Visual, DEVELOPMENTAL & EDUCATIONAL Services for your entire family

 

FOSTERING Clinical EXPERTISE, RESEARCH & EDUCATION​

Caring for Your Children’s Eyes
Larah Alami, OD FAAO

 According to the American Optometric Association (AOA), children should have their eyes examined by an eye doctor at 6 months, 3 years, at the start of school, and then at least every 2 years following. If there are any signs that there may be a vision problem or if the child has certain risk factors (such as developmental delays, premature birth, crossed or lazy eyes, family history or previous injuries), more frequent exams are recommended. A child that wears eyeglasses or contact lenses should have his or her eyes examined yearly as children’s eyes can change rapidly as they grow.

A baby’s visual system develops gradually over the first few months of life. They must learn to focus and move their eyes and use them together as a team. The brain also needs to learn how to process the visual information from the eyes to understand and interact with the world. With the development of eyesight, comes also the foundation for motor development such as crawling, walking and hand-eye coordination.

The toddler and preschool age is a period where children experience drastic growth in intellectual and motor skills. During this time, they will develop the fine motor skills, hand-eye coordination and perceptual abilities that will prepare them to read and write, play sports and participate in creative activities such as drawing, sculpting or building. This is all dependent upon good vision and visual processes.

In addition to basic visual acuity an eye exam may assess the following visual skills that are required for learning and mobility:

          §  Binocular vision: how the eyes work together as a team
          §  Focusing
          §  Peripheral Vision
          §  Color Vision
          §  Hand-eye Coordination
          §  Tracking
  
In contrast to vision screenings offered by schools or your pediatrician’s office, a comprehensive eye exam can facilitate diagnosis of visual problems. It involves the use of eye drops to dilate the pupil, enabling a more thorough investigation of the overall health of the eye and the visual system.

Protective measures around the house and outdoors

Most people would agree that their sight is the one sense they wouldn’t want to do without, but often people do not take the steps necessary to take proper care of their eyes, prevent eye injuries, or treat eye conditions that threaten their vision.  Eye health education will help you learn more about common threats to your vision, including things like the danger of sun exposure, sports injuries and digital eye strain and the steps you can take to protect your sight from these daily threats.

According to The National Institutes of Health’s National Eye Institute, each year, 42,000 sports-related eye injuries in the United States require a trip to the emergency room — that is the equivalent of one serious eye injury every 13 minutes! The good news? 90 percent of eye injuries are preventable with the proper eye protection.

The best way to prevent a sports-related eye injury is to wear sport-specific protective eyewear that fits properly. Glasses or contacts don’t provide the eye protection needed during sports or other activities. Here are some helpful tips to consider when purchasing protective eyewear:

·      All protective eyewear should meet American Standards for Testing and Materials' (ASTM) impact standards.  

·      Lenses should be made from polycarbonate materials. These lenses provide the highest level of protection and can withstand the impact from a ball or other projectile traveling at up to 90 miles per hour. 

·      Everyday fashion or corrective eyewear doesn’t offer the same protection as protective eyewear labeled for sport use. For example, on impact, the lenses in regular eyeglasses can easily pop out and puncture or cut the eye. Similarly, a frame damaged by impact could also cause injury.

UV protection should be a family affair. Children generally receive about three times the annual adult dose of UV. However, only 7.4 percent of American adults report their child(ren) "always" wears sunglasses. And up to 13.4 percent use "nothing" to protect their child(ren)'s eyes and surrounding skin from the sun's UV rays.  Since shielding the eyes from damaging radiation is crucial, it is imperative to look for a label, sticker or tag indicating UV protection before purchasing a pair of sunglasses.  UV radiation is present year-round, so despite the season or weather. So, it's important to wear proper eye and skin protection while outside during daylight hours.

Diet 

It is very important to include foods that help to improve eyesight in the diet of kids. Learn about the foods that help to improve the eyesight of children right away.

Your kids’ eyes need a number of key nutrients to function properly. As they are in the growing stage, proper nutrition is crucial for healthy eyesight. Deficiency of the correct nutrition can lead to poor vision in future. One key for better vision is through the right foods, which improves the overall eye health from the inside.

Green Vegetables- Green vegetables, such as spinach, broccoli, collard greens, and kale, are packed with vitamins A, C, B12, and calcium. These are best known to improve eye vision. Layer spinach leaves in your kids’ sandwiches, or blend them in a smoothie, add broccoli or other green veggies in delicious soups and salads – there are many ways to introduce these in your kids’ diet. You just must make sure not to overcook them as that may lead to losing the nutrients.

Other Vegetables- There are plenty of other vegetables that help to strengthen your kids’ eyes. For example, carrots contain beta-carotene, which is good for the retina and gives sun-protection. Throw slices of carrots in salads, pastas, mixed vegetables, and soups. Sweet potatoes are another source of beta-carotene.  Mash them in your kids’ sandwiches or bake them in the oven as healthy fries. 

Fish-  Fish, which contains healthy omega-3 fatty acids, are great for your kids’ retina. Omega-3 fatty acids can enhance brain power. Try to add salmon, tuna, and cod in your kids’ diet. But if your kids do not like fish, then you can always have them take fish oil pills for similar results.

Nuts- Almonds, peanuts, and cashews are known to contain omega-3 fatty acids as well as vitamin E. Both vitamin E and omega-3 fatty acids help to reduce dry eyes.  Make a trail mix of nuts and pack them in a lunch box or ask them to grab a handful of nuts every morning along with breakfast. You can even mix them in your kids’ oatmeal.

Avocados- Avocados contain a lot of lutein than any other fruit. Lutein is known to improve eyesight in kids. It also prevents cataracts and other eye diseases. Mash the avocados and stuff them in salads, sandwiches, or dips. You can also make a puree of it or make bread wraps with them. 

Recommendations on Electronics

With an increase in digital technology, many individuals suffer from physical eye discomfort after screen use for longer than two hours at a time. The Vision Council refers to this collection of symptoms as digital eye strain.

More than 83 percent of Americans report using digital devices for more than two hours per day, and 53.1 percent report using two digital devices simultaneously.

Children today have grown up with technology always at their fingertips. It seems as if children learn how to use a computer/laptop, smart phone or tablet before they can walk. Whether they're playing the latest game or doing homework, technology permeates a child's life and does so at a young age.

In fact, 72 percent of Americans report their child(ren) – those under the age of 18 – gets more than two hours of screen time per day. And 30.1 percent report their child(ren) experiences one of the following after being exposed to more than two hours of screen time:

·      Headaches
·      Neck/shoulder pain
·      Eye strain, dry or irritated eyes
·      Reduced attention span
·      Poor behavior
·      Irritability

Eyewear for children is available with lenses featuring digital eye strain reducing capabilities.

However, children don't have to sacrifice style for function when it comes to eyewear. These specialized lenses can be incorporated into virtually any pair of frames, so children, with the help of their parents, can choose eyewear that complements their personal look, while meeting their eye health needs.

While 74.4 percent of parents are somewhat concerned about the impact of digital devices on their child(ren), only 26.4 percent report taking their child(ren) for an annual eye exam as part of back-to-school preparation.

We encourage you to visit a local eyecare provider to discuss digital habits and what eyewear solutions are available to relieve the symptoms of digital eye strain.

Additionally, parents should encourage their child(ren) to take breaks when using digital devices; make sure child(ren) don't put screens too close to their eyes, especially for long periods of time; and should ensure their child(ren)'s workspace is set up properly with a chair promoting correct posture with feet flat on the floor.

 

     EI….. CSPE….. IEP….. 504?!?!                                                          

Lawful Enforcement, Struggle Between Duty of Parent vs Duty of Teacher??
- Nadezhda Kalantarova, OD


                                                       DO all those letters and terms sound like different language? Well they did to me graduating 

                                                                optometry school. Vision is important and essential to learning- that is what you learn in optometry

                                                       school.  But what does that mean to a parent who can’t get sleep at night worrying about their child failing school, when they themselves know that intelligence is not even at question.

                                                                                     “ My child is smart, but it doesn’t reflect at school.’"


In looking back on what tormented you last year or over several years, let's now sit down with the crisp autumn air and look back with a fresh lens. Perhaps you wondered: was my child lazy? was it the timing of the class? was it the teacher? was that the time he/she always got hungry or sleepy? was the school not supportive enough? was it a bad choice of friends?

So many factors influence our children's learning. No parent should feel like they are to blame or responsible for controlling it all. After all we are only human. Now practicing at The Center for Visual Management, I can put my training into real life use to help children and parents betters understand the connection between vision and learning.

EI and CSPE are intervention plans for children 5 and under.  IEP and 504's are contracts designed to alter classroom planning, student seating, time given for assignments and other services and accommodations in assisting a child's learning disabilities. All which aid the child, but do not necessarily treat the root of the problem.

Like the complex human body, we have a complex visual system: But for our sake, lets simplify it for now. Here are some questions you never knew to ask your child, but should:

  • When you are reading do you find it hard to keep your place? Do the words jumble or swim on the page when you're reading?
  • Is it easier to read with your finger? Do you feel like you have to reread the story in order to understand it?
  • When you're reading, do the words on the page tend to go blurry- then clear, blurry-then clear again, as if a camera lens is zooming in and out?
  • When you are reading do the words ever split into double-then single, double-then single again? After how long does that happen, 5 minutes, 10 minutes, 1 hour?
  • Does your head ever hurt? If so, is it more so after school or during the weekends while relaxing?


If your child answered yes to any of the questions above, your child is struggling with eye teaming, tracking, and focusing.  With permission from Liz, a Westchester mom who never stopped searching for answers, we would like to share this interview where we discuss her 17 year old son.

CVM:     Mom, when did you notice your son struggling in school?


Liz:           First grade when L was expected to work independently with small text, but then mostly during his older grade years   (middle school on) when the work expectations increased.


CVM:     Vision therapy is often a last resort treatment, even though the most effective for treating visual problems. What interventions had you tried before vision therapy?

Liz:          We tried reading interventions for approximately three years as well as an occupational evaluation that ended in a denial of service.


CVM:     What was the trigger that prompted you to explore his vision further than a comprehensive eye exam?

Liz:          Once L entered middle school and more into High School he began experiencing migraine headaches everyday and had continual fatigue with his studies--overall daily reading, writing and studying assignments. Studying would also cause him to sweat profusely.


We are now proud to report that after 30 sessions, L is set to become our next vision therapy graduate! He reports a complete turn around in his academics, in fact, he appreciates reading and learning now! Also, the migraines, sweat and fatigue- all gone!

Vision therapy has a long history behind it but an exciting one ahead of it.  Thanks to PNW Boces, Northern Westchester and Putnam county districts, in fact, have now begun welcoming and introducing our evaluations and therapy into their schools. To learn more, please do not hesitate to contact us today!

How would I know if my nonverbal child needs a vision evaluation?

                                                                                        -Larah Alami, OD FAAO

                                                                                                      One of the easiest and most immediate changes that can be seen with                                                                                                                       ambient prism lenses is watching toe-walking children suddenly demonstrate                                                                                                       an instinctive ability to walk flat–footed.  Doctors and parents alike notice a                                                                                                           big difference just by watching the child walking throughout the testing area.                                                                                                    We have many success stories of improvements in all sorts of areas such as toe-walking, stimming,                                                     grazing the walls, tantrums, increased expressive language, reading                               comprehension, and much more!
                                                                                                                                          
What are some of the most common visual problems in autistic spectrum populations? 

A large number of spectrum children have a developmental history of delays in spatial orientation and spatial organization.  Spatial orientation disorders are delays in processing information concerning posture, balance, and bodily movements. A child with such delays in orientation will often overcompensate with excessive body movements to know ‘where’ they are in space. This causes them to over focus on self, interfering with information processing of spatial information, which can result in anxiety and reduced processing skills and time.

 Spatial organization, however, is one’s ability to organize information between self and their environment; this includes objects related to other objects and space and to self simultaneously. 

As a result of spatial organization deficits, we frequently see issues with the eyes working together or focusing appropriately. Deficient binocular skills very often result in discomfort of the eyes, headaches, double or blurred vision, or fatigue. The excess effort expended in coordinating the eyes may interfere with the ability to make eye contact. This is one reason we see a high prevalence of ‘peripheral’ side viewing, flapping one’s hands in front of their eyes, or even pulling or pushing one’s lids.  

Accommodative, or focusing skills refer to one's ability to focus clearly on near objects as well as to sustain this focus for an extended period of time. Deficient accommodative skills may result in rapid fatigue, or difficulty in shifting between persons or objects near and far. 

 After analyzing data from 100 cases evaluated by our office, including verbal and nonverbal spectrum cases, 36 individuals demonstrated convergence insufficiency (a problem with the two eyes coming in and remaining focused up close); 6 individuals demonstrated convergence excess (the eyes staying in too long and having trouble focusing outward). 28 individuals demonstrated exotropia, which is an eye turn outward and 13 showed esotropia, an eye turning inward). The remaining 17 received no diagnosis. So to summarize, 83 of the 100 individuals examined were found to have a visual anomaly inhibiting proper development or learning.

 
What are the signs? How can a parent suspect their child should have a vision examination?

Does this consider verbal and nonverbal populations?

Whether your child is verbal or has limited language there are many signs that could indicate a vision issue is warranted.  It could be something as simple as excessive blinking, squinting, or frequently closing one eye.  Or it could be something more complex.  For example, observations of peripheral viewing, also referred to as “side viewing” might be something a parent or teacher might notice. Peripheral viewing tendencies arise when misinformation of visual stimulus is present and can often be a mechanism to suppress double vision.  Or, there might be issues of balance and transport, such as postural warps, toe-walking, grazing of walls while walking and challenges with steps and stairs.  In our model, this is a delay in the question of “where am I in space?” Oral impulses, such as placement of hand and other objects in the mouth, are also common in spectrum individuals with visual and proprioceptive delays. 

 According to the American Optometric Association, all children should receive examinations at 6 months, 3 years and again before the first grade. This recommendation is urged even when children may appear asymptomatic. While we expect all children to receive thorough evaluations at these milestones, we especially warrant parents whose children are symptomatic or are nonverbal/have limited communication skills to follow this trajectory, since they are unable to communicate blurry or disordered vision to their caretakers.

 
What is involved in the examination process?  


At The Center for Visual Management, our examination is comprised of a few simple pre-tests if the child is able to undergo these tests. The doctor then splits the evaluations into two parts.  First, we attempt a comprehensive eye exam in a traditional exam room.  We discuss the child's history, and then attempt to check visual acuity, refractive status, eye turns or any muscular abnormalities, depth perception, binocularity, and eye health.  While child participation is ideal for collecting visual status information, it's not necessary for the doctor to determine certain aspects of the exam, such as eye turn or refractive status. There are other very successful ways of extrapolating this information. 

 Next, we will all move to a larger, more open area that is designed much like a room you might see at a physical or occupational therapy office.  There we complete a sensorimotor examination comprised of several activities.  The Kaplan Nonverbal Battery was designed by our center’s founder, Dr. Melvin Kaplan years ago, and requires pre-prism lens and post-prism lens responses to specific tasks of visual attention, posture and disposition.  By observing the child and allowing them to move through these tasks, simulating real-life day to day activities, we will be looking for increases in eye contact and conjugate eye movements, improved attention and interest in surroundings, more relaxed attention in visual-vestibular and visual-motor tasks, and any significant improvement in depth perception.  

 
Preparing your child for an appointment  

In preparing your child for an appointment with our office, we offer the following advice:

·        If your child is tactile defensive, we first suggest going to a dollar store and buying a cheap pair of children's sunglasses. Pop out the lenses and for a few minutes each day leading up to the appointment, try having your child practice wearing the glasses at home. By becoming better acclimated to the feel of the frame on their face, the evaluation process can sometimes go more smoothly in the office.

·        We also encourage you to share as much information about the doctors and our office as you can with your child. Explain to them that in addition to having their eyes checked, there will be other fun activities, involving televisions, balance boards, balloons, balls, slinky’s, puzzles, etc. Therapeutic glasses will be used to see if we can improve performance based tasks, like balancing on one foot or catching ball. Definitely let your child know that he or she will not be receiving any shots in our office! It is for the child's comfort that we also choose not to wear white coats in the office, and there is no noise or heavy fragrances in the office either.

 ·        A video tour of our facility is available on some of our social media pages, including Facebook and YouTube. Having a sense of our facility and how non-threatening it is also very helpful to children. You can find our CVM video tour here: https://www.youtube.com/watch?v=EtwGGD711PU

 ·        Most importantly, if you or your child have any specific concerns, please do not hesitate to contact our office. We make every attempt at accommodating each individual's needs.


 

The Word of the Week: Executive Functioning
Madison Lee, MS

Executive functioning is a term frequently used within schools and amongst providers as executive functioning can impact a child’s most important job, to perform well in school and with their peers.  Most often, when I speak with parents and I bring up executive functioning, they have heard of the term, but are confused as to what it exactly means.  It isn’t the easiest concept to understand and covers such a large area of skills.

Executive functioning is a term that describes goal directed behavior, which is executed through mechanisms of initiating, planning, verbal reasoning, problem solving, sequencing, inhibiting impulses, and being cognitively flexible¹.  These skills begin developing in infancy and continue to develop through adolescence².  Well-developed executive functioning skills allow individuals to engage in daily activities independently, yet when there are deficits in any of the aforementioned areas, behaviors such as irritability, rigidity, impulsivity, and the inability to shift attention are observed³.  It is likely that the first time you will hear of executive functioning, if you haven’t already, will be when your child enters school. 

In school, executive functioning deficits manifest in many ways, such as:

-forgetting to turn in homework

-not writing down homework
-losing papers or throwing papers in a backpack
-disorganized desk space
-missing words in written texts or disorganized writing
-the inability to follow through with multi-step instructions
-disorganized speech output
-emotional arousals or shutdowns when there is a change in schedule
-only seeing/understanding situations in black and white or one particular way (concretely)
-rigid behaviors
-acting before thinking

Upon reading this list, you might think that your child engages in a number of these behaviors, but has a different diagnosis such as Autism or ADHD, or maybe no diagnosis.  It is important to know that this can be possible as children with such diagnoses also exhibit poor executive functioning skills to a certain degree as a similar part of the brain is affected, and children who are not identified should be thoroughly evaluated.   

It is often that when a child has difficulty with any of the tasks mentioned, it impinges on their ability to achieve to their full potential and engage with peers as they truly intend.  In turn, when these difficulties are overlooked and not addressed, he/she might be reprimanded more frequently and become discouraged more quickly.  Renowned neuropsychologist Russel A. Barkley4 states “the issue is not ignorance or a lack of knowledge of a skill; the problems are with the skill’s timing and execution at key points of performance and with the self-motivation needed to sustain the performance.” In other words, helping your child through these challenges appropriately and fostering self-motivation is key to maintaining their highest functioning.

With all of this being said, assessing for executive functioning deficits is challenging.  Your child’s school psychologist, private psychologist, or neuropsychologist can assess for executive functioning deficits.  Either of the professionals will usually conduct a full psychological battery inclusive of several domains: cognitive, achievement, social-emotional, and attention/executive functioning. 

Some ways to help a child with true executive functioning difficulties in school are: use of graphic organizers and/or planning pages, checklists (school work or self-regulation), behavior reinforcement plans, providing structured routines, teaching perspective taking, use of rehearsal strategies, having the teacher check in for understanding, setting time limits, desk reminders for a targeted problem and use of a social story (for younger children)

 Citations

1. Chan, R. C., Shum, D., Toulopoulou, T., & Chen, E. Y. (2008). Assessment of executive functions: Review of instruments and identification of critical issues. Archives of Clinical Neuropsychology, 23(2), 201-216. doi:10.1016/j.acn.2007.08.010

2. Diamond, A. (1990). Developmental Time Course in Human Infants and Infant Monkeys, and the Neural Bases of, Inhibitory Control in Reaching. Annals of the New York Academy of Sciences, 608(1), 637-676. doi:10.1111/j.1749-6632.1990.tb48913.x

3. Lezak, M.D., Howieson, D.B., Bigler, E.D., Tranel, D. (2004). Neuropsychological assessment (4th ed.). New York, NY: Oxford University Press.

4. Barkley, R. A. (2012). Executive functions: What they are, how they work, and why they evolved. New York: Guilford Press.


​​An Overview of Vision in Special Health Needs Populations

Barbara Kotsamanidis-Burg, MSE
 

The term special needs is an umbrella underneath which an array of disabilities may lie. These disabilities may range in nature from developmental, behavioral or learning delays to neurodevelopmental conditions, such as autism or chromosomal disorders, such as Down Syndrome. This blog entry investigates the prevalence of special health needs conditions as well as the critical visual needs that should be on the forefront of diagnostic examinations and therapeutic processes.

            _________________________________

Children with special health care needs often process sensory information and perceive their environment differently than a neurotypical child. Processing the right environmental cues, or equally important, the process of pruning synapses in an attempt to improve brain connections, can ultimately determine whether a child with special needs engages or suppresses their attention and participates in typical daily functions such as watching television, riding a bike or socializing with siblings and peers. Education and continued awareness of currently available statistics brings to light the significance of encouraging researchers and clinicians to more adequately identify, intervene and attempt to prevent the

impact of complicated visual conditions in these populations.

In a Pediatrics publication titled “Trends in the Prevalence of Developmental Disabilities in U.S. Children, 1997-2008”, the Center for Disease Control (CDC) and Health Resources and Services Administration (HRSA) report children in the United States with a developmental disability is as common as 1 in 6 children. Developmental disabilities included attention deficit hyperactivity disorder, autism, blindness, cerebral palsy, hearing loss, cognitive/learning disorders,

seizures, stuttering and other developmental delays.

The prevalence of any developmental disability in the 1997-2008 timeframe was 13.87%. Additionally, the prevalence of developmental delays between the 2006-2008 timeframe had increased to 17.1%--- meaning there were 1.8 million more children diagnosed with a developmental disability than had been diagnosed in the decade prior. These statistics brought the number of children with disabilities up to approximately 10 million between the same 2006-2008 period.  A 17.1% increase was by in large due to the prevalence of ADHD and autism rising. Generally, there was a higher prevalence in the diagnosis of boys, as well as a higher prevalence for older children to be diagnosed. This would make sense as certain disorders, such as ADHD or learning disabilities are not usually screened for until the school aged years. Time trends for all disabilities showed small, but significant linear increases in prevalence every four years.

Next, to highlight the ocular epidemiology and role that vision plays:

Down Syndrome: Down Syndrome, the most common chromosomal disorder underneath the special needs umbrella is a genetic anomaly involving mutations of chromosome number 21. Currently, 1 in 691 babies are born with Down syndrome each year, and more than 400,000 individuals with Down Syndrome live in the United States (Woodhouse & Maino, 2012).

An astounding 80% of these children have significant ocular pathology. Refractive error is present in 70% of children with Down Syndrome, while strabismus has a prevalence of 45% and nystagmus 35%. Other pathological factors that should be taken into consideration when caring for a Down syndrome child include blepharitis, cataract and keratoconus.

Autism: Of the individual disorders, attention deficit disorders and autism are the two most rapidly growing conditions. Both having significant underlying visual anomalies.  Autism is a neurodevelopmental disorder, characterized by problems in sensory processing, socialization and stereotypical behaviors. A surveillance study most recently conducted by The Center for Disease Control (CDC) tells us that the prevalence for ASD is 1 in 68 children.
Boys are four times more likely to

develop autism—1 out of 42 boys are diagnosed on the spectrum compared to 1 in 189 girls.

In a 2013 publication by Black, et al, researchers found that 52% of individuals with ASD in the Greater Baltimore Medical Center had an ocular abnormality; specifically, 41% demonstrated strabismus, 27% significant refractive error, 11% with amblyopia and 7% showed anisometropia. Common delays and behaviors associated with visual deficits include inability to maintain eye contact or attention, perseveration to lights or spinning objects, “peripheral” side viewing (improper gaze characterized by looking out of the sides of one’s eyes). One of the most logical questions to ask ourselves is if a child is unable to ‘see’ in these various respects, how can we expect them to ‘attend' ​to the world around them?


Attention Deficit Hyperactivity Disorder: Attention deficit hyperactivity disorder is a neurological condition characterized by one’s inability to sustain attention and demonstrates hyperactivity and impulsivity. Finding statistical information on ADHD can be a challenge, as the number of children being diagnosed in the United States continues to climb. In a 2013 survey of parents, the CDC reports that of the 6.4 million children between the ages of 4 and 17, 11% have received an ADHD diagnosis.

This is a 42% increase when compared to an evaluation conducted in 2003.

In a 2007 publication in Eye, Gronlund et al investigated ocular and visual functions in 42 children with the following results: 29% of the participants demonstrated heterophoria, 26% subnormal stereovision, 24% abnormal convergence patterns, 24% showed >1.00D astigmatism, 21% signs of visual perceptual problems. Further, this study found no significant differences in ophthalmologic findings when comparing participants receiving stimulant medication versus those who were not, indicating true biological components unaffected by medicinal side effects.

Again, issues pertaining to healthcare, treatment planning and educational concerns arise.  As we see in Gronlund’s study, medication does not influence, nor does it treat what may potentially be a visual impairment, and not necessarily “ADHD.”

Recommendations

The road to remediation first starts with a comprehensive examination and it is critical that exams be conducted as early as possible. In the American Optometric Association’s second edition guideline manual (2010), Scheiman et al instituted an optometric practice guideline for the pediatric eye and vision examination, calling for the examiner to set forth the following goals.

-          Develop an appropriate timetable for eye and vision examinations for pediatric patients
-          Select appropriate examination procedures for all pediatric patients
-          Examine the eye health and visual status of pediatric patients effectively
-          Minimize or avoid the adverse effects of eye and vision problems in children through early identification, education, treatment and prevention
-          Inform and educate patients, parents/caregivers and other health care providers about the importance and frequency of pediatric eye and vision examinations

Once a thorough examination has been implemented, it is your vision examiner’s responsibility to outline treatment options, albeit lenses for near-sighted, far-sighted, astigmatism; prismatic lenses, or evidence based approaches to visual therapy.

Though no single profession claims to treat all symptoms, optometry does carry a large position in the visual rehabilitation of special needs individuals. It is well known that 80% of our learning is experienced through vision, and although we may take it for granted, a special needs child with visual impairments cannot. A multidisciplinary approach, or co-managed care, fosters collaboration with other specialties, including psychophysiology, cognitive and perceptual neuroscience, occupational, physical and speech therapies, as well as the behavioral sciences. In order to elevate the child’s potential, all systems must work together.


References
Boyle CA, Boulet S, Schieve L, Cohen RA, Blumberg SJ, Yeargin-Allsopp M, Visser S, Kogan MD.

Trends in the prevalence of developmental disabilities in US children, 1997-2008. Pediatrics. 2011. 127 (6): 1033-1043.
Gronlund MA, Aring E, Hellstrom A. Visual function and ocular features in children and adolescents with attention deficit disorder,

with and without treatment with stimulants. Eye (Lond). 2007; 21 (4): 494-502.
Black K, McCarus C, Collins ML, Jensen A. Ocular manifestations of autism in ophthalmology. Strabismus. 2013; 21 (2): 98-102.
Taniai H, Nishiyama T, Miyahci T, Imaeda M, Sumi S. Genetic influences on the board spectrum of autism:

Study of proband-ascertained twins. Am J Med Genet B Neuropschiatr Genet. 2008: 147B (6): 844-849.
Ozonoff S, Young GS, Carter A, Messinger D, Yirmiya N, Zwaigenbaum L, Bryson S, Carver LJ, Constantino JN, Dobkins K, Hutman T, Iverson JM, Landa R, Rogers SJ, Sigman M, Stone WL. Recurrence risk for autism spectrum disorders: A baby siblings research consortium study. Pediatrics. 2011; 128: 488-495.
Coulter R. Visual diagnosis and care of the patient with special needs. 2012; 69-84.
Woodhouse J, Maino D. Visual diagnosis and care of the patient with special needs. 2012; 31-47.
Scheiman M, Amos C, Ciner E, Tootle W, Moore B, Rouse M. Optometric clinical practice guideline. Pediatric eye and vision examination. American Optometric Association 2010.

       An estimated 1 in 4 children

          have a ​ vision problem that if left untreated

                         impacts their development, learning and/or                 behaviors 


  • One study found that even if a child failed a school vision screening, 50% of the parents were unaware of the failure two months after the screening


  • These disorders, if left untreated can have an economic impact, too. Nationally, an estimated
  • $10 billion is spent annually 

Before We Can Teach, We Have to Learn
            Barbara Kotsamanidis-Burg, MSE

 Dear Parents,

First and foremost, I’d like to extend my best wishes for your children as they

commence into the next academic school year. This is the time of year that for

many can be filled with uncertainties, questions and plenty of stomach jitters.

Just remember, the doctors and I are here to help in any way we can and if

needed, can help advise you with helpful transitioning techniques.

I’ve spent the last fifteen years of my professional life learning from the children

I have served, CONSTANTLY evaluating how our sessions went. Is there

anything I could have done differently? What cues did I receive from the child?

My background in educational psychology has made me a better vision therapist,

and becoming skilled in my trade, I feel has helped me tremendously as a parent

to two (very) active children. My secret is as simple as applying what I have learned clinically into our home life. As I watch all of my 50+ children develop (those inside the office and at home) physically, visually, socially and emotionally, I routinely go back to those three fundamental questions--- how did our day go? What could I/we have done differently? What cues did the children provide us—meaning their educators, therapists and parents alike.

Remember, this academic year, as well as your child’s journey within it, will be cyclical. That’s what development is! It’s a dynamic process through which they, and we, evolve. It’s filled with happiness and excitement, as well as uncertainty and lessons to be learned. At the end of each day’s journey, let us appreciate what we have and the potential in the road ahead!

 All my best,
Barbara 

                              Can Your Child Survive the Playground?? 

                                                 -Dr Nadia Kalantarova

The play ground- the land of freedom, wilderness, and excitement as seen by

children. Also known as the land of social benches and precious minutes of

unwinding time for parents.

The monkey bars, swings, slides, bridges, rails, steps and more are all building

tools for our children to develop strength, endurance, stamina, confidence,

social skills, and wild imaginations. But in order to use these tools of goodness, our children need to have some basic developmental milestones met such as walking, balance, and efficient visual function.  Let’s focus on the visual component:

In order to successfully master steps and monkey bars a child’s visual system has to accurately tell him or her how far the next step/bar is, depth perception is key.


  •  In order to enjoy swings/slides a child’s visual-vestibular system must be in tune or else a child may have motion sickness/ nausea from swings, or even worse become fearful.


  • In order for a child to succeed in tag or hide and seek they must be able to see clearly to quickly find a place to hide and be peripherally aware of opponents creeping up behind them. 


  • Scanning (oculomotor function) the playground to find friends, siblings, and avoid bumping into other children is crucial for a child’s safety and confidence.  A child with ocular motor dysfunction will have a hard time searching, tracking, finding mom and dad with so much background noise, like cars, kids playing and chatter. Ultimately creating an uncomfortable and unpleasant experience for a little one.  


In this article I would like to view the everyday retreat to the playground from multiple points of view:


Child without binocular issues: Eager to try new things, daring to jump from higher levels, reach further on the monkey bars, fastest to come down steps, not afraid to fall and get back up.

Child with binocular issue: Very cautious/ fearful when trying new things, eases down steps slowly, hides rather than runs, avoids large jumps due to difficulty with depth perception, unable to trust misleading visual input. Prone to falls and is discouraged to pull limits of physical activity because he or she has an inaccurate body schema and poor spatial orientation/ organization.

Parent of child without binocular issues: feels comfortable watching child from a distance and allows child to pick him/herself up from minor falls or minor injuries. Able to socialize and keep one eye on child with a sense of trust and comfort in child’s abilities.

Parent with child with binocular issue: Eyes are glued to child, keeps minimal distance away from child, fearful of common falls and playground injuries. Finds it difficult to unwind during playground time, instead feels high tensions during these moments.

Binocular issues are very common from birth to adulthood, but the good news is that they can be indentified and treated by a behavioral optometrist. Have your children evaluated for more than just 20/20 vision! ​

My First Day at The Center for

Visual Management

                                                  Dr Nadia Kalantarova


What I experienced on day one at The Center for

 Visual Management was not your typical eye exam---

I would say it's more about testing how ready and 

able one's vision is for life skills. Our vision being our

dominant sense is not only used to see things clearly, 

but also makes us aware of our surroundings, allows

us to switch our attention instantaneously when a threat is perceived, allows us to follow our kids around on the playground, scan papers at work, look at our phone while constantly switching our visual attention to other people and things around the room. All tasks that sound simple and basic but require an intricate system of focusing the lens, tracking moving objects, and having the two eyes work together.

The Center for Visual Management tests beyond what the average optometrist/ophthalmologist does.  We treat not only the eyes but the visual system as part of the whole body. Seeing a young boy from Thailand being examined, Dr. Alami, a collegue of mine at The Center evaluated the child not only in the exam chair but out of it as well, making the exam more realistic and relevant to his everyday use of vision.  She tested his visual acuity (20/20 vision) but also how ready and able his visual system is for school and being able to track and focus properly for reading. In addition testing how his eyes function in real life, like his ability to track a ball in 3-D space, balance while watching TV, follow a moving object, etc was conducted. Many of these tasks seem simple or primitive but for children and adults with binocular vision disorders, these tasks are all but easy or automatic. However, there is a solution called vision therapy that can be targeted to getting children's visual system ready for school so they can use more energy on comprehension, giving athletes those extra few seconds to react by having more precision and accuracy, or even alleviating many visual symptoms for developmentally delayed and autistic children to allow them more freed up energy to focus , or interact socially. I am excited to join The Center and now be a part of this journey with my patients!

The Fundamental Difference between Vision Screenings

and Comprehensive Eye Examinations


 Barbara Kotsamanidis-Burg, MSE


 I recently asked a close friend if she’d like to bring her four year old daughter into the office for an eye examination. “That’s okay” she said, “there’s an upcoming screening at her school.”  Her response nearly caused me to fall off my chair. After shaking my head in disbelief several times, I quickly came to realize that perhaps those of us in vision care must not be communicating the difference between vision screenings and comprehensive exams effectively. This inspired me to create our very first blog post.

A vision screening, frequently performed by pediatricians or school nurses usually includes the use of the big “E,” also known as the Snellen chart. How well a child can interpret this chart at a twenty foot distance then determines whether that child will be referred to a vision care provider for further examination. In some cases, a prescription for clearer eyesight (20/20 vision) will be administered and the vision screening, at least to these children’s parents, will have been considered a success.

However,  these same vision screenings are usually not exploring

eye health, assessment of eye focusing, eye teaming and

eye movements, including abnormalities that may exist in

the muscles.  They more than likely are not examining

peripheral vision, depth perception or color vision, either.

Because children are completely unaware that seeing

words jump around on a page, or even seeing those words

split into two is abnormal, they frequently go on to live

with the disorder until either someone makes them aware

that there are treatments to resolve their issues OR they

continue living with poor visual function and

not knowing any differently. 

Although the eyes are an extension of the brain (and quite literally the only part of the brain that we visibly see), visual issues are wildly undetected and I feel it is our responsibility to effectively communicate and advocate on behalf of those living with visual disturbances. Vision screenings are a good start, however, comprehensive examinations, performed by a licensed optometrist or ophthalmologist must become a yearly gold standard of care.

On behalf of The Center for Visual Management, the doctors and I look forward to periodically posting on our “CVM Visionary Blog.” Please feel free to share this and future posts with your child’s pediatricians, ancillary therapists or school administrators or educators—your willingness to share may very well save a child’s sight.



My Child Had a Formal Psychological/ Educational Evaluation…

What Should I Do Next?   
Madison Lee

You may have read every parenting book, blog, or posts from your local mom’s boards for every difficulty your child might have, but chances are your child only represents a small portion of what is being presented to you.  With this being said, when your child undergoes any psychological or educational evaluation, whether it be in a school, clinic, or private practice setting it is your job to ask questions related to your child.

  Most importantly, ask questions beyond what the data or general “norms” suggest.  

I say this because although we psychologists are trained to look at how a child’s behaviors present throughout the testing and account for them along with their abilities and skills, visual processing and behavioral observations are often overlooked during these most informative times.  Unfortunately, this does not happen on any negligent behalf of the psychologist, but more so because psychologists are not trained to detect visual processing issues beyond what the scores present. 

It is usually the parent who asks the psychologist “have you ever heard of vision therapy?" and "do you think my child needs this?” 
Visual processing difficulties can present in many ways across testing.  If you are a parent who has had your child tested before or is going to in the future you will likely hear/see the abbreviated terms of the testing materials used.  Some of the most frequently used tests are the WISC-V, WPPSI, WJ-IV, Bender-Gestalt II, GORT-5, GSRT, and the WIAT-III which assess cognitive abilities, visual motor integration, and academic achievement (reading, writing and math).  Across each of these measures your child may present with below average scores--- your provider will spend some time discussing this and if your child presents as average it is likely he/she will move on during any type of feedback unless you stop them.  Nonetheless, you should inquire about what the processes of your child’s work looked like.  By asking these questions you will know whether or not you should turn to vision therapy or consult further about your child’s visual processing.

Here are some suggestions I would recommend asking the evaluator:


During testing did my child...


Work closely to the page

Have difficulty copying items (i.e. reversals or exerting excessive energy)

Seem to slow down or spend more time re-reading parts of larger passages

Write words that exhibited letter reversals

Fatigue during reading tasks

Exhibit lip biting or excessive mouth movements during reading

Express complaints when approaching reading/writing tasks

Skip lines when reading aloud

Read the words accurately, but exhibit minimal comprehension

Write sentences with poor spacing or ‘floating’ letters off the line

Not attend to the mathematical sign changes

Exhibit minimal organization across tasks, both spatially and/or verbally

Have difficulty following multi-step directions

Have difficulty self-monitoring during tasks

Have a short attention span for particular tasks

Exhibit dysfluency across timed tasks


These questions are important to ask because they are all signs of visually related difficulties that can be causing your child to exert additional effort or strain of the eyes, which often go unrecognized.  Regardless of your child’s performance on these measures, it is by understanding his/her behaviors throughout the testing that will enable you to detect visual processing difficulties and a need for vision therapy.  Remember, you are your child’s best expert witness!