pediatric ophthalmology evaluation.

Misalignment eyes or strabismus that persists after 3-4 months of age warrants a timely pediatric ophthalmology evaluation.

Overflow of tears with or without accumulating discharge is suggestive of a tear duct obstruction. External eyelid and eyelash cleaning and occasionally eye medications are necessary to limit the discharge. If these problems persist till 9 months old, evaluation and treatment by a pediatric ophthalmologist is indicated.

Dr. Burke is one of Cincinnati’s most trusted resources concerning eye problems in children.

Vision concerns

  • cannot see well
  • poor eye contact
  • unable to see distant things clearly
  • stumbling over small objects
  • blinking more than usual
  • squinting eyelids together or frowning
  • eyes flutter quickly from side-to-side
  • drooping lid

Eye alignment concerns

  • crossed eyes
  • wandering eye
  • shutting or covering one eye
  • blurred or double vision
  • tilting or turning of the head

External eye disease concerns

  • rubbing eyes excessively
  • red-rimmed, encrusted, or swollen eyelids
  • inflamed or watery eyes
  • recurring styes or chalazions
  • itching, burning or scratchy eyes
  • excesive sensitivity to light
  • chronic tearing or wetness with or without discharge
  • eye pain

Dr. Burke is one of Cincinnati’s most trusted resources concerning visual development in children.

What does a baby see?

A baby is born with the eyes and the brain having the wiring diagram needed for vision. However, these circuits must be turned on and these systems used continuously to stimulate and fully develop the brain’s visual systems.

This means newborn infants are born with a potential to see and, as they use their eyes during the first years of life, the visual functions continually and significantly improve.

The maximum visual system potential is reached around 2 years of age but the brain’s visual development does not become fully mature and stable until around the age of 8.

What must happen for a baby see?

The baby’s visual system is dynamic, constantly changing, and adapting through nature’s pre-programmed developmental cycle and through the use of the eyes that stimulate the brain’s development.

The baby’s ability to understand what is seen and being able to make appropriate responsive actions based upon that information is a learned behavior. That means that the sensory experiences from the external world influence the way the brain wires itself after birth.
These visually driven experiences stimulate the development of the different areas of the brain used for facial and object recognition, perception of movement, color vision, and depth or 3-D awareness.

Visual experiences are crucial for the child’s vision to develop normally. The infant’s visual system develops in a “use it or lose it” situation. Because visual development is so rapid during the first year, early detection of eye problems is critical so that treatment of childhood eye problems may begin as early as possible so that permanent visual impairment does not occur.

What is the typical visual developmental progression in infants?

Right after birth, the baby’s may appear to stare blankly and the eyes may appear to wander almost randomly. They typically show blinking or closing of the eyes in response to rapid increases of illumination.

During the first month or two, they may focus only on stationary objects close to their face. This is especially true when looking at your face. Although it does seem that they enjoy looking at faces, they are actually observing only gross facial details. The early visual system is more stimulated by and therefore interested in shapes, lines, and boundaries between the image targets.
In this immature visual system, the nearness of the visual stimulus allows for magnification that permits the infant’s best visual potential.

In the second and third month, they have learned to fixate well on faces and lights and then they begin to perceive larger distant objects. They also slowly develop the ability to fix and follow or track objects that are in motion.

By 3-4 months, the brain has developed enough to control of the eyes and head movements, which allows for the rapid integration of visual stimuli that permits the infant to respond so that their eyes appear well aligned and the tracking of their ocular movements are well coordinated most of the time. Also during this time, the baby’s visual attention and visual searching behavior begins which allows the infant to associate visual stimuli with a recurring event (such as a bottle “means” food).

By the time your infant is 4-6 months old, most visual systems should be functioning so that it appears that their visual interests and abilities are as good as an adult. But their vision is not as good as yours and their brain’s vision systems are not nearly fully developed. It is not until around 24 months of age that the eye’s and brain’s anatomic development reaches close to that of an adult. However, the brain’s visual circuits do not reach full maturity and stability until around the age of 8 years.

What should you do if you suspect something is wrong with your child’s eyes or their vision?

Please remember that babies develop their abilities at their own pace and without regard to time tables that parents and grandparents often set for them. Even if your baby seems behind any of these developmental milestones (listed above), the probability is the visual functions and development will ultimately be normal.

However, if by 3-4 months of age your child’s vision seems less than normal or if the eyes do not appear properly aligned, you should bring these issues to the attention of her primary care provider. If you really feel there is still a problem, even if your primary care practitioner feels it is probably normal, it is always worth getting an opinion from a pediatric ophthalmologist.

What are some of the factors that increase the risk of a vision problem in an infant?

  • Prematurity less than 32 weeks
  • Maternal history of diabetes or thyroid instability
  • Maternal use of illicit drugs and alcohol
  • Maternal exposure to or infection with herpes, toxoplasmosis, chlamydia, cytomegalic virus
  • Family history congenital cataracts
  • Family history of genetic diseases including neurofibromatosis, Marfans, optic atrophy, retinitis pigmentosa, Stickler’s
  • Family history of retinoblastoma
  • Known or suspected central nervous system problems including developmental delay, cerebral palsy, seizures, and hydrocephalus
  • Down syndrome
  • Family history of unusually high farsightedness
  • Family history of strabismus
  • Ptosis or any other cause of visual axis blockage

Dr. Burke is one of Cincinnati’s most trusted resources concerning vision screening in children.

What is vision screening?

Most vision screenings are designed to check the child’s eyesight. Vision screening is an efficient and cost effective “safety net” method to identify children with visual impairment so that a referral may be made with a pediatric ophthalmologist for further evaluation and, if necessary, proper treatment.

Where are vision screenings performed?

During most healthy checkups, your primary care practitioner performs an eye and vision screening that is appropriate for the child’s age. School vision screening should also be done yearly. Vision screenings are not intended nor should they be assumed to replace a thorough examination by a pediatric ophthalmologist.

What parents need to know about visual acuity testing?

Subjective visual acuity testing means asking a child to tell you what they see. To obtain measurements that are accurate requires a cooperative individual. The child must give their best effort and the examiner must be sure they are testing each eye separately and making sure the child does not peek with the other eye. Without these requirements, there will be many “false positive” results. “False positive” refers to the measurements not accurately representing the child’s maximum potential. With the proper amount of encouragement and patience, most children 3 years and older are able to cooperate.

What should you do if your child he fails a vision screening?

About 4% of children have a serious eye problem and up to another 10% have decreased vision due only to a refractive error that could be corrected by glasses. Therefore, if a child fails a vision screening or if the parents or primary care practitioner suspects there may be another problem with the eyes, it is reasonable and appropriate for your child to have an eye examination with a pediatric ophthalmologist.

Click the flowing links for more information.
https://www.aapos.org/terms/conditions/107
https://www.aapos.org/terms/conditions/131

Dr. Burke is one of Cincinnati’s most trusted resources concerning strabismus treatment in children and in adults.

What is Strabismus?

Strabismus is the encyclopedic word that describes a problem in which the eyes are not properly aligned with each other. The eyes are not properly aligned and do not focus on one object together at the same time. An eye may be misaligned all of the time (constant) or only some of the time (intermittent). The common types of horizontal strabismus are esotropia and exotropia. When the eyes are vertically misaligned, this is referred to as hypertropia.

What causes Strabismus?

The eyes move faster and more precisely than any other part of our body. The eye muscles are controlled through nerves from the brain. Strabismus is caused when these neural connections that control the eye muscles are out of balance.

What are the risk factors for Strabismus?

One of the highest risk factors for strabismus is having a family history of strabismus. Significant prematurity, cerebral palsy and other neurological problems, and genetic disorders also increase the risk of eye misalignment.

If you suspect your child has Strabismus, what should you do?

Besides parents, a pediatrician or family doctor is often the first person to suspect strabismus. Any baby whose eyes do not appear straight by the age of 3-4 months should have a thorough pediatric ophthalmologic exam. Strabismus that is not treated early in the child’s life may cause amblyopia (poor visual development in one or both eyes). As soon as a child is suspected of having a misaligned eye (Strabismus), a complete exam with a Pediatric Ophthalmologist is necessary to determine if there is an eye problem.

If I just wait, will my child’s misaligned eyes get better by themselves?

No. Children do not outgrow strabismus. Treatment for strabismus is required. These treatments may include glasses, amblyopic therapy (patching or eye drops), and eye muscle surgery.

Who specializes in the treatment of Strabismus?

The American Association for Pediatric Ophthalmology and Strabismus is an organization of pediatric ophthalmologists dedicated to the prevention and treatment of eye problems in children and the treatment of strabismus in people of all ages.

What are the symptoms of strabismus in children?

For most children, there are no symptoms from strabismus. However, the most common sign of strabismus is that the eyes are not straight. Parents might also notice the child squint or close one eye in bright sunlight, close or put one hand over an eye while watching television or reading a book, or they may have an unusual head tilt or head turn while attempting to look closely at a target.

What are the symptoms of strabismus in adults?

Strabismus often causes complaints in adults. They may complain of double vision (diplopia), visual confusion, loss of binocular (3-D) vision, partial loss of peripheral visual field, and awareness of or neck pain caused by a compensatory head position (head tilt or head turn). Many adults project upon themselves a decreased self-image because they are aware of the negative impact that misaligned eyes (strabismus) causes in many social and vocational settings.

What is double vision?

Diplopia, the medical term for double vision, is the perception of the same image in two different visual locations. The brain attempts to deal with double vision by attempting to ignore or suppress one of these 2 different images. If this neural adjustment is unsuccessful, closing one eye or covering one side with an eye patch may be necessary.

What is visual confusion?

Visual confusion is the perception of two different images superimposed onto the same space. One of the most common examples of visual confusion that is particularly dangerous and often debilitating occurs when driving. Adults with visual confusion may describe cars going in the opposite direction crossing over the center line and coming straight at them. This visual confusion is caused by the brain shifting the image of the oncoming car and superimposing it on the road straight ahead.

How is strabismus diagnosed?

Pediatric ophthalmologists are experts in the examination techniques to confirm the diagnosis of strabismus. Most patients are referred to pediatric ophthalmologists by pediatricians, family doctors, and other ophthalmologists and optometrists because on their examinations an eye misalignment problem is suspected.

What is pseudo-esotropia?

Pseudo-esotropia is the illusion that the eyes are crossed where indeed they are straight and properly aligned. The eyes of infant often seem to be crossed. Infants and young children often have a wide and flat nasal bridge causing the folds of skin at the inner corners of the eyelids to partially cover the inner corners of each eye giving the illusion that the eyes are crossed. This is particularly noticeable when the child is looking to either side. Photographs often catch a child in these positions causing many parents to suspect the child may have crossed eyes. This illusion of strabismus improves as the child’s face grows and, in most children, is no longer noticeable by the age of 5.

Why is it important to have strabismus treated?

The most important reasons to treat eye misalignment problems (strabismus) are first to straighten the eyes and second to restore binocular (3-D) vision. In children it is particularly important to treat eye misalignment problems (strabismus) to preserve normal visual development or assist in the therapy of and the stability of amblyopic therapy.

What are the common types of strabismus?

Strabismus is commonly designated by the direction of the misaligned eye. The common types of strabismus are esotropia, exotropia, and hypertropia. Esotropia, often called “crossed-eyes”, is the most common type of strabismus and refers to an eye that turns inwardly. Exotropia is used to describe an eye that turns outwardly and is often called “wall-eyed”. The most uncommon eye misalignment problem is when one eye is displaced up or down and this type of vertical strabismus is called hypertropia.

What are the common types of esotropia?

There are four types of esotropia. The four types are infantile or congenital esotropia, accommodative esotropia, late onset non-accommodative esotropia, and a combination of accommodative and non-accommodative causes referred to as mixed mechanism esotropia.

What is infantile esotropia?

Congenital or infantile esotropia describes a constantly crossed or turned in eye in an infant less than 12 months old. This type of esotropia occurs in up to 1% of infants. In almost all cases of infantile esotropia, early surgical treatment is necessary to realign their eyes.

What is accommodative esotropia?

Accommodative esotropia is a common form of crossed eyes occurring in up to 2% of children and typically developing after 12 months and before 5 years old. Accommodation refers to the powerful force that allows the eye to focus. When we accommodate on a close target, this powerful focusing force also activates convergence, or the turning inward of the eyes to look at or be aligned upon nearby objects. These two activities (focusing and turning the eyes inward) are both controlled by the same nerve and happen at the same time. This whole process is called accommodative convergence. Most children with accommodative esotropia are farsighted. Farsighted children have to use their focusing mechanism inside their eyes (accommodation) more powerfully than do most children. Because the same nerve controls focusing and turning the eye inward, the farsighted child who is working very hard to focus may cross (over-converge) the eyes at the same time. This is called accommodative esotropia or may also be described as focusing-related-crossing.

How is accommodative esotropia treated?

Most children with focusing-related-crossing, or accommodative esotropia, are treated with eyeglasses. The power of the eyeglasses is determined by performing a refraction. In most cases of accommodative esotropia, the focusing muscles inside the eye must be relaxed with eyedrops (cycloplegia) to accurately measure the full amount of the child’s farsightedness (hyperopia). About 75% of children with accommodative esotropia will have straight eyes wearing eyeglasses. Glasses will only help the child if they are prescribed accurately and worn full-time. As soon as the glasses are removed, the eyes will cross again. For this reason your child must wear the glasses during all waking hours. In the remaining 25% of patients, glasses alone may not be enough to straighten your child’s eyes. This type of strabismus is referred to as mixed mechanism esotropia. In these cases, eye muscle surgery may be required in addition to glasses. Eye muscle surgery is only used to treat the crossing that is not relaxed by the glasses (the non-accommodative component). That means your child will continue to need glasses to keep their eyes straight even after surgery (for their accommodative component).

What is mixed mechanism esotropia?

When the crossed eyes (esotropia) are caused by both focusing reason (accommodative) and by a muscular reason (non-accommodative), the crossing is referred to as mixed mechanism esotropia. The accommodative component requires to use of glasses. Surgery is often necessary for the muscular imbalance (non-accommodative) part.

What is exotropia?

A child whose eye turns outwardly is said to have a wandering eye or be “wall-eyed”. Exotropia refers to an outwardly drifting eye. About one percent of children have an outwardly wandering eye. The most common presentation in a child is where the eye drifts only part of the time. This is called intermittent exotropia.

What is infantile exotropia?

Congenital or infantile exotropia describes a constantly outwardly deviated eye in an infant less than 12 months old. This type of exotropia is very uncommon. Although it may be no more worrisome than the much more common infantile esotropia (crossed eyes), many with infantile exotropia have some type of neurological insult with developmental delay.

What is intermittent exotropia?

Children with intermittent exotropia have a strong tendency to let an eye turn out, but the eye does not turn outwardly all the time. When the child does control the alignment, the eyes are straight and functional normally together. The most common age of onset is between 2 and 5 years of age. During the early stages, the child has straight eyes looking at anything closer than 3 to 4 feet. The eye will drift or wander outwardly when the child looks at things far away and is especially noticeable when the child is tired, ill, or daydreaming. Parents often notice that the child squints or tries to close one eye in bright sunlight. As time passes, control is gradually lost and the eye will begin to wander more frequently and stay in the outwardly deviated position for a longer period of time. Surgical realignment of the eye muscles will ultimately be necessary in over 90% of patients with intermittent exotropia.

Additional Information:

Strabismus in Children

Strabismus in Adults

Esotropia

Accommodative Esotropia

Exotropia

Examination Techniques for Strabismus

Strabismus Surgery

Anesthesia

Dr. Burke is one of Cincinnati’s most trusted resources concerning refractive errors in children’s eyes.

Why are children’s visual needs different than adults?

A child’s visual system is in the developing stages till 2 to 3 years old and remains immature (and therefore remains susceptible to amblyopic concerns and fortunately responsive to amblyopic therapies) until around 8 years of age.

Why are glasses prescribed for children?

Glasses are prescribed for children to 1) improve vision, 2) prevent and treat amblyopia (“lazy eye”), and 3) to help straighten eyes that have special types of eye muscle problems. Children with focusing problems such as myopia, hyperopia, and astigmatism may also need corrective lenses.

What are the three types of refractive errors?

Myopia, hyperopia, and astigmatism are refractive errors. Most eyes have similar refractive errors. However, when there is a significant difference in the refractive error between the eyes, this asymmetry is called anisometropia. Anisometropia is one of the main causes of amblyopia in children.

What is myopia?

Myopia, or nearsightedness, is inherited and is often discovered in children when they are 8-12 years old. A myopic eye is longer than normal, causing light rays to focus in front of the retina. This causes close objects to look clear, but distant objects appear blurred.

What is hyperopia?

When light entering the eye is focused behind the retina, we call this hyperopia or farsightedness. A hyperopic eye is shorter than normal. Most young children are normally a little farsighted but have no problems seeing objects up close or at a distance. Hyperopia needs to be corrected in children if it causes decreased vision or were associated with crossed-eyes.

What is astigmatism?

Astigmatism occurs when light rays entering the eye and are focused at different places on the retina. In astigmatism, the cornea may be said to be warped or slightly distorted. Astigmatism blurs vision for both near and far objects.

Are refractive errors considered a disease?

Basic refractive errors are usually thought of as irregularities of the eye and not as diseases. Glasses do not weaken the eyes nor will they cure a refractive error. Glasses are simply an external optical aid that neutralizes or clears the vision. However, there are special situations where refractive errors do play a part in children’s eye problems. In children with amblyopia, glasses are used to help teach the brain to see more clearly. In children with accommodative esotropia, glasses relax focusing effort, which helps the eyes to be straighter.

What happens to refractive errors with growth?

Refractive errors change as the eyes grow. Refractive errors are genetically controlled so similar refractive errors typically run in families. Infants and young children are commonly mildly farsighted. During the pre-pubertal years, typically between 8 and 12 years old, up to 40% of children lose their childhood farsightedness and become nearsighted. This growth related change continues as long as development and maturation continue, typically until 16-18 years old in females and into the early 20s for males. Although there are many areas of research attempting to slow the progression of myopia, there is no consensus on any reliable therapy at this time.

Additional Information:

https://www.aapos.org/terms/conditions/91

https://www.aapos.org/terms/conditions/95

https://www.aapos.org/terms/conditions/43

Dr. Burke is one of Cincinnati’s most trusted resources concerning pseudostrabismus in infants and toddlers.

What is pseudostrabismus?

Pseudo means “not real” and strabismus refers to an eye misalignment problem. Pseudostrabismus is therefore an illusion causing the eyes to appear as if they were not properly aligned. The most common type of pseudostrabismus is pseudo-esotropia (appearing crossed-eyed).

What is pseudo-esotropia?

Pseudo-esotropia is the false impression that the eyes are crossed. This illusion of crossing is caused by the infant’s facial appearance where the folds of skin that cover the bridge of the nose (the space between the eyes) and the shape of the eyelids partially covers the inner corner of the eyes. These features cause less visible white space between the colored part of the eye (iris) and the inner corner of the eyelid. This may give the illusion that the eyes are crossed when looking straight ahead or more commonly when the eyes are turned to either side. This appearance is especially noticeable in photographs.

What should you do if you suspect crossed eyes?

It is common for parents to be concerned about their child’s visual development especially when they noticed what appears to be crossed eyes. Misaligned eyes are a true cause for concern and, whenever suspected, requires an examination by a pediatric ophthalmologist. If left untreated, true strabismus can quickly lead to poor visual development in one or both eyes. Children do not outgrow true crossing of the eyes, a type of strabismus called esotropia. Pseudo-esotropia is not true misalignment so is often referred to as being “outgrown”. This is because, in most cases, the facial growth allows the illusion of crossing to “fade away” by the age of 4 to 5 years.

For additional information click here.

Dr. Burke is one of Cincinnati’s most trusted resources for detection of eye problems in children.

What are some signs of Eye Trouble?

  • Squinting eyelids together
  • Tilting or turning of the head in an awkward position
  • Eyes do not appear properly aligned (straight eyes)
  • Closing or covering one eye while watching TV, video screen, or books
  • Light sensitivity
  • Red-rimmed, and crusted, or swollen eyelids
  • Itching, burning, scratchy, or otherwise painful eyes
  • Inflamed or watery eyes

Dr. Burke is one of Cincinnati’s most trusted pediatric ophthalmologists.

What is Pediatric Ophthalmology?

Pediatric ophthalmology is a subspecialty of ophthalmology concerned with eye diseases, visual development, and vision care in infant, children, and teenagers. An ophthalmologist is a medical doctor specifically trained in the medical and visual treatment as well as surgical care of the eyes. An ophthalmologist is the only type of doctor trained to perform a comprehensive medical eye examination that can examine the eyes in relation to the general health and condition of the whole body.

Pediatric ophthalmologists in the United States are physicians who have completed medical school, a one year internship, a 3 year residency in ophthalmology, and one or more years of fellowship in pediatric ophthalmology and strabismus. Individuals who have completed this training may become members of the American Association for Pediatric Ophthalmology and Strabismus.

What are Pediatric Ophthalmologists trainined for?

Pediatric ophthalmologists are specially trained in the development of the visual system and the diseases that disrupt visual development in children. Pediatric ophthalmologists are qualified to perform complex eye surgeries as well as having expertise in managing various ocular diseases that affect children including the use of glasses and medications. Pediatricians, family practioners, and even most ophthalmologists refer pediatric patients to a pediatric ophthalmologist for examination and management of ocular problems because of the children’s unique needs and special requirements. Pediatric ophthalmologists also manage adults with eye alignment disorders (strabismus).

Pediatric ophthalmologists are specially trained to manage most children’s eye disorders including strabismus, amblyopia, blocked tear ducts, abnormal vision development, refractive errors, ocular and orbital tumors and congenital malformations, external ocular diseases including conjunctivitis, blepharitis and chalazion, ptosis, pediatric cataract, pediatric glaucoma, and retinopathy of prematurity.

Additional Information:

https://www.aapos.org/terms/conditions/87

https://www.aapos.org/about/organization

Dr. Burke is one of Cincinnati’s most trusted resources concerning nystagmus in children.

Nystagmus is a rhythmic, involuntary oscillation of one or both eyes.
The “what causes” and “what can be done about” of nystagmus are constantly evolving.

Some forms of nystagmus are physiologic, whereas others are pathologic.
Distinguishing infantile or congenital forms of nystagmus (with onset in the first month of life) from an acquired type is important because underlying neurologic disease is found more often in the acquired forms of nystagmus.

If your infant or child is suspected to have or has nystagmus, a thorough evaluation by a pediatric ophthalmologist is indicated.

More Information:

https://emedicine.medscape.com/article/1199177-overview

https://www.nlm.nih.gov/medlineplus/ency/article/003037.htm

https://www.nystagmus.org/aboutn.html

https://www.aapos.org/terms/conditions/80

Dr. Burke is one of Cincinnati’s most trusted resources concerning glasses needs in children.

Eyeglass frames come in all shapes and sizes, so choosing one that will fit the child’s needs is important. Whenever possible, purchase the glasses from an optician who is experienced working with children. Let them recommend the most suitable frame for the child’s facial features, age, prescription, and activities. Ask about warranties for your child’s eyeglasses and seriously consider purchasing one for at least one year from the date of purchase.

Most lenses in the eyeglass frame are made of a plastic polycarbonate material. Polycarbonate lenses are very lightweight yet are especially strong and shatterproof offering the child significant protection. Children who have good vision in only one I should wear polycarbonate glasses for protection at all times even if they do not otherwise need glasses.

Cable temples (soft plastic material wrapping around the ears for added support) are recommended for infants and particularly active toddlers. Flexible or spring hinge allow for some outward bending of the temples and are particularly useful to prevent breakage.

Click the following links for additional information.
https://www.aapos.org/terms/conditions/54
https://www.aapos.org/terms/conditions/53

Dr. Burke is one of Cincinnati’s most trusted resources concerning eye health in infants, children & teenagers.

When shoud Eye Screening be considered?

Monitoring ocular health should begin at birth and continue throughout childhood. Life-threatening diseases such as retinoblastoma can present at any time during infancy and early childhood.

Vision threatening conditions that require immediate attention can occur at anytime during infancy and childhood (e.g. cataract, glaucoma, and strabismus).

Serial screening of every child by their primary medical care provider is the most effective approach to accomplish early detection of ocular problems in infants and children.

The American Academy of Pediatrics, The American Association for Pediatric Ophthalmology and Strabismus, and The American Academy of Ophthalmology all advocate early and continued serial screening of children as the best approach for infants and children.

Newborns are screened by the pediatrician prior to discharge from the hospital and during subsequent outpatient well-child checks.

Suspicious cases should receive immediate referral to a PEDIATRIC OPHTHALMOGIST who is specially qualified to care for infants, children, and teenagers.

Screenings can detect vision loss due to amblyopia, refractive errors, and life-threatening conditions such as retinoblastoma.

Infants, children, and teenagers benefit from eye and vision screenings

Infants, children, and teenagers benefits from serial eye and vision screenings by their primary medical care provider to detect poor vision (amblyopia), eye misalignment problems, and potentially life-threatening medical conditions.

Click the following links for more information.

Specific Age and Type of Eye Screening Recommendations
General Information On Eye Screening
Pediatric Eye Screening

Dr. Burke is one of Cincinnati’s most trusted resources concerning headaches in children.

Do children get headaches?

Yes. It is a normal thing to have a headache once in a while. And it is okay for a child to complain of a headache occasionally.

What may cause a headache?

Some headaches can come from a fever, from being tired, from too much stress, and even from too much excitement. Children may perceive head pain from real problems of the eye, ear, sinus, dental, or neck, but this kind of headache usually occurs with other symptoms.

Is an eye exam important if my child complains of headache?

Yes. Children with persistent or unusual headaches are encouraged to have an evaluation with your primary care doctor and by a pediatric ophthalmologist.

Do children have migraine headaches?

Yes, and more frequently than most people suspect.

What are migraines?

Migraines are really a complex neurological syndrome. The pain of a migraine is actually an abnormal neurological processing of routine information from the body’s sensory receptors. The pain of a migraine is actually a normal sensation referred to the brain and misinterpreted. The most common complaint of those that experience a migraine is head pain. Many also may be aware of unusual sensations, called auras, which occur just as the migraine episode is beginning.

What are migraine auras?

Migraine auras are unusual, but unreal, neurological sensations that may involve visual, auditory, smell, gastrointestinal, or peripheral sensations like tingling in the hands or feet. The description of these auras are often as if they were experiencing a true hallucination. The common visual aura “observations” are blurring of vision, flashes of light, zig-zag lines, and black or colored spots.

Do migraines run in families?

Yes. Migraines run in families – 70% will have a close relative (parent, sibling, grandparent, aunt, or uncle) who suffers from “sick” or “bad” headaches.

What if I suspect my child has migraines?

Although migraine complaints are common, not all headaches are migraine and not all headaches are benign. A complete evaluation by both your primary care specialist and a pediatric ophthalmologist is recommended.

Click the following links for additional information.
Headache
Migraine

Dr. Burke is one of Cincinnati’s most trusted resources concerning eyeglasses for infants & children.

Why are glasses prescribed for children?

Glasses are usually prescribed for children to improve vision or to prevent and treat amblyopia (“lazy eye”) or eye muscle problems. Children with focusing problems such as myopia, hyperopia, and astigmatism may also need corrective lenses.

How are glasses prescribed?

The focusing power of a baby’s eyes can be tested even before he or she is able to speak. After dilating a baby’s pupil, the ophthalmologist uses an instrument called a retinoscope to determine the focusing power of the eye. Children who talk but do not yet know their letters or numbers can be asked to identify pictures of common objects to help determine the lens power they need.

How do you choose a suitable frame with a proper fit?

Frames come in all shapes and sizes, so choosing one that will fit the child’s needs is important. Ask the optician to recommend the most suitable frame style for the child’s facial features, age, prescription, and activities. Ask about the quality and expected lifetime of the frame and the frame guarantee, if there is one.

What types of lenses are the best?

Lenses made of impact resistant plastic are preferable. Polycarbonate lenses are the most common and offer the most protection for a child. Polycarbonate is an especially strong, shatterproof, and lightweight plastic. Prescription sunglasses and transition lenses (become darker in sunlight) may be purchased if your child is sensitive to light.

How do I keep the glasses on my child?

Don’t make a big fuss about the glasses. If your child is old enough, let him or her help pick out the frame. Be sure to follow your optician’s advice about the proper frame size and fit because these are often more important than the appearance of the frame. Be positive about the glasses and your child’s appearance in them.

Don’t get into a tug-of-war with your infant. Try to distract him or her after you put the glasses on. If your child removes them, put them back on. If it happens again, set the glasses aside for a while and try again later. If your child continues to remove the glasses, call Dr. Burke for further instruction and directions.

Click the following links for additional information.

Glasses For Children

Fitting Glasses For Children

Dr. Burke is one of Cincinnati’s most trusted resources concerning eye protection for children.

What are the likely causes of loss of vision in a child?

The two most likely causes of vision loss in children are amblyopia and eye injuries.

Where do eye injuries occur?

Accidents occur at anytime and in any place. About half of childhood eye injuries occur around the home and the other half occur in sports and recreational activities.

What around a house may be dangerous to the eyes?

Parents should supervise their children at play. Extreme care is necessary if you allow children to use darts, guns, or other toys that can shoot objects into the eye. Toys with sharp edges are dangerous. Pencils, pens, and scissors may easily scratch or penetrate the eye. Forks and knives, clothes hangers, and screwdrivers are of concern. Hammering, power drills and power saws, powered gardening tools, and lawnmowers all may propel rocks or other high speed particles toward the eyes. Household chemicals including cleaning products, bleach, and powerful soaps may cause significant irritation and possibly damage to the eyes. Never play with fireworks.

What are the sports with the greatest likelihood of eye injury?

Participating in sports requires that the parents and the child have a full understanding of the risks involved. Sports that have high velocity ball action or those that have high speed projectiles have the highest potential for eye injuries. These include racquetball, squash, hockey and field hockey, lacrosse, baseball, basketball, and soccer.
Academy of Ophthalmology Policy Statement

What kinds of eye protection are available?

For typical daily protection, impact resistant lenses with sturdy eyeglass frames are sufficient. The most frequently used protective lenses are made out of polycarbonate, a material that is extremely strong and shatter resistant. Sturdy eyeglass frames for daily wear are available in many attractive styles. Special protective eyewear including the sports frames are available for most sports. Contact lenses alone should not be the only protection used because they do not provide enough protection against injury.
Play Hard Don’t Blink, advice by Ohio Ophthalmological Society

What does it mean “living with one good eye”?

Once it has been determined that the vision can never be improved in one eye, taking care of the remaining good eye becomes extremely important. Protection of the good eye cannot be stressed enough. At any age, appropriate eye protection should be worn at all times whether it be play, school, sports, or hobbies. Protective eye wear should be worn for the remainder of one’s life, even if no prescription is necessary for improving the vision in the good eye. “Living with one good eye” also means not forgetting about maintaining the health of the good eye. Regular eye examinations by an ophthalmologist are very important to make sure the good eye remains healthy.

What high risk sporting activities should be avoided you have poor vision in one eye?

For those individuals “living with one good eye”, the high risk sporting activities that should be avoided are full contact martial arts, wrestling, and boxing.

Click the following links for additional information.
https://www.aapos.org/terms/conditions/50
https://www.aapos.org/terms/conditions/136
https://www.aapos.org/terms/conditions/135
Academy of Pediatrics Recommendations

Dr. Burke is one of Cincinnati’s most trusted resources for Down Syndrome Eye Problems

The improved quality of medical care and educational resources provided to these children has allowed them to lead more productive lives and to have a longer life expectancy. The proper assessment and correction of their visual functioning can further enhance their quality of life.

Individuals with Down syndrome are at increased risk for a variety of eye and vision disorders. Since many of these problems have the potential to reduce vision, it is important to identify them early.

A pediatric ophthalmologist should evaluate all children with Down syndrome during the first six months of life. Because potential ophthalmic problems appear to increase with age, reevaluations are needed every year or two. Fortunately, many eye disorders common to individuals with Down syndrome can be treated if discovered at an early age.

If you have general questions about Down syndrome or would like to join a support group, contact the following organization.

Down Syndrome Association of Greater Cincinnati
644 Linn St.
Cincinnati, Ohio 45203
(513) 761-5400
https://www.dsagc.com

Additional Sources:

https://www.aapos.org/terms/conditions/45

https://www.ndss.org/

https://www.nichd.nih.gov/health/topics/Down_Syndrome.cfm

https://www.cdadc.com/ds/eyesight-problems-treatment-and-down-syndrome.html

Dr. Burke is one of Cincinnati’s most trusted resources concerning eye muscle surgery.

What do I need to know about strabismus (eye muscle) surgery?

Eye muscle surgery is performed in an attempt to correct an abnormal eye alignment (strabismus). Even though eye muscle surgery typically requires a general anesthetic, most people are able to return home within hours after the surgery is completed. During the surgery, the eyelids are held open with a speculum and the eye is gently rotated to bring the muscles into the surgeon’s view. Incisions are made on the superficial tissues of the eye, the conjunctiva. It is through these openings that the muscles are operated. Eyes muscles are repositioned during the surgery. It may be necessary to perform surgery on one or both eyes. The eye muscles are reattached to the globe with sutures that absorb within 6-7 weeks. The conjunctiva is also sutured closed and the stitches will be absorbed within the first 2 weeks. Recovery time is rapid. People are usually able to resume most of their normal activities within a week. Strabismus surgery is usually a safe and effective treatment for eye misalignment problems.

Is the eye removed during strabismus surgery?

The eyeball is never removed from the socket during any kind of eye muscle surgery.

Are there are risks to eye muscle surgery?

The most common issues postoperatively are residual misalignment (that may or may not require additional surgery) and double vision (almost always only temporary). As with any surgery, eye muscle surgery has certain health and eye risks. These include infection, bleeding, excessive eye tissue scarring, and other extremely rare complications that could lead to the loss of vision.

How many surgeries will it take to straighten the eyes?

About 8 out of 10 patient’s achieved good eye alignment initially after surgery. Sometimes, however, the result is too little (an undercorrection) or too much (and overcorrection). If either of these were significant, this may be cause for a reoperation in a short time after the procedure. There are other times that the initial good eye alignment may begin to wander again many months or even years after the procedure. Over a lifetime, about 40% of patients require 2 or more eye muscle surgeries.

How common is eye muscle surgery?

Over 250,000 patients undergo eye muscle surgery every year in the United States. The overwhelming majority of these patients do very well.

What should I expect after eye muscle surgery?

It is normal for the white part of the eye to be red after surgery. It usually takes several weeks for the redness to disappear. Significant pain is unusual. Most pain, soreness, and foreign-body sensation improves within a few days. Postoperative eyedrops and ointment will need to be placed in the operated upon eye(s) for one week after surgery.

Are there any restrictions after surgery?

Normally there are no postoperative activity restrictions except no pool swimming, no contact lenses, and no eyelid or eyelash cosmetics for 2 weeks after surgery.

Additional Information:

https://www.aapos.org/terms/conditions/102

https://www.aapos.org/terms/conditions/25

Dr. Burke is one of Cincinnati’s most trusted resources concerning exotropia in children.

A child whose eye turns outwardly is said to have a wandering eye or “wall-eye.” If the eye is turned out all the time, it is called exotropia. Children with intermittent exotropia have a strong tendency to let the eye turn out, but it does not turn out all the time. When the child does control the eye alignment, the eyes are straight and function normally together.

Exotropia occurs in about 1 out of 100 children. The most common age of onset in children is between 2 and 5 years of age. The eye will drift or wander outwardly when the child looks at things far way, especially if the child is tired, ill, or daydreaming. Children do not do this “on purpose.” Sometimes in sunlight the child will squint or close one eye. When the eye is turning out, the brain “turns off” or suppresses the central vision causing a loss of binocular or 3-D vision.

Surgical realignment is ultimately necessary in over 90% of cases because the amount and duration of the drifting increases. When surgery is done, there is an excellent chance of the eyes will be straight and that there will be normal vision and good binocularity.

Whenever an eye misalignment is suspected, your child should have a complete evaluation by a pediatric ophthalmology specialist.

What is exotropia?

A child whose eye turns outwardly is said to have a wandering eye or be “wall-eyed”. Exotropia refers to an outwardly drifting eye. About one percent of children have an outwardly wandering eye. The most common presentation in a child is where the eye drifts only part of the time. This is called intermittent exotropia.

What is infantile exotropia?

Congenital or infantile exotropia describes a constantly outwardly deviated eye in an infant less than 12 months old. This type of exotropia is very uncommon. Although it may be no more worrisome than the much more common infantile esotropia (crossed eyes), many with infantile exotropia have some type of neurological insult with developmental delay.

What is intermittent exotropia?

Children with intermittent exotropia have a strong tendency to let an eye turn out, but the eye does not turn outwardly all the time. When the child does control the alignment, the eyes are straight and functional normally together. The most common age of onset is between 2 and 5 years of age. During the early stages, the child has straight eyes looking at anything closer than 3 to 4 feet. The eye will drift or wander outwardly when the child looks at things far away and is especially noticeable when the child is tired, ill, or daydreaming. Parents often notice that the child squints or tries to close one eye in bright sunlight. As time passes, control is gradually lost and the eye will begin to wander more frequently and stay in the outwardly deviated position for a longer period of time. Surgical realignment of the eye muscles will ultimately be necessary in over 90% of patients with intermittent exotropia.

Click the following links for additional information.

Exotropia
Strabismus Surgery
Anesthesia

Dr. Burke is one of Cincinnati’s most trusted resources concerning dyslexia and vision therapy in children.

What is a learning disability?

The term learning disability refers to difficulty understanding and using spoken or written language. Individuals with learning disabilities may have problems with reading, writing, listening, speaking, concentration or doing mathematical calculations. Approximately 80% of people with learning disabilities have dyslexia. Dyslexia is a major cause of learning disability occurring in almost one out of five children worldwide.

What is dyslexia?

The definition of dyslexia is “difficulty in learning to read despite normal intelligence, strong motivation, and adequate instruction.” It is characterized by difficulties with accurate and/or fluent sight word recognition and decoding abilities. Dyslexia may affect not only how a person reads but, surprisingly, a range of other important functions as well, including the ability to spell words, to retrieve words, to articulate words, and to remember certain facts. These difficulties are unexpected in relation to the child’s other cognitive skills. This disability may also damage a child’s developing self-image and cause emotional problems such as withdrawal, anxiety, depression, or aggression. Dyslexia has been identified as having a strong genetic basis with up to 40% having extended family individuals demonstrating dyslexic tendencies.

Do children with dyslexia have more eye problems than average?

Children with learning disabilities and dyslexia have no greater incidence of eye problems than the rest of the population.

What is the most up-to-date information on dyslexia?

The scientific and education communities know that dyslexia is common (up to 20% of all humans), persistent, and chronic. It is now known that this complex reading problem has its roots in the very basic brain systems that allow humans to understand and express language. The accepted model of dyslexia is based upon phonological processing – processing the distinctive sound elements of language. In dyslexic children, it is this glitch within the language that impairs the child’s phonemic awareness. As a result of this weakness, children have difficulty breaking the reading code. Reading represents a code, specifically, an alphabetic code. Seventy to 80% of children (American and those all over the world) learn how to transform printed symbols into a phonetic code without much difficulty. For the remainder, however, written symbols remain a mystery. These children are dyslexics. Although vision is fundamental for reading, the brain must interpret the incoming visual images. Historically, many theories have implicated defects in the visual system as a cause of dyslexia. We now know these theories to be untrue.

National Center for Learning Disabilities
381 Park Ave. South, Suite 1401
New York, NY 10016

Is there any treatment for dyslexia?

The greatest stumbling block preventing a dyslexic child from realizing his/her potential and following his/her dreams is the widespread ignorance about the true nature of dyslexia.

Dyslexia and learning disabilities are complex problems that have no simple solutions. A prestigious national panel of scientists and educators have agreed upon what we now believe are the optimal methods of teaching children to read. Their report was released April 13, 2000, and is titled “Report of the National Reading Panel, Teaching Children to Read: An Evidence–Based Assessment of the Scientific Research Literature on Reading and Its Implications for Reading Instruction.” Much of that report has been synthesized by one of the panel participants, Sally Shaywitz, M.D., into a wonderfully understandable book titled Overcoming Dyslexia, Random House, New York, 2003. In this book, Dr. Shaywitz explains how to help a child become a reader and what methods accomplish the task of turning struggling readers into proficient readers — namely, “overcoming dyslexia.”

The American Academy of Pediatrics, the American Academy of Ophthalmology, the American Association for Pediatric Ophthalmology and Strabismus, and the American Association of Certified Orthoptists all strongly support these recommendations for early diagnosis and educational intervention. With early recognition and individualized, interdisciplinary management strategies, children with learning disabilities can enjoy successful academic experiences.

What about other treatments?

The new science of reading has direct application to identifying and treating reading difficulties. The treatment must be educationally directed. There is no credible evidence to show that simple solutions, such as visual training, eye muscle exercises, perceptual or hand-eye coordination exercises, weak magnifying glasses, colored overlays, diet, megavitamins, or sugar restriction, can significantly affect a child’s learning disability. These approaches can give parents a false sense of security and may delay proper educational assistance.

There appears to be much controversy about vision therapy, why is that?
Because learning disabilities and dyslexia are difficult for the public to understand and for educators to treat (that was in the past before the newer scientific evidence was available), the attempt to help these struggling learners gave rise to a wide variety of controversial and scientifically unsupported alternative treatments, including one that is now called “vision therapy”, also referred to as vision training or eye exercises.

Optometrists who advocate vision therapy persist in claiming that many problem learners have undiagnosed vision problems contributing to their difficulties. However, optometrists concede vision therapy does not directly treat learning disability or dyslexia. Advocates claim vision therapy is a treatment to improve visual efficiency and visual processing which thereby allows the child to be more responsive to educational instruction. Despite the significant lack of corroborating research findings with statistical validity, vision therapy is popular and persuasive.

As advocates for their patients, physicians use scientific evidence of effectiveness as the basis for treatment recommendations. Treatments that have inadequate scientific proof of efficacy should be and are discouraged. Ineffective, controversial methods of treatment such as vision therapy may give parents and teachers a false sense of security that a child’s learning difficulties are being addressed, may waste family and/or school resources, and may delay proper educational instruction or remediation.

What major organizations are against vision therapy in the treatment of dyslexia?

Given that the most widely accepted scientific view that dyslexia is a language-based disorder, the American Academy of Pediatrics, the American Academy of Ophthalmology, the American Association for Pediatric Ophthalmology and Strabismus, the Council on Child and Adolescent Health, and the National Education Association all agree with the evidence that vision therapy does not benefit children with learning disabilities or dyslexia. And all are united in discouraging parents from having their children participate in such unsubstantiated and expensive vision training programs, saving the parents’ valuable time and family resources and allowing the child to use their time and effort utilizing proper educational intervention.

What resources are available?

Locally and nationally, information and support can be obtained from:

The Attention Deficit Disorder

Council of Greater Cincinnati

6941 Jerry Dr

West Chester, OH 45069-4040

International Dyslexia Association
Ohio Valley Branch
Cincinnati, Ohio 45208
(513) 651-4747
https://www.cincinnatidyslexia.org/

International Dyslexia Association
40 York Rd., 4th Floor

Baltimore, MD 21204

Voice: (410) 296-0232

Fax: (410) 321-5069
https://www.interdys.org/

Learning Disabilities Association of America

4156 Library Rd., Pittsburgh, PA 15234-1349

Voice: (412) 341-1515

Fax: (412) 344-0224

https://www.ldanatl.org/

National Center for Learning Disabilities
381 Park Ave. South, Suite 1401

New York, NY 10016
Voice: (212) 545-7510

Fax: (212) 545-9665

Toll-free: (888) 575-7373
https://www.ncld.org/

The national reading information website is:
https://www.nichd.nih.gov/publications/pubs.cfm?from=reading_new

Overcoming Dyslexia, Sally Shaywitz, M.D.,
Random House, New York, 2003.
(I have borrowed freely from this book to help answer some of these questions and this is my acknowledgement thereto.)

The following are scientific references discouraging the use of vision therapy:

Evidence shows vision therapy does not benefit children with dyslexia, Sheryl M. Handler, M.D., AAP News, volume 31 (number 5): 19, May 2010.
(I have borrowed freely from this article to help answer some of these questions and this is my acknowledgement thereto.)

https://aapnews.aappublications.org/cgi/content/full/31/5/19

A critical evaluation of the evidence supporting the practice of behavioural vision therapy, by Brendan T. Barrett, Ophthalmic and Physiological Optics. 2009, 29: 4–25.

Learning disabilities, dyslexia and vision: Policy statement,
jointly supported by the American Academy of Pediatrics, Section on Ophthalmology, Council on Children with Disabilities, the American Academy of Ophthalmology, the American Association for Pediatric Ophthalmology and Strabismus, and the American Association of Certified Orthoptists
https://pediatrics.aappublications.org/cgi/content/full/124/2/837
https://www.aapos.org/terms/conditions/65
https://www.aapos.org/terms/conditions/108
https://www.aao.org/about/policy/upload/Learning-Disabilities-Dyslexia-Vision-2009.pdf

Complementary Therapy Assessment: Vision therapy for learning disabilities, American Academy of Ophthalmology, September 2001.
https://onetext.aao.org/CE/PracticeGuidelines/Therapy_Content.aspx?cid=d7238b2b-a59f-49f6-9f30-64d1e84efc3b

Dr. Burke is one of Cincinnati’s most trusted resources concerning corneal abrasions in children.

What is the cornea?

The cornea is the clear front window of the eye. It covers the colored portion of the eye, much like the watch crystal covers the face of a watch. The cornea is composed of five layers. The outermost layer of the cornea is called the EPITHELIUM.

What is a corneal abrasion?

A corneal abrasion is an injury – a scratch or cut – to the corneal EPITHELIUM. This injury exposes many of the nerve fibers making corneal abrasions a very painful experience.

How will the cornea heal?

The corneal surface usually heals within a day or two at the most. Until the corneal epithelium heals, the eye may be very uncomfortable, may tear a lot, is usually light sensitive, and there is often a feeling that there is something in the eye – “foreign body sensation.”

How are corneal abrasions treated?

The most common method of treatment is to PATCH the scratched eye. This prevents the eye from blinking and keeps the hands away (i.e., NO RUBBING). For smaller abrasions or when a patch cannot be used for whatever reason, repeated applications of an ointment to the eye helps heal and soothe the eye by forming a barrier between the eyelid and the corneal abrasion. For the pain, use your preferred over-the-counter pain relief medication. If that is not sufficient, ask your ophthalmologist to prescribe something stronger.

How long till the cornea is all better?

Even though the surface layer usually heals within a day or two, deep and total healing may take more than 7 to 10 days. During this time the eye may still be slightly light sensitive and sensitive to the wind and the dust. Hard eye rubbing may also slow healing or even cause the abrasion to recur. Preventive eye medications and additional lubrication for several days after the patch has been removed is highly recommended.

For additional information click here.

Dr. Burke is one of Cincinnati’s most trusted resources concerning conjunctivitis in children.

What is conjunctivitis?

Conjunctivitis, red or pink eye, is the term used to described inflammation of the conjunctiva.

What is the conjunctiva?

The firm, white shell of the eye (sclera) is covered by an almost transparent, thin membrane called the conjunctiva. The normal and healthy conjunctiva contains fine blood vessels within it. Because the conjunctiva is such a diaphanous tissue, whenever the conjunctiva becomes irritated or inflamed (no matter what the cause) it responds to in only one way – the blood vessel become dilated and more prominent which turns the eye red and may make the tissue slightly swollen.

What are the causes of conjunctivitis?

There are many different causes of conjunctivitis, the most common are infections, allergies, and chemical or environmental irritants.

What is infectious conjunctivitis?

The common infectious causes of conjunctivitis are bacteria and viruses. Bacterial conjunctivitis causes a red eye that is typically associated with a considerable amount of mucus and discharge. Viral conjunctivitis, on the other hand, causes a red eye with only a thin watery discharge.

What is allergic conjunctivitis?

Allergic conjunctivitis is a red eye caused by pollens or hay fever, animal dander, chemical irritants that are rubbed onto the eye, and environmental airborne irritants. The discharge tends to be only a small amount of a thin, watery discharge, although occasionally it appears as a thin, stringy, mucoid discharge. Those with allergic conjunctivitis often complain that her eyes are very itchy.

How do you treat infectious conjunctivitis?

If the conjunctivitis is caused by bacteria, topically applied antibiotic eyedrops or ophthalmic ointment are very helpful in limiting the duration of the pink eye to only a few days. Viral conjunctivitis does not respond to these topical antibiotics but fortunately spontaneously resolves in 1-2 weeks.

What are the treatment options for allergic conjunctivitis?

Allergic conjunctivitis often responds to cool, moist compresses held over the eyes and by eliminating the hand rubbing that potentiates the allergic response. For those that need more relief, over the counter and prescription eyedrops work well at relieving the itch and redness.

Is conjunctivitis contagious?

Both bacterial and viral conjunctivitis may be quite contagious. Hand washing is the most important preventive measure. Those with infectious conjunctivitis should use their own washcloths and towels and not share these with anyone.

Will there be any permanent damage caused by conjunctivitis?

Most causes of conjunctivitis will clear without any complications.

What should make me worry about a red eye?

Any eye that has been red for more than a few days, is painful, is light sensitive, has a foreign body sensation, or blurred vision may have something more serious than just routine conjunctivitis. In cases like these, an examination by an ophthalmologist is indicated and encouraged.

Additional Information:

Conjunctivitis

Allergic Conjunctivitis

Dr. Burke is one of Cincinnati’s most trusted resources concerning color blindness in children.

The term “color blindness” is confusing and inaccurate. “Color vision deficiency” is a more appropriate label and refers to the inability of a person to correctly distinguish certain colors. Although many people believe that anyone labeled “color blind” is only able to see colors of black and white, an individual with color vision deficiency confuses different shades of green and red.

Color vision deficiency is inherited through one of the mother’s “X” chromosomes. It is estimated that approximately 8% of men and 0.4% of women have this problem.

There are a few relatively easy tests to diagnose if one has a color vision deficiency. Children over the age of 3 are typically able to perform these tests. Unfortunately there is no cure for color blindness.

Since 8% of males, that is one out of every 12, have color vision deficiency, those children that have not mastered color matching should be tested before entering the educational system. If the diagnosis is confirmed, the teachers must be made aware of this disability as poorer performance in some activities would otherwise suggest a learning disability.

For additional information click here.

Dr. Burke is one of Cincinnati’s most trusted resources concerning blepharitis.

What is Blepharitis?

Blepharitis is a common and persistent inflammation of the eyelids. The chief symptoms of blepharitis are irritation, burning, and itching of the lid margins. The eyelid margins may be red, scaly, and sometimes swollen. Many scales of greasy granulations can be seen clinging to the base of the eyelashes and accumulating on the skin edge of the lid margins of both the lower and upper lids. Occasionally, more serious cases cause the eye to be red and induce inflammation of the cornea (clear “window” of the eye). Corneal inflammation, or keratitis, may cause additional symptoms of tearing, light sensitivity, and foreign body sensation. Blepharitis is often linked to the development of styes and chalazia.

Who gets Blepharitis?

This condition frequently occurs in people who have a tendency towards oily skin, seborrheic dermatitis, or dandruff. Blepharitis can begin at any age. One especially common time is pre-puberty and adolescence when hormones and oil glands are very active. Blepharitis often runs in families.

Why does Blepharitis happen?

The two most common reasons for the development of blepharitis are an over-growth of bacteria on the skin at the base of the eyelashes or over-activity of the eyelids’ oil glands — or a combination of both of them. Bacteria reside on the surface of everyone’s skin, but in certain susceptible individuals they thrive in the skin at the base of the eyelashes. The resulting infection, often associated with over-activity of the nearby oil glands of the eyelid, causes dandruff-like scales and crusty-like debris to form along the eyelashes and eyelid margins.

How is Blepharitis treated?

Eyelid hygiene is essential to the treatment of blepharitis. Follow these steps:

STEP 1. Wetting the eyelid margins and eyelashes. This will soften and loosen scales and debris. More importantly, it helps liquefy the oily secretions from the eyelid’s oil glands that help prevent the development of a chalazion or stye.

  • At the sink, wet a washcloth with very warm water, wring it out, and place over the closed eyelid for one minute. Repeat 2 or 3 times for a few minutes.
  • In the shower or bathtub, allow the warm water to run continuously over the face and closed eyelids for a one minutes.

STEP 2. Cleaning the lid margins. This will help remove the debris thus returning the eyelid to a healthier balance between the skin bacteria and oil glands.

  • Place a small amount of baby (tear free) shampoo in the palm of your hand. Mix with a small amount of water. Rub the hands together to form lots of suds. OcuSOFT Lid Scrub is an excellent prepared product in the eye-care section of most pharmacies.
  • Scrub the base of the eyelids and eyelashes with the suds softly and carefully in a side-to-side motion (not up and down) for about 30 seconds.
  • Rinse the eyelids and lashes with warm tap water.

What may be used in severe cases?

In those cases that are not managed by steps one and two above or where the blepharitis is not discovered early and the infection has progressed, the use of antibiotics is often necessary. In these cases, the additional step is added:

STEP 3. Antibiotics for infection.

  • Perform steps 1 and 2 above.
  • Antibiotic ointment medication, often mixed with a mild steroid to decrease inflammation, is gently massaged onto the lid margins and the base of the eyelashes with the tip of the finger.
  • For serious infections not responsive to ointment or for those individuals whose blepharitis is linked to recurrent chalazia, oral antibiotics may also be required for short or long-term prophylactic use.

Can blepharitis be cured?

For those susceptible to blepharitis, the condition tends to be a chronic condition that cannot be cured. However, blepharitis can usually be controlled through proper eyelid hygiene utilizing the routine use of the cleansing steps 1 and 2 listed above.

For additional information click here.

Dr. Burke is one of Cincinnati’s most trusted resources concerning eye care for children.

Is the eye just like a camera?

Although often compared to a camera, the eye is far more complicated and complex. It not only focuses and takes “pictures” but it also tracks and follows the target then processes this information seamlessly with the brain which ultimately allows us to be conscious of what we “see”.

Why do we say that our eyes are so complex?

Our eyes are indeed a very complex sensory organ that is an extremely important part of what we call the visual system. In order for us to “see”, first there must be light rays emitted from or be reflected off of a target. As these light rays enter and pass through the eye, an image is focused by the cornea and lens (and glasses if worn) and projected onto the retina. The retina is at the back of eye and consists of millions of light receptive cells that convert these focused light rays into electrical signals that are transmitted through a multilayered system into our brain. Once the brain receives and processes these signals, we perceive an image. It is at that moment that vision has occurred and we say “I see”.

What does that mean to have your visual acuity measured?

Visual acuity testing is a measurement of a person’s ability to see in sharp, clear, and fine detail. Visual acuity expressed as “20/20” is what is referred to as normal vision.

What are the four ways one commonly evaluates our visual abilities?

The 4 parts of the visual system that are commonly evaluated are central vision, peripheral vision,
3-D vision or depth perception, and color vision.

What is central vision?

Central vision is the ability to clearly see objects at which one is looking.

What is peripheral vision?

Peripheral vision is the ability to see shapes and forms that surround the central vision target. Peripheral vision does not give us a detailed vision.

What is 3-D vision?

3-D vision or depth perception is the ability of our two eyes to view one object from slightly different angles which the brain blends these two views giving us a perception of dimension and position in space of the object at which we are looking.

What is color vision?

There are light receptive cells in our retina that are called cones. In the normal eye there are 3 different kinds of cones, each perceiving or responding to different wave lengths of light. Typically we refer to these as red, green, and blue cones. It is through the variable stimulation of these cones that allow the human to differentiate over a million shades of color.
Additional Information

Why does the eye have its own field of medicine?

With so many vital components of the eye and so many aspects to visual ability, it is no wonder that so much effort and so many different kinds of professionals are involved in preserving eyesight and maintaining eye health.

Anatomy information may be obtained through these links:

https://www.aapos.org/terms/conditions/22
https://www.aao.org/eyecare/anatomy
https://webvision.med.utah.edu/book/part-i-foundations/gross-anatomy-of-the-ey/
https://www.emedicinehealth.com/anatomy_of_the_eye/article_em.html

Dr. Burke is one of Cincinnati’s most trusted resources concerning amblyopia in children.

What is amblyopia?

Amblyopia is poor vision in an eye that did not develop normal sight during early childhood. The term amblyopia refers to the decreased vision caused when the brain does not receive enough visual stimulation during the critical period from birth through age 8. – the time of life when the sense of sight is developing, maturing, and stabilizing. It is sometimes called “lazy eye.” The condition is common, affecting approximately 2 or 3 out of every 100 children. The prognosis is good if amblyopia is discovered and treated early.

What happens to cause amblyopia?

Amblyopia is caused by any condition that affects normal use of the eyes or from any factor that prevents a clear image from being focused inside the eye during the brain’s visual development cycle (infancy till 8 years of age).

In amblyopia, the right and left eyes send significantly different qualities of visual information to the brain. The brain learns to depend on the stronger eye for its visual information. If this situation is not corrected, the brain eventually chooses to accept the images from the stronger and ignores or suppresses the images from the weaker eye. The brain’s choice usually is made early in childhood when the brain’s visual pathways are still developing. This critical period begins at birth and the visual maturation process ends around the age of 8. If amblyopia is not diagnosed and treated within this critical period, the weak eye does not learn to see resulting in a lifelong loss of vision in that eye.

How does vision normally develop?

The brain is born with the wiring diagram for vision but the circuits must be turned on and continually used to stimulate and fully complete the brain’s development. This means newborn infants are born with a potential to see and, as they use their eyes during the first year of life, vision significantly improves. The maximum visual system potential is reached around 2 years of age but the brain’s visual development does not become fully mature and stable until around the age of 8.
Additional Information

What are the types of amblyopia?

There are four major types and causes of amblyopia: strabismic amblyopia, deprivational amblyopia, refractive amblyopia, and structural amblyopia. The end result of all forms of amblyopia is reduced vision in the affected eye(s).

What is strabismic amblyopia?

Strabismus (misaligned eyes) is the most common cause of amblyopia. Strabismic amblyopia develops when the brain “turns off” the misaligned eye causing the child to use only the straight eye.

What is deprivational amblyopia?

Deprivational amblyopia develops from any condition or problem that blocks or prevents the normal pathway of light entering the eye thus “depriving” young children’s eyes of the normal visual experience.
This type of amblyopia may be caused by ptosis, cataract, corneal scarring, and eyelid distortions like that caused by hemangioma.

What is refractive amblyopia?

Refractive amblyopia happens when there is a large or unequal amount of refractive error in a child’s eye. Unequal focusing between the eyes (refractive error) is the second most common cause of amblyopia. Typical refractive errors are eye conditions that are corrected by wearing glasses. Amblyopia occurs when one eye is out of focus compared to the other eye. The brain “turns off” the unfocused or blurry eye resulting in amblyopia. Parents and pediatricians may not think there is a problem because the child’s eyes may be straight and appear perfectly normal. Also, the “good” eye may have normal vision. For these reasons, this is the most difficult type of amblyopia to detect since it requires careful measurement of vision and may not be found until the child cooperates for a vision screening test.

What is structural amblyopia?

Internal structural abnormalities of the retina or optic nerve
may cause amblyopia. When there are congenital or developmental problems of the optic nerve or retina, less and/or blurred information is transmitted to the brain resulting in amblyopia.

Is poor vision always amblyopia?

Poor vision in one eye does not always mean the child has amblyopia. Vision can often be improved by prescribing glasses.

What happens without treatment?

Without proper treatment, the condition may produce profound loss of vision that lasts a lifetime.

When should treatment be started?

Once amblyopia is detected, it should be treated as soon as possible.
Amblyopia must be detected and treated as early as possible to maximize vision potential. The earlier in life amblyopia is detected, the easier it is to treat.

Can you treat amblyopia after age 8?

There is an age limit to which amblyopia can be successfully treated. In a previously untreated amblyopic eye, except in rare occasions vision cannot usually be significantly improved in children who were older than 8 years of age.

How is amblyopia detected?

It is not easy to recognize amblyopia. Most children are unaware of having one strong eye and one weak eye. Unless the child has a misaligned eye or some other obvious abnormality, there is often no way for parents to tell that something is wrong. Amblyopia is detected by finding a difference in vision between the two eyes. Vision screening is regularly performed by your pediatrician. Since it is important to detect amblyopia as early as possible, newly developed instruments are available to assist the pediatrician to screen for refractive errors that have a high tendency to cause amblyopia. These instruments are particularly useful in infants and preverbal children.

What determines the success of treatment?

Success in the treatment of amblyopia depends upon how severe the amblyopia was when detected and how old the child was when treatment started. If the problem is detected and treated early, vision can improve for most children. Fortunately, if the decreased vision can be found before age 8, the damage caused by amblyopia may be reversible with treatment. Amblyopia may require treatment until 8 or 9 years of age. After this time amblyopia is very unlikely to recur.

What are the goals of therapy?

In all cases, the goal of amblyopic treatment is to achieve the best possible vision in each eye. While not every child will be improved to normal, most can obtain a substantial improvement in vision.

How do you treat amblyopia?

To correct amblyopia, a child must be made to use the weak eye. Glasses may be prescribed to correct errors in focusing. If glasses alone do not improve vision, then patching or covering the stronger eye is necessary. Occasionally, amblyopia may be treated by partially blurring the vision in the good eye with an eye drop to force the child to use the amblyopic eye.

What are the two steps need to treat amblyopia?

The first step is to insure that clear images are produced in both eyes.
When necessary, one of the most important treatments of amblyopia is correcting the refractive error with the consistent use of glasses.
The second step is to strengthen the vision in the weaker eye.
The mainstay of amblyopia treatment is to force the use of the non-dominant eye by patching the better-seeing eye.

Why don’t glasses fix amblyopia?

With amblyopia, the brain is “used to” seeing a blurry image and it cannot interpret the clearly focused image that the glasses produce. With time, however, the brain may “re-learn” how to see and the vision may improve. When glasses alone do not increase the vision to normal, the better eye is patched to make the amblyopic (weak) eye stronger.

How do you make the amblyopic eye stronger?

The mainstay of treating amblyopia is patching the dominant (good) eye during waking hours. Typically, 2-6 hours per day is necessary but, in some difficult cases, even up to full-time patching may be required. Although this amount of therapeutic patching will frequently improve the vision within a few months, maximal results may take up to a year of patching. Once the vision has improved in the lazy eye there is a small chance that it can worsen again. Therefore, close monitoring will be necessary throughout childhood. On occasion, residual patching of an hour or 2 a day may be necessary until 9-10 years of age to maintain good vision and prevent recurrence of amblyopia.
Once vision has been improved, less hours of maintenance patching or less frequent use of the penalizing eye drops may be required to keep the vision from slipping or deteriorating.

What is the most common method to treat amblyopia?

The most common method to strengthen the weaker eye is to have the child wear a patch over the stronger eye for a certain number of hours every day. Your child’s progress will be monitored closely requiring frequent eye exams. Once your child’s vision has become normal or reached its maximum level of improvement, the patching will be weaned slowly to prevent recurrent visual loss. In selected cases, as an alternative to patching, eyedrops may be prescribed to blur vision temporarily in the stronger eye.

Is patching always successful in treating amblyopia?

In a few cases, treatment for amblyopia may never improve enough to be equal to the vision in the good eye or may not even succeed in substantially improving vision. Patching may be tried for several months (even if no further improvement in vision is noted) to ensure that the child has been given the best chance to develop normal vision.
It is hard to decide to stop treatment, but sometimes it is best for both the child and the family. Children who have amblyopia in one eye and good vision only in the other eye should wear safety glasses full time to protect the normal eye from injury.

Is there anything that makes the patching more therapeutic?

Although the most important part of patching is to keep the patch on for the allotted amount of time, there have been reports that the performance of detailed near activities (reading, coloring, hand-held video and computer games) may be more stimulating to the brain and produced better or more rapid recovery of vision.

Is amblyopia inherited?

In many cases, the conditions associated with amblyopia may be inherited. That means parents, siblings, or close family relations may already be known to have amblyopia. Children in a family with a history of amblyopia or strabismus should receive early and regular vision screening.

How do you get the child to patch?

Proper motivation is very important to successful patching. Be positive and encouraging. Make it seem a consistent part of your daily routine. Initially patching may take lots of urging, patience, and one on one stimulation and distraction, since your child will now be using an eye that sees poorly. Many children will resist wearing a patch. Successful patching may require persistence and plenty of encouragement from family members, neighbors, teachers, etc. Children will often throw a temper tantrum but, with parental consistency, persistence, and perseverance, they eventually learn not to remove the patch. Rewards are often useful in the younger child. On the other hand, an older child may be more cooperative or more open to bargaining if patching is performed during certain, desirable activities such as watching a preferred television program or be permitted to play video or computer games.

Do you straighten the eyes before treating amblyopia?

Amblyopic treatment is usually performed before surgery to correct misaligned eyes. Treating the cause alone cannot cure amblyopia. The weaker eye must be made stronger in order for vision to improve. Prescribing glasses or performing surgery can correct the cause of amblyopia, but your pediatric ophthalmologist must also treat the amblyopia. If amblyopia is not treated, a permanent and lifelong visual deficit will be the result.

Patching Compliance – What parents need to know?

Parents must be totally committed. You and your child must adjust to the idea and the reality of wearing an eye patch. It is crucial that you commit to the fact that your child will wear an eye patch. By the tone of your voice and your attitude, you convey to your child that there are no options and that you – the parents – will be in charge of the patch. As with many other difficult situations with children, the three most important ingredients to success are patience (to deal with your child’s behavior caused by the their the anxiety caused by patching), persistence (to accomplish the patching goals), and support (for you and your child from your spouse, other family members, and from relatives and friends).

What may you expect from amblyopia therapy?

Your efforts now are likely to result in good (if not normal) vision in the (once) weaker eye for the rest of your child’s life. Dr. Burke has been through amblyopic therapy with thousands of patients. The overwhelming number have had excellent results. But you – the parents – must be committed and have perseverance to help your child achieve the best vision result possible.

What types of patches are available?

Patches are of two types: adhesive patches applied directly to the skin and one-sided, slide-on cloth covers used with eye glasses. “Pirate” patches with elastic ties or occluders that clip on the glasses are not recommended.

What if, while wearing the patch, the child has an unusual Head position?

The cause of an unusual head position (head tilt or head turn) while patching is almost always due to peeking around the patch to use the better eye. Obviously this type of “patching” would be of no benefit to the amblyopic eye and this type of behavior must be stopped. A different or improved adhesive patch may help avoid peeking.

What if you need restraints?

If restraints are necessary, custom designed pediatric arm splints are available from MEDI-KID Company at 888-463-3543 or on-line by clicking here.

What activity precautions should be taken?

The vision in the amblyopic eye may be quite poor for a while after beginning the patching therapy, so extra precautions should be taken on stairs, playgrounds, bike rides, etc.

What instructions are there for patching?

Dr. Burke will give you instructions on how to treat amblyopia, but it is up to you, the parents, and your child to carry out this treatment. Children do not like to have their eyes patched, especially since they have been depending on the good eye, that is now being patched, to see clearly. But as a parent, you must convince your child to do what is in their best interest. Successful treatment depends on your commitment and involvement as well as your ability to gain your child’s cooperation. Parents play a very important role in determining whether their child’s amblyopia will be improved.

Is there an alternative to patching?

As an alternative to patching, eyedrops may be prescribed to “penalize” or blur vision temporarily the focusing ability in the stronger eye which forces the child to use the amblyopic eye.

Does eye drop therapy work for everyone?

Not all children benefit from the eye drop treatment for amblyopia.

What happens when the vision is maximized in the amblyopic eye?

Once vision has been improved, less hours of maintenance patching or less frequent use of the penalizing eye drops may be required to keep the vision from slipping or deteriorating.

Additional Resources:

Amblyopia
Patching

Dr. Burke is one of Cincinnati’s most trusted resources concerning adult strabismus.

Strabismus is an ocular condition that occurs when the eyes are misaligned and point in different directions from each other. As a result, your eyes do not work together.

Strabismus may occur at any time–infancy, early childhood, or adulthood. When it happens in children, double vision rarely results because the brain is able to process the image from one eye while suppressing the visual image in the other. However, when strabismus presents in adults, double vision may occur.

The most common causes of strabismus in adults: persistence of or recurrence of strabismus that began in childhood, thyroid orbital disease, stroke, head trauma, and diseases that may affect the nerves such as diabetes, myasthenia gravis, multiple sclerosis, and brain tumors.

The main complaint from an adult is that the eyes are visibly in different positions. Adults may be aware of double vision, complain of trouble focusing or eye strain, be aware that images may jump or have difficulty tracking images while reading, and loss of peripheral vision. As they are unable to make direct eye contact with both eyes when looking at other people, many adults feel awkward in social situations often negatively impacting their self-image and self-confidence, interpersonal interactions, and their employment.

The primary goal of treatment is to align the eyes and restore binocular vision. The most common method is surgical realignment where selected eye muscles are repositioned so that the eyes can be rebalanced to work together. Surgery is typically done as an outpatient surgical procedure. People recover quickly from this procedure and are able to return to most normal activities within a week although healing and complete recovery may take a few months. Strabismus surgery is safe, very effective, and enhances your quality of life. In a few instances, additional eye muscle surgery maybe necessary to keep the eyes aligned.

For more information click here.

Dr. Burke is one of Cincinnati’s most trusted resources concerning accommodative esotropia in children.

Esotropia is the medical term for crossed eyes. Accommodation is the powerful force that allows the eyes to focus. When we accommodate on a close target, this powerful focusing force also activates convergence, or turning inward of the eyes to look at or be aligned upon nearby objects. These 2 activities (focusing and turning the eyes inward) are both controlled by the same nerve and happen at the same time. This process is called accommodative convergence.

When these systems become imbalanced, a problem called accommodative esotropia may develop. This focusing related crossing problem occurs in about one out of every 100 children. The most common age of onset is after 12 months and before age 5 years. During the early stages, the child’s eyes may cross only when looking at near targets and is especially noticeable when the child is fatigued or ill. As time passes the problem typically worsens causing the eyes to cross more often.

A child who has accommodative esotropia almost always chooses one eye to keep straight, the dominant eye. The crossed, non-dominant eye almost always loses vision because of disuse. This loss of vision is called amblyopia. Therapy to correct “the lazy eye” is imperative.

Accommodative esotropia is most always treated with glasses. Glasses will only help the child if they are prescribed accurately and worn full-time. The glasses relax the need to accommodate or focus that will reduce the convergence or crossing. Some children with accommodative esotropia may cross their eyes even more when they look at things close up than when they look at things far away. This excessive near crossing may require the use of bifocals to help straighten the eyes at near fixational distances.

Glasses alone may not be enough to straighten your child’s eyes. In up to 30% of cases, eye muscle surgery may be required in addition to the use of glasses. Surgery is only used to treat the crossing that is left-over or not relaxed by the glasses.

Whenever an eye misalignment is suspected, your child should have a complete evaluation by a pediatric ophthalmology specialist.

What is accommodative esotropia?

Accommodative esotropia is a common form of crossed eyes occurring in up to 2% of children and typically developing after 12 months and before 5 years old. Accommodation refers to the powerful force that allows the eye to focus. When we accommodate on a close target, this powerful focusing force also activates convergence, or the turning inward of the eyes to look at or be aligned upon nearby objects. These two activities (focusing and turning the eyes inward) are both controlled by the same nerve and happen at the same time. This whole process is called accommodative convergence. Most children with accommodative esotropia are farsighted. Farsighted children have to use their focusing mechanism inside their eyes (accommodation) more powerfully than do most children. Because the same nerve controls focusing and turning the eye inward, the farsighted child who is working very hard to focus may cross (over-converge) the eyes at the same time. This is called accommodative esotropia or may also be described as focusing-related-crossing.

How is accommodative esotropia treated?

Most children with focusing-related-crossing, or accommodative esotropia, are treated with eyeglasses. The power of the eyeglasses is determined by performing a refraction. In most cases of accommodative esotropia, the focusing muscles inside the eye must be relaxed with eyedrops (cycloplegia) to accurately measure the full amount of the child’s farsightedness (hyperopia). About 75% of children with accommodative esotropia will have straight eyes wearing eyeglasses. Glasses will only help the child if they are prescribed accurately and worn full-time. As soon as the glasses are removed, the eyes will cross again. For this reason your child must wear the glasses during all waking hours. In the remaining 25% of patients, glasses alone may not be enough to straighten your child’s eyes. This type of strabismus is referred to as mixed mechanism esotropia. In these cases, eye muscle surgery may be required in addition to glasses. Eye muscle surgery is only used to treat the crossing that is not relaxed by the glasses (the non-accommodative component). That means your child will continue to need glasses to keep their eyes straight even after surgery (for their accommodative component).

What is mixed mechanism esotropia?

When the crossed eyes (esotropia) are caused by both focusing reason (accommodative) and by a muscular reason (non-accommodative), the crossing is referred to as mixed mechanism esotropia. The accommodative component requires to use of glasses. Surgery is often necessary for the muscular imbalance (non-accommodative) part.

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Dr. Burke is one of Cincinnati’s most trusted resources concerning Tear Duct Obstruction.

What is a tear duct obstruction?

There is a drainage system to clear moisture from the eye. The final drain pathway is a tube, called the tear duct, that drains into the nose where the tears flow down onto the back part of the tongue and are eventually swallowed. The most common reason for overflow of tears and discharged in infants is a tear duct obstruction.

What are the symptoms of a tear duct obstruction?

The presenting signs of a tear duct obstruction are tearing and mattering without conjunctivitis or red eye. The over abundance and spontaneous overflow of tears is a common problem in infant’s occurring in up to 25%. The signs of excessive tearing and discharge may be present within the first few weeks of life. In other cases, overflow tearing may not be obvious for 3-4 months.

What happens to tear duct obstructions in infant?

The most common cause of excessive tearing in an infant is a tear duct obstruction. A great many infants, more than 90%, will show spontaneous resolution of the tear duct obstruction by 6-9 months of age. Thereafter, the likelihood of clearing without surgical intervention is very low. Therefore, there is very little benefit in delaying the surgical treatment past 9 months of age.

How is a tear duct obstruction surgically treated?

A probing and irrigation procedure is recommended as the initial surgery to treat chronic tear duct obstruction that persists after 9 months of age. To be performed accurately and safely, this brief, outpatient procedure requires the use of general anesthesia. The success rate – the elimination of tearing and mucus in the eye – following the probing and irrigation procedure for tear duct obstruction is about 80% when performed before 14 months of age. For those children who failed a probing and irrigation or are treated at after 15 months of age, there are alternative treatments available including balloon dacryoplasty and the temporary insertion of a tube or stent.

Is all tearing a tear duct obstruction?

Not all tearing in infants is a tear duct obstruction. There are other serious causes of tearing. Infantile glaucoma and corneal problems (such as a scratch or foreign body) may also cause tearing. The symptoms of these problems include tearing, excessive light sensitivity, squinting or blinking, pain, and, in the case of infantile glaucoma, haziness or clouding of the cornea and increased corneal size.

Should I be worried about a tear duct obstruction?

Congenital tear duct obstruction is a very common problem in pediatric ophthalmology. Diagnosis of tear duct obstruction can be made by history and by complete ophthalmologic evaluation to separate this common problem from potentially more serious disorders. Tearing and discharge problems that persist after 9 months require pediatric ophthalmologic surgical intervention. Probing and irrigation is an extremely safe and effective method of treatment.

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What is a Chalazion?

A chalazion refers to the bump or mass in the eyelid caused by the inflammatory swelling surrounding an oil-producing gland in the eyelid called the meibomian gland. The swelling is ususally away from the edge of the eyelid. These are not serious and many will respond well to home treatment. We are not sure why most chalazia (plural of chalazion) occur. However, those individuals with chronic blepharitis are predisposed to the development of chalazia.

What is a Stye?

A stye, or hordeolum, is a very small, but often painful, inflammatory swelling caused by an infection at the edge of the eyelid involving the eyelash follicles and the surrounding tissue.

What causes a chalazion?

The tiny tube, or orifice, draining the meibomian gland becomes obstructed preventing the natural outlet for the secretion of the oil. The gland’s oil continues to accumulate causing the gland to enlarge. If the obstruction persists, the tissue may rupture into the lid causing inflammation, more lid swelling, and sometimes discomfort. In an attempt to limit the spread of the inflammation, a membraneous wall or capsule will surround the inflamed gland. Sometimes the swelling may point anteriorly toward the skin or posteriorly into the subconjuntival space. Either may allow for spontaneous drainage. However, if absorbtion or drainage does not occur, the inflamation will eventually resolve but leaves a painless, hard lump visible in the lid. Antibiotics are not often indicated as the cause of a chalzion is not an infection.

What causes a stye?

Although a stye may develop without any apparent predisposing factor, eyelid margin inflammation associated with blepharitis, accumulation of excessive discharge caused by conjunctivitis, or poor eyelid hygiene associated with frequent eye rubbing are common causes of a stye.

How is a chalazion treated?

As soon as one suspects that a chalazion may be starting, warm compresses or warmed water balloon should be applied. Heat the compress or balloon till warm but not hot. Re-heat as necessary to maintain warmth. The purpose of the moist warmth is to liquefy the thickened oil in the gland in hopes of encouraging drainage and absorption. Apply directly to the involved area. It is best done in short 2 to 5 minutes applications used as often as possible the first few days and then 4 times a day to complete a full week.

How is a stye treated?

As soon as one suspects that a stye may be starting, warm compresses or warmed water balloon should be applied. Heat the compress or balloon till warm but not hot. Re-heat as necessary to maintain warmth. Apply directly to the involved area. It is best done in short 2 to 5 minutes applications used as often as possible the first few days and then 4 times a day till resolved. Topical ophthalmic antibiotics may be helpful. Treat the discomfort using your desired over-the-counter analgesic. Most styes resolve in about a week.

What is a chalazion does not go away?

If the chalazion does not resolve after the first month, it is unlikely to improve further. It is at this time that surgical drainage is recommended. This is a short procedure done in the operating room under anesthesia.

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