Research Matters: Genetic Link Between CHD and Neurodevelopmental Disorders

research matters

As we continue with our focus on genetics and genomics research, PCHA welcomes NIH medical officer Dr. Jonathan Kaltman. Dr. Kaltman provides an overview of a recent study that uses genomic data to establish a genetic link between congenital heart disease (CHD) and neurodevelopmental disorders. This study provides an important example of how genetics and genomics research can help us understand the genetic causes of CHD and other congenital anomalies.

 

The journal Science recently published a study performed by the Pediatric Cardiac Genomics Consortium evaluating the genetic cause of congenital heart disease (CHD). The investigators also tried to determine if genetics can explain why many children with CHD also have other medical conditions, including neurodevelopmental disorders and other congenital problems. You can find the complete study here.

About this Study:
  • The purpose of this study was to determine the genetic cause of severe CHD and its related medical problems.
  • Genetic sequencing was performed on 1,213 children with CHD and their parents and compared to families who did not have CHD.
  • Participants with CHD were also evaluated for neurodevelopmental disorders, such as learning disabilities or attention deficit/hyperactivity disorder, and other congenital problems, such as cleft lip.
Main Findings:
  • Children with severe CHD have a high number of spontaneous mutations.
  • The finding of a spontaneous mutation was especially strong in patients with CHD and another structural birth defect and/or neurodevelopmental disorders suggesting that these medical conditions happening together is likely due to a genetic cause.
    • Spontaneous mutations occurred in 20% of subjects with CHD, neurodevelopmental disorders, and another birth defect. They occurred in 5-10% of subjects with CHD and either a neurodevelopmental disorder or another birth defect. They occurred in only 2% of subjects with only CHD.
  • Many of the genes with mutations work in early development in both the heart and the brain, suggesting that a single mutation may cause both CHD and neurodevelopmental disorders.
  • Defects in certain genes result in a very high risk for developing neurodevelopment disorders associated with the CHD.
What this Means:
  • Neurodevelopmental disorders in children with CHD have often been thought to be caused by abnormal circulation and/or stresses associated with surgery and post-operative care. The findings from this study suggest that underlying genetics may also play an important role.
  • If these findings are repeated in other experiments, clinical genetic tests might be developed that can identify patients at high risk for developing neurodevelopmental abnormalities, enabling clinicians to target these patients for early therapy with the ultimate goal of improving their outcome.

These findings are helping to identify new molecular pathways that are important to heart and brain development improving basic knowledge of how the human body develops and providing understanding of the causes of various birth defects.


Jon KaltmanJonathan R. Kaltman, M.D., is Chief of the Heart Development and Structural Diseases Branch in the Division of Cardiovascular Sciences at the National Heart, Lung, and Blood Institute (NHLBI) of the National Institutes of Health (NIH). Dr. Kaltman provides leadership for the Pediatric Cardiac Genomics Consortium and also helps oversee the Pediatric Heart Network. Prior to joining the NHLBI, Dr. Kaltman served as an assistant professor at the Children’s Hospital of Philadelphia at the University of Pennsylvania School of Medicine. He then joined the Children’s National Medical Center in D.C. as an assistant clinical professor where he continues to hold a part-time position. Dr. Kaltman received his B.S. in Molecular Biophysics and Biochemistry from Yale University and his M.D. from Emory University School of Medicine. 

Research Matters: Genetics and Genomics Research – Why It Matters

research mattersThis week, PCHA focuses on genetics and genomics research and discusses why these studies are important for understanding the underlying genetic causes of CHD. At some point during a hospital visit, you may have been asked to enroll your child in a genetic study. To help parents and caregivers make a more informed decision about whether or not to participate in a genetic study, PCHA provides an overview of some of the genetic concepts and terms that you will read and hear about when discussing this type of study with a coordinator.

Genetics and Genomics Research – Why It Matters

As parents of a child with congenital heart disease (CHD), we are often left wondering why our child was born with this condition. Even though heart defects are the most common birth defect, shockingly little is actually known about what causes CHD. Although many hospitals and laboratories around the world are tackling the problem of CHD, it turns out that one of the most valuable resources in the fight against CHD is our DNA. DNA is the genetic material that contains all of the instructions for how we develop and grow and what we eventually become. The entirety of one’s DNA is called a genome and everyone’s genome is unique. In most cases, the genome holds important clues about the cause of your child’s CHD.

Why is our DNA so important for CHD research?

Although many factors not related to genetics can increase the risk of heart defects, it is likely that genetics plays a major role in most cases of CHD. The instructions for building a heart are contained in our genes. A gene is a segment of DNA that serves as a blueprint for building a specific protein. Every protein has a specific function and the proper development and function of the heart relies on thousands of different proteins. Therefore, a harmful mutation in a gene that is essential for heart development could be a potential cause of CHD.

How did my child get a mutation?

A mutation is any kind of change in DNA and mutations can be inherited or occur spontaneously in a developing unborn child. In fact, new mutations, which are called de novo mutations, happen in every generation. Although most of these mutations are harmless, some mutations can cause disease. It is the identification of these mutations that will be critically important for understanding why certain children are born with CHD.

How are these mutations identified?

There are several studies that have begun to look at the impact of genetics on CHD. One of the largest is the Congenital Heart Disease Genetic Network Study (CHD GENES). In this NIH-funded study, a small sample of blood is collected from you and your child in order to isolate DNA and determine its sequence. DNA is made up of four building blocks called nucleotides and sequencing is the process by which the exact order of nucleotides that make up the DNA is determined. In whole genome sequencing, the sequence of one’s entire DNA is determined. In whole exome sequencing, only the segments of DNA that code for proteins are sequenced. Sequencing allows for the detection of mutations that could be potentially harmful for your child.

Why is it important that all of us participate in genomics research?

Although CHD is the most common birth defect, it is important to remember that the most complex types of CHD are rare. A mutation in any one of hundreds of genes could potentially cause CHD. Furthermore, two children with the same heart defect could have mutations in different genes. So even if a mutation is found in your child, it is not easy to assign that mutation as the cause of disease. However, if a gene that is mutated in your child is also mutated in many other children with CHD, then it becomes more and more likely that the mutation is responsible for the disease. As the number of people in the study increases, it becomes easier to identify the genes involved in CHD. This type of study is called a genome-wide association study (GWAS) and these studies become more powerful when more people participate.

Why is it important that both parents participate in genomics research?

In many cases, children with a heart defect are born to parents without a family history of CHD. Oftentimes, a de novo mutation is responsible for the disease. This is one reason why many research studies encourage the participation of both parents. By comparing the DNA sequence of the child with the DNA sequences of both parents, it becomes easier to spot new mutations in the child since neither parent will carry the mutation.

What happens if a mutation is identified in my child?

It is important to understand that the identification of a mutation will not lead to an immediate cure. However, it could have many potential implications for the long-term health and development of your child as well as future generations of children born with CHD. For example, many genes that are important for heart development are also important for the development of other organs in the body like the brain and kidney. This might explain why so many children with CHD experience neurodevelopmental delay as well as other non-heart-related health issues. Knowing which gene is affected in your child can help diagnose other problems and allow for earlier intervention. Furthermore, many children with CHD have progressive conditions and understanding the genetics of their disease will be absolutely critical for the discovery of drugs that can stem the tide of the disease. Finally, parents who receive an earlier CHD diagnosis will be well informed and more prepared to care for their child. It is important to remember that science and medicine are advancing at a rapid pace. There is hope for children with CHD and understanding the genes that are important for heart development and function will be the key to conquering this disease.

How can we participate?

Participation in any research study is entirely voluntary. Privacy issues are usually the main concern of parents, but, in most cases, many steps are taken to ensure the privacy of the parents and your child. This and any other issue can be discussed with the clinical coordinator before you enroll in a study. To participate specifically in the CHD GENES study mentioned above, a list of participating centers can be found here.


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Michael Kim is a scientist and a father of two little girls. His oldest daughter Sydney was born with total anomalous pulmonary venous return (TAPVR) in 2011. He received his B.A. in Biochemistry from the University of California, Berkeley and his Ph.D. in Cell and Structural Biology from the University of Illinois, Urbana-Champaign. He and his family currently live in Miami, FL.

Congenital Heart Legislative Conference 2017

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Registration is now open! 

Register

The Pediatric Congenital Heart Association,
Children’s Heart Foundation,
and Adult Congenital Heart Association
invite you to attend

Congenital Heart Legislative Conference 2017

March 1-2, 2017
Liaison Capitol Hill Hotel, Washington D.C.

Your voice matters as we unite to educate our members of Congress about congenital heart disease.

  • Learn about current CHD activities in Washington D.C.
  • Learn how to effectively tell your story.
  • Connect with other CHD patients and professionals.
  • Share your story with your members of Congress.
  • Inform your legislators about the key policy issues including the need for research and data collection.
  • Make a difference on behalf of those living with CHD!

Register

Important Deadlines:

  • January 3 – NEW: Registration Closes, to ensure adequate scheduling of meetings
  • January 27 – Last date to receive discount hotel rates

 

Conference Agenda Overview: 

Wednesday, March 1st
Congenital Heart Legislative Conference
9:00am – 10:30am Registration
10:30am – 11:30am – Advocate Training
11:30am – 1:00pm – Lunch, Meet and Greet
1:00pm – 5:00pm – Advocate Training
6:00pm – 9:00pm – Reception
Thursday, March 2nd
Congressional Visits
6:45am – Buffet Breakfast
7:30am – 8:30am –  Advocate Training
9:00am – 4:30pm – Hill Visits
5:00pm – 7:00pm – Closing Reception

Travel and Lodging: 

Note, all attendees will be responsible for travel and lodging.*

We encourage you to register and book your hotel and travel reservations early.

For those who wish to stay on-site at the Liaison Capitol Hill:

  • Call toll free (877) 499-5277.
  • Or you can register online.
  • Please be sure to reference the Congenital Heart Conference group when making reservations

Deadline to secure your rate of $209/night is Friday, January 26, 2017; no exceptions.
Scholarship Information: 

There are a limited number of scholarships to attend the Congenital Heart Legislative Conference 2017.  The scholarship application may be found here.  The deadline to apply for a scholarship is November 4, 2016.  All applicants will be notified by November 18, 2016.

Your application does not guarantee that you will receive a scholarship.  It is our policy to provide equal opportunities without regard to race, color, religion, gender, sexual preference, age or disability.

Registration closes much earlier this year –  be sure to register, today!

Register

Research Matters: Psychosocial Functioning of Adolescents with D-Transposition of the Great Arteries

research matters

Continuing our theme of Research, PCHA welcomes back pediatric psychologist Dr. Erica Sood. Dr. Sood provides an overview of research studies that highlight the importance of monitoring children and adolescents with CHD for psychosocial issues and that further reveal how parent/caregiver stress can affect the emotional and behavioral functioning of a child with CHD.

 

Psychosocial functioning of adolescents with d-transposition of the great arteries

By Erica Sood, PhD, Pediatric Psychologist

The Journal of Pediatrics published a study examining rates of emotional and behavioral disorders and overall psychosocial functioning among adolescents with d-transposition of the great arteries (d-TGA).* Findings highlight the importance of monitoring and attending to the psychosocial health of children and adolescents with CHD in addition to their physical health. You can find the complete study here.

About this Study:
  • This study compared adolescents with d-TGA to healthy adolescents with respect to rates of emotional and behavioral disorders and overall psychosocial functioning.
  • The d-TGA group consisted of 139 adolescents who were enrolled in the Boston Circulatory Arrest Study during infancy and have since been assessed at 1, 4, 8, and 16 years of age. Learn more about the Boston Circulatory Arrest Study here. The comparison group consisted of 61 healthy adolescents.
  • Adolescents and their parents completed psychiatric interviews and questionnaires evaluating diagnoses and symptoms of mood, anxiety and disruptive behavior disorders. Parents also reported on symptoms of post-traumatic stress related to raising a child with d-TGA. Stress within the parent-child relationship and cognitive functioning were previously assessed at age 8.
Main Findings:
  • Adolescents with d-TGA had higher rates of attention-deficit/hyperactivity disorder (ADHD) compared with healthy adolescents (16% versus 3%).
  • Rates of mood and anxiety disorders were similar between the two groups based on psychiatric interview. Adolescents with d-TGA reported more symptoms of depression and anxiety on questionnaires, although these were still considered within the “normal” range for their age.
  • Adolescents with impaired cognitive functioning had worse psychosocial functioning.
  • Parental stress, but not severity of illness, was associated with adolescent psychosocial functioning.
    • Parents who reported more stress within the parent-child relationship and more post-traumatic stress symptoms had adolescents with worse psychosocial functioning.
    • Severity of illness (for example, length of hospitalization, subsequent operations, seizures in the hospital) was not associated with adolescent psychosocial functioning
What this Means:
  • The psychosocial health of children and adolescents with CHD should be monitored in addition to physical health.
    • Children and adolescents with CHD are at higher risk for ADHD, as demonstrated in this study as well as many prior studies.1,2
    • Although adolescents with d-TGA did not exhibit higher rates of mood or anxiety disorders, they did report more symptoms of depression and anxiety. These symptoms could potentially increase their risk for a mood or anxiety disorder as they face new challenges during the transition to adulthood.
    • Periodic surveillance, screening and evaluation of emotional and behavioral functioning should be standard of care for children and adolescents with CHD,3 as recommended by the American Heart Association and the American Academy of Pediatrics.
  • It is important for parents of children with CHD to care for themselves and manage their own stress.
    • This study and several prior CHD studies 4,5 have found a relationship between parental stress and child emotional and behavioral functioning.
    • Raising a child with CHD comes with more than its fair share of stress. While it is certainly not easy to prioritize self-care, taking care of yourself is an important aspect of caring for your child and family.

If you have concerns about your child’s emotional or behavioral functioning, we encourage you to discuss these concerns with your child’s healthcare providers.

* DeMaso DR, Labella M, Taylor GA, Forbes PW, Stopp C, Bellinger DC, Rivkin MJ, Wypij D, Newburger JW. Psychiatric disorders and function in adolescents with d-transposition of the great arteries. J Pediatr. 2014;165:760-766.

References:

  1. Shillingford AJ, Glanzman MM, Ittenbach RF, Clancy RR, Gaynor JW, Wernovsky G. Inattention, hyperactivity, and school performance in a population of school-age children with complex congenital heart disease. Pediatrics. 2008;121:e759–e767.
  1. Hövels-Gürich HH, Konrad K, Skorzenski D, Herpertz-Dahlmann B, Messmer BJ, Seghaye MC. Attentional dysfunction in children after corrective cardiac surgery in infancy. Ann Thorac Surg. 2007;83:1425–1430.
  1. Marino BS, Lipkin PH, Newburger JW, et al. Neurodevelopmental outcomes in children with congenital heart disease: Evaluation and management: A scientific statement from the American Heart Association. Circulation. 2012;126:1143-1172.
  1. Visconti KJ, Saudino KJ, Rappaport LA, Newburger JW, Bellinger DC. Influence of parental stress and social support on the behavioral adjustment of children with transposition of the great arteries. J Dev Behav Pediatr. 2002;23:314-321.
  1. Goldberg S, Janus M, Washington J, Simmons RJ, MacLusky I, Fowler RS. Prediction of preschool behavioral problems in healthy and pediatric samples. J Dev Behav Pediatr. 1997;18:304-313.

 

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Dr. Sood is a pediatric psychologist in the Nemours Cardiac Center and Assistant Professor of Pediatrics at Sidney Kimmel Medical College at Thomas Jefferson University. She received her PhD in Clinical Psychology from Temple University and completed residency and fellowship in Pediatric Psychology at Nemours/duPont Hospital for Children. She directs the Nemours Cardiac Learning and Early Development (LEAD) Program and provides psychological consultation and therapy for children with congenital heart disease and their families. Dr. Sood also conducts research on neurodevelopmental outcomes, developmental care and family psychosocial interventions for this patient population. She serves on the editorial board for Clinical Practice in Pediatric Psychology and is an active member of the Society of Pediatric Psychology’s Cardiology Special Interest Group and the Cardiac Neurodevelopmental Outcomes Collaborative. Dr. Sood provides supervision and mentorship to psychology fellows working within the Nemours Cardiac Center to promote psychologist involvement in the field of pediatric cardiology.

Research Matters: The Importance of CHD Surveillance

research matters

For the month of October, PCHA will be focusing on the theme of Research. In the first post of our series, Dr. Matt Oster provides an overview of a recent study that estimates the prevalence of CHD across all age groups in the United States and highlights the importance of surveillance in improving outcomes for CHD across the lifespan.

 

Congenital Heart Defects in the United States: Estimating the Magnitude of the Affected Population in 2010

By Matt Oster, MD, MPH

Congenital heart disease (CHD) is the most common and critical birth defect. Medical research has led to groundbreaking advances in identification and treatment of CHD. While we have learned enough to improve the survival rate to where most babies born with CHD will live to adulthood, there is still so much we don’t know.

Despite how common, critical, and costly CHD is, the understanding of the public health impact of CHD is surprisingly limited. In fact, we cannot accurately answer the basic question of “How many people with CHD are currently living in the U.S.?”

The American Heart Association, in their journal Circulation, recently published a study, Congenital Heart Defects in the United States: Estimating the Magnitude of the Affected Population in 2010, that mapped Canadian CHD statistics onto the U.S. population. The study’s main findings as outlined in the Centers for Disease Control and Prevention (CDC) Key Findings summary included:

  • Approximately 2.4 million people were estimated to be living with a CHD in the United States in 2010. About 1 million of those were children under the age of 18 years and about 1.4 million were adults age 18 years and older.
    • About 12% (289,000 people) were estimated to have a severe CHD.
  • There were slightly more women (1,260,000) than men (1,163,000) living with a CHD in the United States.

However, the authors of the study also draw these additional conclusions –

Our estimates highlight the need for two important efforts:

  • Planning for health services delivery to meet the needs of the growing population of adults with CHD.
  • The development of surveillance data across the lifespan to provide empirical estimates of the prevalence of CHD across all age groups in the US.

First authorized in 2010 by the Congenital Heart Futures Act, the Centers for Disease Control and Prevention and the National Institutes of Health have begun to take steps to address this burden, needing additional resources to continue and expand their efforts. Continued federal investment is necessary to provide rigorous epidemiological and longitudinal public health surveillance and public health research on infants, children, adolescents and adults to better understand CHD at every age, improve outcomes and reduce costs.

Efforts by patient advocacy groups such as the Pediatric Congenital Heart Association are essential to ensure the further development of systems to provide surveillance data to better understand CHD across the lifespan.

Oster_0811_largeDr. Oster is a pediatric cardiologist at Sibley Heart Center Cardiology at Children’s Healthcare of Atlanta. He holds Emory appointments of Assistant Professor of Pediatrics in the School of Medicine and Assistant Professor of Epidemiology in the School of Public Health as well as an appointment as a medical officer at the CDC’s National Center on Birth Defects and Developmental Disabilities. He earned his MD at the University of Pennsylvania School of Medicine and his MPH in epidemiology at Emory University Rollins School of Public Health. He completed residency training in pediatrics at the University of California-San Francisco and fellowship training in pediatric cardiology at Emory University. When not seeing patients, he serves as director of the Children’s Cardiac Outcomes Research Program at Sibley Heart Center. His primary research interests include the epidemiology of CHD and long-term outcomes for patients with CHD.

A Timely Reminder from Texas Children’s Hospital

Dr. Eboni Smith from Texas Children’s writes a timely reminder of monitoring for signs of developmental challenges and seeking out help during this back-to-school season. 

School is now in full swing and the change in seasons is just around the corner. The beginning of a new school year is an exciting time for both parents and children. Days are filled with new schedules, homework and extracurricular activities which can make it very easy to miss the signs that your child is in need of an evaluation or check-up. Continue reading

School Intervention Series: Advocating for a Program

In her final post of a three-part series, Kyle Herma, School Intervention Specialist at Children’s Hospital of Wisconsin, details how to start advocating for a dedicated school liaison at your cardiac center. If you missed the series, you can find her first post here and Complete Resource Guide here.

Advocating for equal accesses to quality education for children with complex health needs is often a difficult process. At times, the numerous boundaries families face seem to make it almost impossible to get appropriate evaluations and support services in place, especially within schools. It is in the untangling of these messy webs of communication and information where I find some of my most fulfilling work. Having a dedicated school liaison position within your cardiac center (usually as part of a multidisciplinary neurodevelopmental follow-up team) is an ideal situation for receiving whole-child focused, comprehensive care; however, there are many ways for parents to step in and be the driving force in centers that have not yet established these types of innovative programs.

Understanding Neuropsychology

Neuropsychology is the study of the relationship between the brain and behavior. During a neurodevelopmental evaluation a child’s level of cognition and intellectual functioning, emotional and behavioral functioning, and social functioning are assessed. Each assessment will track milestone progress in areas such as: motor skills, play skills, feeding, language development, growth, nutrition, and hearing. The goals of this type of assessment are to identify the child’s ability to function in a group of same-age peers, identify the factors that influence their actions and reactions, determine how levels of functioning  are influenced across different medical treatment/intervention stages, determine the response to or recovery from specific treatments, monitor overall brain development, and provide recommendations for schools in effort to implement appropriate special education services and other learning supports. A neuropsychological evaluation is typically recommended for children between the ages of 6 month to 18 years, who are at high risk for developmental disorders, disabilities, or differences. While the child’s age determines the way they are evaluated, this assessment usually consists of formal pencil-paper testing and interactive completion tasks such as match-making, completing patterns or sequences, and following oral directions. In addition, the neuropsychologist/psychologist will review psychosocial family factors, as well as the child’s developmental and medical history.

The Benefits of a Cardiac Neurodevelopmental Follow-up Program

Children with congenital heart disease are considered high-risk for developmental differences and delays due to many factors related to their medical history, including medication, treatments, and surgical repairs. Fortunately, research also shows that with early identification of these learning delays and appropriate follow-up services put in place, these children can go on to lives long and successful lives.

Neurodevelopmental follow-up programs are designed around a multidisciplinary team of experts who conduct regular, comprehensive assessments of a child’s growth and progress in all areas of functioning and development (also called “neurodevelopment”), and provide families with important information, recommendations, and resources needed to ensure the best possible educational outcomes.  There are several school-age transition points that tend to show an increase of challenges (for example: 3rd grade is a time when children become more independent at school, thus learning difficulties become more evident; the transition from 5th to 6th grade requires a shift in complex problem-solving and organizational skills, and so on). Ongoing neurodevelopmental evaluation is recommended as it is typical for new concerns to arise at different developmental stages.

Once a neurodevelopmental evaluation has been conducted, families will have a better understanding of their child’s overall level of functioning and specific cognitive strengths and weaknesses. Recommendations may be given for academic assistance in terms of accommodation or modification in school or for further psychological or psychiatric therapies/treatments/evaluations. Recommendations may also include planning for transitional service from pediatric to adult care. Most evaluations will also conclude with recommendations for continued skill development at home, ideas for discipline and/or behavior management, and additional resources for support.

Advocating for Neurodevelopmental Follow-up, School Intervention, and Like-programs

I always recommend that my families educate themselves on the developmental milestones of “typically developing” children. I whole-heartedly believe that all children are different and hit “normal” milestones at all different times, but early identification of differences or delays (even if it’s just scheduling an assessment or evaluation) overwhelmingly leads to higher overall academic success rates.

Once you’ve noticed a concern it is important to talk to your child’s primary care provider (general pediatrician) or cardiologist right away. These medical providers will be able to listen to your concerns and help identify action steps (i.e. request an Individualized Education Plan, set up a Neurodvelopmental follow-up, etc). In the event that your cardiac center does not have formal programs in place to assess and assist with neurodevelopmental and educational challenges, there are still ways to seek necessary support. For example, most cardiac programs have a dedicated social worker. A family might request to work with a social worker to express school concerns and connect with existing resources or school support services found within the community. The social worker might be able to schedule a meeting with a hospital-based psychologist or child life specialist who can further assist if your cardiac center does not have these as dedicated cardiac positions.

Parents as Advocates

Parents are often the strongest driving force behind hospital innovation. If your cardiac program does not have access to neurodevelopmental or school support services, you should be asking the question, “why not?” I encourage families to ask their providers, “where do you send your patients for neurodevelopmental follow-up?” (as opposed to the question, “do you offer any neurodevelopmental follow-up?”) and push them to make those hospital-based and community connections to complete their child’s medical team needs. Stay vocal and active in this movement to make neurodevelopmental follow-up and school liaison services part of the expected standard of pediatric healthcare, specifically in the area of cardiology, where this type of comprehensive medical follow-up program is still very new.

Wan tot learn more about the Herma Heart Center’s Neurodevelopmental Follow-up Program? Visit http://www.chw.org/medical-care/herma-heart-center/programs/developmental-follow-up-program/

Want to learn more about the Herma Heart Center’s School Intervention Program? Visit http://www.chw.org/medical-care/herma-heart-center/programs/school-intervention-program/


Kyle Herma

Kyle Herma is the School Intervention Specialist serving the Herma Heart Center at Children’s Hospital of Wisconsin. Kyle has been at Children’s since February 2015 conducting a formal pilot study on school intervention and the impact it has on a child’s overall medical outcome and quality of life. Prior to this position, Kyle was a teacher at Milwaukee College Prep’s 38th street campus. In both roles, Kyle has shown her dedication to serving children who are placed at-risk for school failure and ultimate mission to achieve equal access to quality education for all.

School Intervention Series: A Complete Resource Guide

PCHA welcomes back Kyle Herma, School Intervention Specialist at Children’s Hospital of Wisconsin School for part 2 of her 3 part series about School Intervention. If you missed her first post, you can find it here. Today, Kyle shares a wealth of information for navigating a school’s system without a dedicated school liaison. Her complete resource list is included at the end of this post for easy reference. 

Going back to school after a diagnosis or hospitalization can be scary for everyone! Families might worry about how their child will transition, schools might worry about how they will care for the child, and children might worry about what to say and how to act around friends they haven’t seen in a while (just to name a few examples). Each and every one of these concerns is valid and understandable. So, how do we swing that pendulum of emotion from feeling anxious to feeling prepared? Continue reading

School Intervention Series: Making a Difference

Continuing our September Back-to-School theme, we are excited to introduce guest writer Kyle Herma, School Intervention Specialist at Children’s Hospital of Wisconsin. Kyle is blogging a 3-part series for PCHA beginning with an introduction on what she does and why. Over the next couple weeks, Kyle will share tips, tricks and recommendations for navigating a school’s system without a dedicated school liaison (and how to start advocating for one in your cardiac center) and provide a collection of resources on how to ensure your child is getting all of the services and supports required to have equal access to a quality education.

Twenty nine years ago my sister was born with Hypoplastic Left Heart Syndrome (HLHS), a congenital heart defect that left a chamber of her heart severely underdeveloped at birth. This was at a time when medical technology and surgical repairs options were very limited for a complex baby like my sister. While she ended up losing her battle with HLHS, her short time on Earth ultimately began a battle much greater – the fight to eradicate congenital heart defects completely and in the process, improve medical outcomes and quality of life for those currently affected. Today, the Herma Heart Center (HHC) at Children’s Hospital of Wisconsin is known for having the best published survival rates of HLHS in the world. However, a top recognition like this is not achieved without constant work towards excellence and innovation in all areas of care.

Herma Heart Center

How does this relate to PCHA’s “Back-to-School” theme this month? It does on so many levels! Two years ago I was a kindergarten teacher, loving every minute of every day guiding 4 and 5-year-old kids as they discovered their world. I worked in the inner city of Milwaukee at a low-income Charter School – all of my students considered “at-risk” due to a variety of different statistics. Every day I sought to plan lessons that not only were rich in academic content and student engagement, but also focused on building a classroom culture of strong future leaders and community advocates. While I had always been involved with the Herma Heart Center on various levels because of my family’s deep connection, I was a teacher. I loved being a teacher.

In 2015, I got a call. The Cardiac Neurodevelopmental Follow-Up Program, one of the HHC’s leading whole-child focused programs, was expanding and looking to hire a School Intervention Specialist after they noticed a very high need for multifaceted school intervention in students with complex health needs – specifically in the area of pediatric cardiac neurodevelopment. The job requirements outlined a liaison-type service, with the goal of working to ensure clear and consistent communication between the medical staff, the family, and the child’s school at all times. I began researching far and wide. I wanted to learn everything I could about how CHD affects a child’s neurodevelopmental functioning and what type of supports schools have in place to modify for or accommodate these children. All of my searches came up empty! There was nothing. While significant literary research supported that children with complex health needs and chronic illness are at a greater risk of reduced student engagement, higher disruptive behavior, lower academic achievement, an increased exposure to bullying (among many other well-documented negative educational outcomes), structured programs for school re-entry and intervention are rare. In this moment I knew that I needed to step in to fill a role much larger than a classroom teacher.

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The School Intervention Program officially “went live” in February 2015. I began with a very focused population of heart transplant patients that pinpointed those re-integrating into school post-transplant, but also offered intervention services to all of our heart transplant patients no matter how many years post-transplant they were. The response was huge. My patient population quickly grew to all heart transplant patients (including those wait-listed for transplant) and several patients with advanced heart failure who were anticipating a future transplant. My pilot study served 55 cardiac patients, ages 3 (preschool) to 24 (college). The schools’ concerns that were addressed included: attendance and absence support, special education support, attention and behavior plans, and documentation/medical record communication – just to name a few of the big categories. Of those 55 patients, 57% have exited the program with their school concern fully resolved, 36% still receive ongoing school intervention but are making great progress towards their school goals, and 7% transitioned to different medical centers where school intervention could no longer be followed. I’ve witnessed one of my high school student graduate with his class just 5 months post-transplant, I’ve heard from a school nurse that she could not believe a student is finally getting to live a “normal” life without any medical interventions needed during the school day, and I’ve helped a mom send her 7 year old to school for the first time because she finally felt confident the school could handle his needs.

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You may be thinking, “That’s great, but my child did not have a transplant. This doesn’t help us.” I am hear to tell you that it does! By doing a formal pilot study on a small population of patients and proving there is an urgent need for formalized school support, I am establishing both attractive outcomes data and the sustainability of this type of position. I frequently share these outcomes with colleagues, speak about my work at a director and leadership level, and even present at international conferences just so people can see how this seemingly non-medical work is directly related to improved medical outcomes. And guess what? People ARE listening.

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I am excited to be sharing with you over the next couple weeks to help bridge the very different worlds of medicine and education to ensure that children with complex health needs, specifically CHD, are not falling though the gaps. Here’s to a great school year!


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Kyle Herma is the School Intervention Specialist serving the Herma Heart Center at Children’s Hospital of Wisconsin. Kyle has been at Children’s since February 2015 conducting a formal pilot study on school intervention and the impact it has on a child’s overall medical outcome and quality of life. Prior to this position, Kyle was a teacher at Milwaukee College Prep’s 38th street campus. In both roles, Kyle has shown her dedication to serving children who are placed at-risk for school failure and ultimate mission to achieve equal access to quality education for all.

Back-to-School Q&A Panel

This September, PCHA is celebrating the start of the 2016-2017 school year with our Back-to-School series. For our Q&A Panel this month, we interviewed three people to gain a greater perspective on how CHD affects kids differently during this exciting time of year.

Congratulations on the start of a new school year! Please introduce yourself. What grade will you or your child be entering?

Frances: My name is Frances and I volunteer as the blog coordinator for PCHA. My husband and I live in California and have a confidant and outgoing 3-year old daughter who was born with severe mitral valve prolapse and a VSD. She had a very successful open heart surgery at 8 months old. She’ll be starting a couple mornings of preschool this year.

Margaret: Hi! My name is Margaret and I’m a heart mom to an awesome 8-year old heart hero named Kieran who will be starting 2nd grade. We’ve been through Birth to 3, as well as the IEP and 504 Plan process. I am also a parent adviser to our local hospital’s School Intervention Program.

Jack: Hello, my name is Jack Radandt and I was born April 15th, 2001, with Hypoplastic Left Heart Syndrome (HLHS). I had three open heart surgeries by the age of three, Norwood, Glenn, and Fontan. I lived a pretty normal life after my Fontan surgery. I was able to attend school, and even keep up with the other kids my age. At age eleven I experienced heart failure. I went to Children’s Hospital of Wisconsin in Milwaukee and was placed on the transplant list in October of 2012. I then needed to be on a device to bridge me to transplant. In December of 2012, I had surgery for a device called Heartware Ventricular Assist Device or (HVAD). I was the first single ventricle child in the United States to have the device and second in the world. I was also the first single ventricle child in the world to go home on this device. I had the HVAD for five months, until I received a heart transplant on May 20th, 2013.

What are you or is your child looking forward to most this school year?

Jack: I am looking forward to all the speaking events that I was able to get this school year.

Margaret: Kieran says, “gym!”

Frances: Making new friends. She has the ability to make a friend wherever we go, even when we run errands!

Do you notify your or your child’s school or teacher about your or your child’s heart condition? If so, how do you go about doing so?

Margaret: We definitely do. I’ve learned that teachers and school staff really appreciate being informed. Not every CHD student will need an IEP or a 504 plan, but we have both. Each teacher gets documentation about his HLHS, health, and classroom needs. Each year, I’ve met with school staff before school starts to make sure we’re all on the same page and to answer any questions. He has an excellent team at school that is communicative and proactive. We don’t just think about the regular classroom teacher — it is important to have a plan in place so that the school nurse, office staff, lunch and recess supervisors, gym teacher, substitute teachers, and any other school professional who might work with Kieran be informed of his health plan.

Jack: I do notify my school’s faculty, staff, and students of my condition, and I am very open about my scar and surgeries.

Frances: When filling out her general medical information for the preschool, we noted her cardiologist in addition to her pediatrician. She also has a medical device identification card for her annuloplasty ring in case any emergency arises affecting her heart. While our daughter has zero restrictions and no known issues otherwise, we included a copy of this card for the preschool and let the director know about it as a precaution.

Do you or your child have any limitations or require medication during school? If so, how do you handle this?

Margaret: Kieran has HLHS, and his cardiologist has requested that he stay indoors when it is below freezing. On these days, he gets to pick a classmate to stay inside and play board games with. He also has an adaptive PhyEd teacher working with him in gym class. He has a water bottle with him all day to prevent dehydration. For fire drills, he has instructions in his health plan to be allowed to wear a coat outside if it’s cold out. There are certain things we take on a case-by-case basis, such as field trips and walking trips.

Frances: Our daughter doesn’t have any limitations or medications, though the future is uncertain. Her heart will need to be monitored more closely during puberty as her device may be affected during this exponential growth period.

Jack: I don’t have to deal with this because I take my medication right before I go to school and right before I go to bed.

What reaction do you get from the staff if you notify them? Do you feel this affects how the teacher and/or staff interacts with you or your child?

Frances: They thanked me for sharing the information. They haven’t mentioned it otherwise, and from what I’ve seen do not give her any special treatment.

Margaret: We’re fortunate to have a neighborhood school that fosters a very positive learning environment for everyone, and is innovative about classroom adaptations. When we’ve notified them, they’ve responded very positively with a can-do attitude. Last year at our back-to-school meeting, not only did Kieran’s new teacher attended, but the office staff, principal, school nurse, and almost everyone involved with his IEP. Shedding light on the HLHS and the secondary challenges we’ve faced helps them understand how to meet Kieran’s needs better, as well as helps them understand why he (and we as parents) sometimes act the way we do.

Jack: Some of the faculty and staff that find out about my condition feel very uncomfortable about the whole situation.

How open are you or is your child about CHD with peers at school? How does this affect your or your child’s relationships?

Jack: I am very open about my condition. This is my life and I’m not ashamed of it at all.

Frances: Since she’s still very young, our daughter doesn’t make a point to either hide or reveal it. While I want her to be proud of her scar, I also want to allow her to talk about CHD on her own terms whether that’s mentioning it to close friends or being a vocal advocate. She is a naturally confidant and extroverted individual, so it doesn’t seem to bother her when someone points it out or asks. For now we focus on making sure she knows her scar is something good and how to respond in situations. I don’t make any consideration with clothing when it comes to her scar, choosing her outfits based on the weather and her own personal preferences.

Margaret: Kieran is very sensitive about his heart condition. We don’t actively keep it a secret, but we don’t actively volunteer information about it to his peers, either. He feels very strongly that he is a “normal” child and wants to be seen that way. Everyone is different, and I know many heart parents who believe it’s important for their child to be CHD advocates, but I feel it’s important for now for him to feel comfortable at school and have it be a “safe space” for him to feel normal. He sometimes does participate in CHD activities with me outside of school, but he doesn’t understand why they’re important. He sees his “heart friends” as regular friends. Many heart kids don’t truly know the gravity of some of their heart defects until they are much older. A cause that affects him much more, and has for years, is hunger and his desire to see everyone in the world have enough food to eat. I think that’s wonderful. We should all be able to focus on areas of need that spark our sense of fairness.

What is your or your child’s favorite subject or activity?

Frances: She loves the arts – dancing, painting and music.

Jack: My favorite subject in school is biology.

Margaret: Definitely gym. He also likes math and music.

What, if any, concerns do you or your child have in regards to CHD for the school year?

Margaret: My biggest concern is that somewhere, at some point, there might be a breakdown in coordination at school. I worry most when there is a substitute teacher in the classroom, because I’m not informed of it, and I have no idea if they’ve read his 504 plan and understand it. Luckily, he comes into contact with many staff throughout the school day, and I think they all do a good job keeping an eye on him and all the students. Sometimes, because he wants to be seen as “normal” in front of his peers, he’s not as assertive as he should be. I also worry about rough play during recess. This has been a problem at times throughout the past school years, where he will be tackled or otherwise roughed up during normal play, which has resulted in some bruising because he is on blood thinners.

Frances: You would have no idea our daughter has CHD besides her scar, so my only concern is her peers setting her apart in a negative way because of it. Her preschool focuses very much on emotional competence and socialization in a play based setting, and what we liked most about it when touring was how respectful every child was to each other regardless of their differences.

Jack: I am in a very small school so I really have no concerns besides being ill.

If you or your child has a high sensitivity to illness due to CHD, how do you or your child combat this at school?

Frances: While she doesn’t have a high sensitivity, her pediatrician still errs on the side of caution by making sure she gets the first flu vaccination that comes in for the season which we are thankful for. We also chose a preschool with a smaller class size and a strong emphasis on cleanliness.

Jack: I am sick a lot so missing school is always a big concern.

Margaret: The school nurse, or sometimes the classroom teacher, is really great about informing us about illness at school. They will email us personally if a lot of kids are out sick, or with certain communicable illnesses requiring all parents at school to be notified, the school nurse sends home flyers. We are most concerned about things like strep and seasonal flu. If it’s an outbreak the classroom, we would most likely keep him home until it had passed. We use hand sanitizer, get a flu shot, and try to get enough sleep and eat healthy. We emphasize to Kieran the importance of good hygiene. His school has a great custodian and they are good about keeping the classroom and school wiped down.

What is your biggest hope for yourself or your child this school year?

Jack: To remain on honor role and avoid illnesses.

Margaret: That he will make more friends and feel more included socially. Not only is he an only child, but like many CHD kids, especially those with critical heart defects, he is a bit behind for his age socially. Add to that the fact that he easily tires during playground games and has to take breaks during physical activities, he sometimes feels frustrated that he can’t keep up with other kids, especially most of the boys. Of course, I also hope he has a great learning experience this year and finds areas of learning he really loves.

Frances: I hope she will be able to make new friendships and start a solid foundation of a love for learning!

What area(s) is your child most successful at school?

Frances: Since day one, my husband and I have never experienced separation issues with her. She’s very adaptable, confidant and according to her preschool teacher, not at all afraid to ask questions.

Margaret: He a wonderful singer, and is also very creative when it comes to visual art. Last year, he did after school Spanish and book club, which was good for him. He is successful at reading, although he pretends to think it’s “boring.”

Jack: Science class over any other classes.

Thank you all and best wishes for the new school year! Be sure to check back throughout September for our guest writers covering relatable Back-To-School topics and be on the lookout for your children being featured in a blog post. Share your first day of school photos at advocacy@conqueringchd.org by Friday Sept. 9th to be included!