Ryder Montano is the third and youngest CHOC patient with a movement disorder to undergo a procedure called deep brain stimulation(DBS), which is designed to ease involuntary movements by sending electrical currents that jam malfunctioning brain signals. CHOC treated its first DBS patient in late 2020.
Ryder is also among CHOC’s dramatic DBS success stories.
The procedure is being championed by DBS pioneer Dr. Terence Sanger, a physician, engineer, and computational neuroscientist and vice president, chief scientific officer at CHOC, and vice chair of research for pediatrics at the UCI School of Medicine. The DBS team also includes Dr. Joffre E. Olaya, CHOC’s functional restorative neurosurgeon, who implants the electrodes, as well as collaborating partner Dr. Mark Liker, a neurosurgeon at CHLA.
In January 2021, Ryder underwent surgery at CHOC to replace four electrodes in his brain that help ease the severity of a movement disorder, post-pump chorea, that he developed after he had open-heart surgery at age 2 ½. Since those four electrodes were replaced, he has shown remarkable improvement, Ashley says.
“It’s just incredible and mind-blowing that this is happening because of DBS,” she says.
Ashley says Ryder’s clinical team at CHOC had expectations that were lower than what the outcome turned out to be. They thought his condition would worsen before it got better.
But in February 2021, for a post-op appointment, Ryder walked into Dr. Sanger’s office for the first time by himself. He also stood on a scale and sat in a chair without assistance.
Now, Ryder also can walk independently, feed himself, and sit down and watch a movie. He is limited verbally and uses an AAC (augmentative and alternative communication)device to say simple things.
“I’m so happy to see how well Ryder is doing,” Dr. Olaya says. “This procedure has tremendously improved his quality of life.”
Answers at age 2
Ryder was born full term on Sept. 29, 2011. He had a heart murmur, but his mother, Ashley, didn’t get a lot of answers from Ryder’s cardiologist until their son was 2. That’s when doctors at another hospital determined that Ryder had been born with supravalvar aortic stenosis (SVAS) and Williams Syndrome.
SVAS, a heart defect that develops before birth, is a narrowing of the large blood vessel that carries blood from the heart to the rest of the body.
Williams Syndrome is a rare genetic condition that affects many parts of the body. It is caused by missing more than 25 genes from a specific area of chromosome 7. Williams Syndrome can cause mild to moderate intellectual disabilities, unique personality traits, distinctive facial features, as well as heart and blood vessel problems.
Ryder’s Williams Syndrome led to him undergoing open-heart surgery at 2 ½, which in turn led to post-pump chorea, which causes involuntary twitching or writhing.
“He was walking and talking and drinking from a cup prior to surgery,” Ashley recalls. “He woke up one day and wasn’t able to sit up or hold his head up or make eye contact. He made weird movements. I first thought it was withdrawal symptoms from the medications he took for the surgery.”
Ryder first saw Dr. Sanger in 2016 at CHLA (Dr. Sanger came to CHOC in March 2020). Ryder’s first DBS surgery was in 2017, the same year he got four permanent electrodes. One of the leads got entwined with a growing bone, which prompted the January 2021 surgery to replace all four electrodes.
The perfect team for Ryder
Ashley and her husband, Al, are determined to provide Ryder with the best quality of life possible. His DBS treatment at CHOC, they say, has made a huge difference.
“Ryder and Dr. Sanger were a perfect match,” Ashley says. “I’m very thankful for DBS and Dr. Sanger. I feel he thinks outside of the box. There are so many other neurologists who think, ‘Oh, let’s just load (the patient) up with medication.’ But Dr. Sanger wants to get at the root of the problem and fix it.”
Dr. Olaya stressed the importance of teamwork in treating Ryder and other DBS patients at CHOC.
“We are so fortunate to have the resources and the team here at CHOC to offer DBS treatment to patients with moving disorders,” he says. “Jennifer MacLean, Ryder’s nurse practitioner, is very involved with his care and treating other DBS patients as well. It’s not just one person. It really is the nurses, the OR staff – it’s a lot of people collaborating.”
“I’m so thankful for everybody at CHOC,” Ashley says. “I just feel that without the entire team, none of this would be possible for Ryder or for really anybody. It makes me so happy to know we’ve not only improved Ryder’s life so much, but we’re helping improve other kids’ lives, too. Dr. Sanger goes the extra mile and it’s so amazing to think, yes, that’s our doctor.”
Ashley says Ryder has worked very hard to get to where he is today.
“We’ve all worked hard together to get to this place and give Ryder the validation to show him how much we realize how hard he’s been working,” she says. “I know it’s defeating for a kid who understands but can’t communicate well, but he’s working very hard.”
One example of how he’s going about that is a new small grant program he’s funding that is open to all CHOC associates, staff, and faculty with principal investigator (PI) status.
The first batch of awardees in the CSO Small Grant Program, which launched in the third quarter of the current fiscal year, has been announced. Research projects of the winning applicants – 12 of 23 were awarded funding – range from virtual reality training for autism caregivers to racial and ethnic influences in adolescent obesity to the use of artificial intelligence to predict COVID-19 and related diseases.
The amount of all grants totaled $589,365, with recipients receiving up to $75,000 each, says Aprille Tongol, CSO Small Grants Program administrator. In the coming fiscal year, Dr. Sanger, a physician, engineer, and computational neuroscientist who also is vice chair of research for pediatrics at the UCI School of Medicine, will award a total of $1 million in CSO grants, Tongol says.
The CSO Small Grant Program aims to develop promising new research, expand current research activities, and encourage collaboration internally and externally with CHOC research partners. The program promotes and supports CHOC researchers who aspire to leverage research to improve the quality of care, patient outcomes, and well-being for children.
Virtual reality training and autism
Casey Clay, PhD,director of the Behavior Program at the Thompson Autism Center (TAC), was awarded a grant for a project that will examine if a newly developed virtual reality (VR) simulation using behavioral skills training (BST) is effective for training parents of children with autism who exhibit challenging behavior.
Clay says VR simulation is an improvement to typical training because it may increase skills of trainees without exposing them, or individuals with Autism Spectrum Disorder (ASD), to risk such as aggression, property destruction, etc.
Clay’s project builds off previous research he did at the University of Missouri, where he worked before joining CHOC in January 2020. That prior project involved training pre-clinical students to work with kids with autism. Clay’s CHOC project will do the same for parents or caregivers of children with ASD.
“Using the simulation, parents will follow training methods to engage with a virtual avatar and try to say and do the right things and arrange the environment in the right way,” Clay explains. “The idea is to work collaboratively with parents to build their skills at increasing appropriate behavior, and modifying the environment to decrease challenging behavior.”
Clay’s one-year project will begin in August 2021. He plans to sign up 16 teams of parents/children and measure pre- and post-skill levels of the participants, as well as assess parents’ acquired skills with live children during intervention sessions.
“This VR simulation will give parents the opportunity to practice and get immediate feedback from a clinician,” Clay says. “And it’s the practice that makes behavioral intervention effective over time.”
Clay praised the launch of the CSO Small Grants Program.
“It’s a great opportunity to jump start a lot of research,” he says.
Adolescent obesity study
Dr. Uma Rao, director of education and research in psychiatry at CHOC, was awarded a grant to study obesity in adolescents in the African-American, Hispanic/Latina, and Non-Hispanic White female population. The goal of the study is to reduce racial/ethnic health disparities and morbidity and mortality in this population, says Rao, also a professor and vice chair for child and adolescent psychiatry, psychiatry, and human behavior at the UCI School of Medicine.
Adolescence is a critical period for the development and life-long persistence of obesity, a public health epidemic with a range of short- and long-term medical and psychosocial problems and earlier death, Dr. Rao notes.
Her CSO grant is supplemental to a parent grant funded by the National Institutes of Health (NIH). That study, which Rao began in 2018, is assessing biobehavioral processes and social/environmental factors associated with obesity risk from a multi-dimensional perspective in the African-American, Hispanic/Latina, and Non-Hispanic White female population.
The aim of the CSO grant is to identify early stages of liver fibrosis and type 2 diabetes in these samples and assess whether inflammatory biomarkers serve as risk mechanisms for these two obesity-related disease outcomes.
Knowledge regarding the underlying mechanisms of obesity-related disease burden among high-risk groups will be helpful in early detection and developing effective personalized interventions, thereby reducing racial/ethnic health disparities, morbidity and mortality associated with the obesity epidemic, Dr. Rao says.
Ultimately, she says, the goal is to enroll 300 participants in the study – 100 from each of the three ethnic groups. Participants will range in age from 13 to 17.
“We hope this research ultimately leads to the development of more personalized interventions for these groups to reduce disparities, which cause real havoc,” Dr. Rao says.
List of grant awardees
The second group of awardees of CSO grants was notified on Monday, June 21, 2021.
Here are the 12 recipients of the first round of CSO grants with a brief description of their projects:
Lisa Murdock, RN — Evaluation of a Nurse-Administered Screening Tool to Identify Victims of Child Trafficking in Patients with High-Risk Chief Complaints in a Pediatric Emergency Department
Dr. Autumn Ivy — Identifying Targetable Epigenetic Mechanisms of Early-Life Seizures and Exercise Intervention
Dr. Van Huynh — Utility of Antifungal Prophylaxis to Prevent Invasive Fungal Disease in Pediatric and Adolescent Patients with Hematologic Malignancy
Michelle Fortier, PhD — Opioid Prescribing Patterns in Pediatric and Young Adult Cancer Patients
Dr. Diane Nugent – COVID Antibody Response in Children: Protection and Risk for MIS-C and Late Effects
Dr. Suresh Magge — School-age Outcomes in Patients with Single Suture Craniosynostosis After Endoscopic-assisted Strip Craniectomy and Orthotic Therapy
Dr. Lilibeth Torno — Monitoring of Plasma Cell Free DNA BRAF V600E+ Mutations in Patients with Langerhans Cell Histiocytosis
Casey Clay, PhD — Virtual Reality Training for Autism Caregivers
Alexander Stover, MS — Derivation and Characterization of an NDUFAF5 Mouse Model for the Study of Mitochondrial Complex I Disorders
Louis Ehwerhemuepha, PhD — Artificial Intelligence for Prediction of COVID-19, MIS-C, and Juvenile Dermatomyositis
Dr. Theodore Heyming — Identification of Social and Environmental Determinants of Pediatric Health in an Emergency Setting and Referral Utilization
Dr. Uma Rao — Racial/Ethnic Influences in Adolescent Obesity: Risk Mechanisms for Disease Burden
When Dr. Kevin Huoharrived at CHOC in September 2013, the hospital wasn’t doing a lot in the way of thyroid surgeries and instead was referring out most cases.
A highly regarded pediatric otolaryngologist, Dr. Huoh has a special interest in thyroid surgery, especially thyroid cancer surgeries. So, working with endocrinologists at CHOC, he spearheaded a multi-disciplinary thyroid surgery program that steadily has grown since then.
Now, in a recently published research paper, Dr. Huoh and co-author Dr. Himala Kashmiri, a CHOC endocrinologist, have shown that the growing program at CHOC enjoys favorable outcomes comparable with those found at the nation’s largest-volume pediatric thyroid surgery centers.
“Other research papers and guidelines say in order to have the best outcomes for thyroid surgery, you need to do 30 surgeries per year,” Dr. Huoh says. “Fortunately, pediatric thyroid surgery is fairly uncommon. This makes it difficult for many newer thyroid surgery programs to achieve these numbers. Our study shows outcomes similar to those at higher volume centers.”
In the paper, published in early February 2021 in the International Journal of Pediatric Otorhinolaryngology, Drs. Huoh and Kashmiri studied 31 patients who underwent thyroid surgery at CHOC between 2014 and 2020. The numbers have grown from two to three a year to nearly nine, and are expected to continue to increase, Dr. Huoh says.
Key finding in the research paper: The 31 CHOC thyroid surgery patients, who ranged in age from 8 months to 20 years, experienced a rate of complications comparable to larger-volume pediatric thyroid surgical programs.
“Recent publications have advocated that patients in need of thyroid surgery should be referred to high-volume surgical centers, asserting that high-volume centers experience fewer complications,” the paper states. “In contrast to recent publications, our study demonstrates that low-volume and intermediate-volume thyroid surgery centers can achieve comparable results.”
A key reason why, according to the paper, is having a multidisciplinary team of pediatric otolaryngologists and endocrinologists, such as the team at CHOC.
Kids at greater risk of cancer
The thyroid is a gland that makes and stores hormones that help regulate the heart rate, blood pressure, body temperature, and the rate at which food is converted into energy.
The prevalence of thyroid masses in children is much lower compared with adults. But such masses in children tend to carry a greater risk of harboring malignancy compared with their adult counterparts. And thyroid surgery in the pediatric population is associated with a higher rate of complications than adult thyroid surgery.
Thyroid cancer is on the rise around the world, including in adolescents, Dr. Huoh notes.
“We saw a definite need for this program at CHOC,” he says.
Dr. Huoh works very closely with Dr. Kashmiri, a pediatric endocrinologist, in CHOC’s thyroid cancer program.
“When I first started here in 2015, as director of the thyroid cancer clinic program here at CHOC, our typical workflow was to find ENT surgeons for our patients in the community of Orange County or even Los Angeles,” Dr. Kashmiri says. “However, rather quickly as a pediatric endocrinologist who puts the patient first, I gained accelerated confidence with Dr. Huoh’s expertise, interpersonal skills, and poise to handle our simple-to-complex neck surgeries.
“This has been a game-changing experience for us to have a surgeon who we trust and value to take care of patients with excellent outcomes whom we recommend fully without any hesitation. I would just like to say thanks to Dr. Huoh for bringing his passion and commitment to CHOC and the children we serve.”
Scary experience, good outcome
In November 2019, Molly Pearce noticed a lump on the left side of her throat.
Then 13, Molly ended up at CHOC after a friend of her mother, Jacqueline, recommended going there and after Jacqueline did a lot of research.
“Dr. Huoh’s name kept coming up,” Jacqueline says.
The two met with Dr. Huoh in January 2020.
“From the second we met,” Jacqueline says, “we knew we were going to love him. He’s got a great bedside manner. He’s reassuring. He’s thorough. He answered all our questions. He spent a lot of time with us, which isn’t always the case with busy surgeons. We definitely got the impression that he cared a lot.”
In February 2020, Dr. Huoh removed one half of Molly’s thyroid.
The tumor was encapsulated, but pathology reports after surgery turned up concerning cancerous cells in the mass. Dr. Huoh went ahead with a second surgery, removing the second half of Molly’s thyroid in April 2020.
“It was a very scary time, especially during the pandemic,” Jacqueline recalls, “but CHOC offered us a broad range of resources should we want to reach out and get some support. COVID-19 added an extra layer of fear. I have to say we felt comfortable in terms of the level of cleanliness. Molly had to do COVID tests. I really feel it was a challenging time kicked up to a much more challenging time, and we still felt comfortable and safe and well cared for.”
Jacqueline praises Dr. Huoh’s skill as a surgeon.
“A plastic surgeon could not have done the incision as well as he did,” says Jacqueline, who explained that only a faint pink incision line remains on Molly’s neck.
“You wouldn’t even know she was worse for the wear,” Jacqueline says. “Everything about the care we got at CHOC, from pre-registration to when we got to the hospital, to the post-op follow-ups, was exceptional.”
With regular blood work and ultrasounds, Molly continues to be under the continuous care and careful watch of Dr. Kashmiri.
“He has a great way of communicating and empathizing with his patients in a comfortable setting,” Jacqueline says. “We know we are in good hands. He has truly been a blessing to us on our journey.”
Molly now is 15. She will need to be on a thyroid supplement the rest of her life, but says she feels great.
“I feel good but sometimes feel a phantom thing,” she says. “I feel like my thyroid is still there but it’s not. Overall, I feel amazing.”
Molly, a freshman at Dana Hills High School who loves beach volleyball and yoga and is a member of the National Charity League, says she appreciates the personal touches CHOC provided went she went in for her surgeries.
Ties to nuclear medicine program
Dr. Huoh notes that some patients need radioactive iodine treatment after thyroid cancer surgery. Such treatment requires a nuclear medicine program. It’s fortuitous, he says, that construction is under way on space that will house CHOC’s first nuclear medicine program.
The new space, which totals some 4,000 square feet, is scheduled to open in fall 2021 in the Bill Holmes Tower at CHOC’s main hospital campus.
Its opening will be especially important for patients undergoing thyroid surgery who now must go to other hospitals for radioactive iodine treatment, says Dr. Hollie Lai, a radiologist who will be in charge of CHOC’s nuclear medicine program.
“This will be a huge benefit to patients,” Dr. Lai says. “Many of our thyroid cancer patients now have to go to adult facilities.”
Such treatment involves giving patients medicine, usually orally, that has radiation in it that zaps away remnants of cancerous tissue following surgery. Thyroid surgery patients will be one part of CHOC’s nuclear medicine program, which will provide full-service therapies in addition to research.
She praises Dr. Huoh’s skills.
“He’s a great surgeon who relates very well to his patients,” Dr. Lai says.
Dr. Huoh has big hopes for CHOC’s thyroid surgery program.
“Our goal is to be one of those centers doing 30 or more surgeries a year,” he says. “It’s nice to be able to show great outcomes on our way to becoming one of the high-volume pediatric surgery thyroid programs.”
A team from CHOC has published original research on the prevalence of COVID-19 infection among its Emergency Department workers during the early stages of the pandemic.
A key finding of the study, called PASSOVER (Provider Antibody Serology Study of Virus in the Emergency Room), suggests that most infections were transmitted through community exposure rather than co-workers, although the study stopped short of drawing a definitive conclusion based on the relatively small sample size of workers who agreed to be tested for SARS-CoV-2.
Researchers observed a seroconversion rate of about one new positive case every two days during the period from April 14-May 13, 2020, during which 143 CHOC ED personnel were repeatedly tested for the virus. They included doctors, physician assistants, nurse practitioners, nurses, medical technicians, secretaries, monitor technicians, and additional administrative staff.
“The acquisition of seropositivity in our study group appeared to follow a linear trend, which is not consistent with the exponential rate of growth that would be expected for transmission within a closely interacting group of people,” the study concludes.
The research project, the results of which were electronically published on April 9, 2021 in the Western Journal of Emergency Medicine, was led by Dr. Theodore Heyming, chair of emergency medicine at CHOC, and Dr. Terence Sanger, a physician, engineer, and computational neuroscientist and vice president, chief scientific officer at CHOC, and vice chair of research for pediatrics at the UCI School of Medicine. The other co-authors of the study are John Schomberg, PhD, CHOC’s Department of Nursing; and Aprille Tongol, Kellie Bacon, and Bryan Lara, all of CHOC’s Research Institute.
The study noted that there is limited data that is publicly available on the seroprevalence of SARS-CoV-2 among healthcare workers. Another of the report’s key findings was that rapid antibody testing may be useful for screening for SARS-CoV-2 seropositivity in high-risk populations such as healthcare workers in the ED.
In the CHOC study, blood samples were obtained from asymptomatic ED workers by fingerstick at the start of each shift from April 14-May 13, 2020. Each worker’s blood sample was obtained every four days until the end of the study period. In addition, a nasopharyngeal swab (NPS) was collected from each participant on the date of study entry.
At the time of the study, 35 percent of the participants had known exposure to a COVID-19-positive individuals within the preceding five days.
Depending on the method used for analysis, the seroprevalence of SARS-CoV-2 among CHOC’s pediatric ED workers ranged from 2 percent to 10.5 percent – levels that were slightly higher than those reported for the local general population, the study found.
“This study would benefit from replication at additional sites that draw from larger samples of ED staff,” the report says.
Two of CHOC’s leading pediatric neurosurgeons recently shared their insights on how innovation is helping to close the gap between clinical needs and the availability of pediatric devices, but how there is much more work to be done to get critically ill kids the treatments they need.
The webinar, “From Clinical Insight to Commercialization: Innovations That Can Transform Pediatric Healthcare,” featured Dr. Suresh N. Magge, CHOC CS Neurosurgery Division Chief, and co-director of CHOC’s Neuroscience Institute, and Dr. Michael G. Muhonen, the institute’s previous co-director.
Hosting the “OC LIFe (Lifesciences Innovators Forum)” on April 28, 2021 was Dr. Terence Sanger, a physician, engineer, and computational neuroscientist and vice president, chief scientific officer at CHOC, and vice chair of research for pediatrics at the UCI School of Medicine.
“As innovators, we should never be satisfied,” said Dr. Sanger, who specializes in movement disorders and who helped pioneer deep brain stimulation, which has yielded positive outcomes. “An innovative and collaborative approach is required so that pediatric patients can have access to the fit-for-purpose devices they need.”
Brain tumor treatments
Drs. Magge and Muhonen took turns discussing new neurosurgical technologies and opportunities for interventions.
Dr. Magge focused on new technology that has been used to treat brain tumors, which are a different breed compared to adult brain tumors. More often, Dr. Magge said, pediatric brain tumors are of a lower grade and can be treated.
“Many kids have gone on to live good lives thanks to innovation, research, and applying the technologies we have,” Dr. Magge said.
In one example, he detailed how microsurgical techniques have greatly aided in the removal of a craniopharyngioma, a benign tumor that usually arises in the base of the brain near the pituitary gland that can be dangerous or life threatening if not treated.
“If you can get the tumor out,” Dr. Magge said, “you can cure the patient. But it’s challenging because it’s in a deep part of the brain.”
During the procedure, the neurosurgeon must locate some of the natural divides of the brain and separate them out to get to the tumor. Microsurgery allows the neurosurgeon to work between very narrow areas.
With a technology known as surgical navigation, neurosurgeons can pinpoint exactly where they are in the brain and get to very specific areas. Another technology is a powerful microscope that magnifies small areas of the brain. In addition, ultrasound and MRI within the operating room can tell you in surgery if there is any tumor left.
“This is all thanks to innovation and technology that we are incorporating in surgery,” Dr. Magge said.
Dr. Magge then discussed medulloblastomas, one of the most common types of tumors neurosurgeons see in kids. Such large tumors grow in the lower back part of the brain — the cerebellum, which is involved in muscle coordination, balance, and movement.
Thirty years ago, Dr. Magge said, kids with medulloblastomas received high doses of radiation that left a lot of them with severe cognitive and hormonal deficits.
The treatment for medulloblastomas had evolved so that less radiation is used in the treatment. In addition, in the last decade, researchers have discovered that these tumors differ significantly based on their genetic makeup.
“These tumors have multiple genetic subtypes, and we can target them genetically with different types of treatments,” Dr. Magge explained.
He said innovation also has led to advances in the treatment of diffuse intrinsic pontine gliomas (DIGP), highly aggressive and difficult-to-treat brain tumors that grow in an area of the brainstem that controls many of the body’s most vital functions such as breathing, blood pressure, and heart rate.
The prognosis for DIPGs remains very poor because they are considered non-resectable tumors – ones that cannot be removed with surgery. Life expectancy is eight to 12 months after diagnosis.
“This is one of the toughest diagnoses we have to give to families because of the lack of good treatment options,” Dr. Magge said.
For years, biopsies were ruled out because they could cause significant side effects, and neurosurgeons saw no point in performing them since there were no treatments. Without biopsies, the tumor tissue could not be studied in a lab for potentially effective treatments.
Technology has changed this is the last 10 years, Dr. Magge said, thanks to stereotactically guided needles that allow neurosurgeons to perform DIPG biopsies safely.
“We at CHOC and other pediatric hospitals have shown we can do this safely with minimum morbidity,” said Dr. Magge, who has participated in a large clinical trial regarding DIPG biopsies.
“With this technology, we can get tissue and genetically sequence these tumors and find out if there are certain mutations that are particularly amenable to certain treatments,” Dr. Magge said of this precision-medicine approach.
“These are small steps along the path,” he added. “We have by no means found all the answers. We have so much farther to go, but I think we’re on the right track.”
Closing the gap
Dr. Muhonen recalled one of the first patients he saw when he came to Orange County in 1995: a young girl with severe spasms in her legs. She couldn’t walk without assistance.
“We had to do something innovative,” Dr. Muhonen said.
He had injected baclofen, a muscle relaxer and antispasmodic agent, into the spinal column of an adult the year before, but never in a child. After receiving approval to do so, he implanted a device that allowed long-term injection of baclofen in the girl’s spinal cord. Six months later, she was able to walk and even run on her own.
In another example of innovation, Dr. Muhonen worked for five years on helping to develop a wireless sensor to measure pressure in the brain. The FDA approved the device for adults, but has yet to for children.
Most companies get medical devices approved for adults because it’s easier, because there’s a larger patient population, and there’s more money to be made.
“The bulk of challenges associated with developing and accelerating pediatric medical devices is market-driven,” Dr. Muhonen said. “We want children to get the best possible care available, but the relative market size is small compared to adults, which is one reason some device makers avoid it.”
Innovation in this area has been a long time coming, he said, since the invention in the early 1950s of a shunt that drained fluid from the brain into the abdominal cavity. Many problems can occur with the shunt, such as spontaneously twisting up into a knot due to a child’s movement or calcifying and breaking apart after being in the body for a long time. Kids who received a shunt typically face more than 10 surgeries, Dr. Muhonen said.
“The holy grail for pediatric neurosurgeons is, can we create a ‘smart shunt?’” Dr. Muhonen said.
An ideal shunt, he said, could be programmed to drain a specific amount of water and measure pressure.
Dr. Muhonen said a derivative from cone snails is inspiring research into a new generation of painkillers for adults, but has yet to be approved for testing on kids.
Impediments to innovation
Dr. Sanger asked Drs. Magge and Muhonen about impediments to pediatric innovation. Ethically, he posited, shouldn’t new devices and other innovations be tested in adults first?
“I don’t think there are any easy answers to this,” Dr. Magge said. “It’s difficult. You don’t just do a biopsy on a tumor that might help kids in the future. If you perform surgery on a child, there has to be some potential benefit to that child.”
Dr. Muhonen said children are the most vulnerable of society and thus are the worthiest of innovations in healthcare.
Dr. Magge said he and others at CHOC have been looking at ways to inject dyes to paint brain tumors to more easily distinguish them from healthy brain tissue.
“Sometimes the tumor is obvious, sometimes it’s more challenging,” he said. While dye injections have been used in adults, it is less commonly used in children.
Dr. Sanger mentioned “big effect sizes” resulting from innovation in pediatric medicine.
“We’re used to the idea of statistical research involving a lot of patients,” he said. “But this is a different type of research. You take someone who has never walked before and now they’re running. You take someone who is going to die of a brain tumor and now they’re not. These are very big effect sizes.”
“There are good reasons for the regulations we have,” Dr. Magge said. “That being said, that doesn’t mean we can’t innovate. And there are mechanisms for us to do that, and to do it safely.
“Our first motto is, ‘Do no harm,’” Dr. Magge continued. “I always tell residents to do the right thing and treat each patient as if they were your own child. Doing the right thing means asking the right questions. ‘How can we do this better?’ You can always learn from everything you do. At the end of every procedure, you critique it. You’re constantly learning. That’s what I always encourage.”
Dr. Sanger closed the session by noting that clinical evidence should ideally be reflective of the spectrum of pediatric patients and the developmental differences that can impact the use and effectiveness of medical devices.
“This is a collaborative effort,” he added. “CHOC is working closely with the FDA’s new System of Hospitals for Innovation in Pediatrics – Medical Devices (SHIP-MD) Program, our academic partners, industry, entrepreneurs and the investor community to close the gaps. Also, we are now practicing medicine in a world immersed with data. Advances in computing and health information technology have given rise to new sources and types of biomedical data. Clinicians know real-world data will continue to emerge as a source of clinical evidence.”
The Presenting Sponsor of the webinar, “From Clinical Insight to Commercialization: Innovations That Can Transform Pediatric Healthcare,” was Biocom California, which connects life science organizations to each other so they can collaborate and work smarter together. The CHOC Research Instituteco-sponsored the hour-plus session.
The webinar was presented in partnership with SBDC @ UCI Beall Applied Innovation,a resource for any high-technology, high-growth, scalable venture from the community or the UCI ecosystem that needs help with business planning, business development and funding-readiness.
A couple of years ago, Adam Gold, CHOC’s chief technology officer, started thinking about what kind of app could help parents of kids with autism – or kids with other cognitive challenges, for that matter.
Gold has a nephew who has autism spectrum disorder (ASD), and his wife, Lisa, is a special education teacher.
Now, Gold’s creation, an app he calls uTine (a play off the word “routine”), is on the verge of being tested on patients at the Thompson Autism Center(TAC), with a pilot version set to be ready by July 2021.
“The idea was to develop an app for children with autism and other cognitive challenges that they could use to help them get into routines or complete daily tasks,” says Gold, who will detail the app at CHOC Innovation Day on June 25.
Casey Clay, PhD, director of the Behavior Program at the TAC, will pilot the app with patients and their parents.
“Kids on the autism disorder spectrum like predictability of events, and this app will provide them with visual reminders of their next activity or task,” Clay says.
“What’s interesting about this app,” he adds, “is there’s a rich literature base in the field of behavior analysis and a lot of research on the effects of picture activity schedules, or visual activity schedules to help kids follow a schedule or get through an activity.”
CHOC Innovation Day — “A celebration of innovation at CHOC — will be held Friday, June 25, from 1-3 p.m. The online session, held in honor of the late Dr. Nick Anas for his contributions to innovation and medical intelligence, is open to all CHOC physicians and associates.
Gold worked with the Innovation Lab, a for-profit organization owned by non-profit healthcare systems, in developing uTine.
“I’m excited about it for a couple of reasons,” says Suzy Engwall, national director at The Innovation Lab. “First, the incidence of autism continues to grow. Kids with autism grow up to be adults with autism, and many who are on the spectrum never learn some of the basic life skills they need to have in order to take care of themselves every day.
“Second, as those with ASD get older, they ‘age out’ of many services, and if they don’t have family members who can take care of them, they will often end up in institutions or other places that they really shouldn’t be in, instead of living on their own because they haven’t learned all of the necessary life skills to do so.
“It’s really important to start as young as we can to teach these life skills in a fun and memorable way. We’ve really got to help those of the autism spectrum become as self-sufficient as possible.”
Suzy is working on the uTine app along with Innovation Lab colleagues Matt Keller, client engagement executive; Ganesh Laxminarayan, executive director, Health IT; Hesham (Sam) Mahdawi, technical project manager; and Durai Ashok, senior solutions architect.
How the app works
The app, which helps kids complete routine tasks such as brushing their teeth, putting on their shoes, and eating lunch, is easy to use with a simple design starring several cartoon animals, including a dog, a cat and a porcupine.
A parent signs up and creates a profile for his or her child, including name, age and personal preferences.
The parent can then start creating “uTines” with step-by-step instructions on how to complete a task.
Using their own phone or their parent’s phone, the child captures each attempted or completed task by snapping a picture. The parent receives a notification and reviews the picture. The parent then can reward the child for completing a task – such as 15 minutes of TV time, 10 minutes on YouTube, one hour of playing with the dog – whatever the child likes to do.
When they reward their child, a parent can click on a pre-written message to send, such as, “You’re on fire today!”
Gold says he’s working on creating a public library parents can use for very simple uTines so they don’t have to create them themselves.
A key feature of the app is that parents can invite members of the child’s care team into the experience – a doctor, a nurse, a teacher, a psychologist. They, in turn, can gain insights into how the child is doing and chat back on forth securely with the parent.
Gold says he hopes the app gains traction for children with any condition or kids in general who have a hard time establishing routines.
“This app builds on a rich body of evidence-based research, so it’s very likely to succeed,” adds Clay. “This is all about pushing evidence-based research further so we at CHOC can help parents who have kids with autism and other conditions.”
As the grip of the COVID-19 pandemic continues to weaken, Dr. Jasjit Singh, CHOC’s medical epidemiologist and medical director of infection prevention and control, recalls a ghost of outbreaks past.
Nearly five years ago, a mysterious outbreak of oral infections that eventually was traced to a clinic in Anaheim alarmed parents and dominated the local news.
The health crisis spurred Dr. Singh and a multidisciplinary team at CHOC, working with several community partners, to search for answers – and to provide optimal care for the patients, whose median age was 6.
Over 100 children were admitted to CHOC for evaluation, of whom 70 were confirmed cases, hospitalized for an average of more than a week.
Some suffered permanent tooth loss – as many as six teeth.
The culprit: a Mycobacterial abscessus infection that was detected after each child underwent a pulpotomy procedure, or “baby root canal,” to remove or treat an infected tooth at the Anaheim clinic between Jan. 1 and Sept. 6, 2016.
The outbreak turned out to be the largest ever of invasive Mycobacterial abscessus infections associated with a dental practice. The commonly occurring M. abscessus bacteria is found in water, dust, and soil, but it’s an uncommon cause of healthcare-associated infection.
Between July and September 2016, three patients were admitted to CHOC with atypical infections. All had some combination of facial cellulitis, dental abscess, and/or cervical adenitis that had been present for weeks.
“We had our first child present with what appeared to be a really unusual infection,” Dr. Singh recalls. “Our first thought was, ‘What’s wrong with this child’s immune system?’
“When the second child came in, one of my very astute colleagues, Dr. Negar Ashouri, ascertained that the child had been treated at the same dental clinic. She alerted the OC Health Care Agency immediately, who soon found unexplained symptoms brewing in other kids.”
A mobilized effort
The California Department of Public Health, the Centers for Disease Control and Prevention, and the Dental Board of California worked with the OC Health Care Agency (OCHCA) to investigate the infections.
The team at CHOC helped OCHCA with the epidemiologic and diagnostic probe. Of 1,081 at-risk patients, 71 case patients (22 confirmed; 49 probable) were identified.
Here at CHOC, 27 of the most severely affected children were treated with a complex regimen of antibiotics, including clofazimine, marking the largest number of children to ever receive that medication outside of treatment for leprosy.
Details of the work of Dr. Singh and many others recently was published by Oxford University Press on behalf of the Infectious Disease Society of America.
The infections were caused by untreated municipal water the Anaheim clinic was using for drilling and irrigation during pulpotomy procedures. Because pulpotomies are not considered surgical procedure, sterile water is not required.
A change in state water standards
The work of Dr. Singh and an army of others led to a change in water standards for pediatric dental procedures in California.
In September 2018, the governor signed into law a bill that specified as unprofessional conduct the use of water that is not sterile or that does not contain recognized disinfecting or antibacterial properties when performing dental procedures on exposed dental pulp.
Dr. Singh is hopeful that the publication of the paper, whose listed authors include 11 CHOC physicians and three officials with the OC Health Care Agency, will lead to similar laws being enacted in other states.
As the paper puts it, “The authors believe the measure adopted in California for the use of sterile water for all pulpotomies is an appropriate standard which we would like to see embraced by the American Dental Association and state dental boards around the country.”
Dr. Singh credits the multi-disciplinary team for caring for the patients. The team included specialists in infectious disease, oral surgeons, ENT doctors, radiologists, dentists, pharmacists, and staff members of Providence Speech and Hearing, among others.
“These were normal, healthy children that were affected,” Dr. Singh says. “The multi-disciplinary coordination was a huge part of the success of this story. Still, many of the patients who lost permanent teeth will need dental rehabilitation in the future. It was a very difficult period for these families.
“We talked to national experts and really delved through whatever literature was out there,” Dr. Singh adds. “We all came together to get the kids and families through this with the least morbidity and the best long-term outcome possible.”
Due to the complexity of secondary dystonia and the brain’s potentially unpredictable response, deep brain stimulation (DBS) has seldom been used in the treatment of this disorder. However, a CHOC neuroscientist has developed a breakthrough method of DBS to treat secondary dystonia in pediatric patients.
Dr. Terence Sanger, pediatric neurologist and chief scientific officer at CHOC, has pioneered a new surgical approach in DBS for pediatric secondary dystonia. Patients undergo three procedures rather than two, nullifying the need for patients to be awake during DBS surgery. Not only does this save children from the potentially traumatic experience of being awoken during brain surgery, it leads to significantly better outcomes in secondary dystonia treatment, with a current success rate between 85% and 90%.
Unlike patients receiving DBS for other disorders, where results can be observed during surgery, a child with secondary dystonia may have concerns with movements or actions that can’t be addressed on the operating table. For example, a child with secondary dystonia may have difficulty walking, but the physician cannot test DBS’ effectiveness by waking the child and asking him or her to walk.
To overcome this obstacle, Dr. Sanger and his team first insert test electrodes into the patient’s brain. The initial procedure is followed by a week of surveillance and testing. After selecting which electrodes are most effective at treating the patient’s symptoms, the team places permanent electrodes followed by a third procedure to implant the stimulator. The week between the placement of test electrodes and the placement of permanent electrodes allows Dr. Sanger and his team to observe which electrodes are effective.
“The biggest benefit of the three-procedure method is we know where the wires need to be in the patient’s brain for the most effective treatment,” Dr. Sanger says. “By the time we get to the third surgery, we know exactly what’s going to happen. As an engineer, I’m a big believer in measuring twice and cutting once, and effectively, that’s what these three procedures allow us to do. Every child’s brain is different, so we have to learn about how each brain operates before we can perform a successful surgery.”
In addition to his revolutionary procedure for secondary dystonia, Dr. Sanger believes in the future of neuroscience at CHOC.
“At CHOC, our tagline for research is ‘Go beyond,’ and I’ve never seen that belief more exemplified than in the work I’ve seen at our Neuroscience Institute,” Dr. Sanger says. “We are not going to improve pediatric neurology care by doing what other hospitals do, but better. We are going to improve by doing something different, like we’ve done with DBS for secondary dystonia. It’s very exciting, and I believe we have the opportunity to make a huge difference.”
Our Care and Commitment to Children Has Been Recognized
CHOC Children’s Hospital was named one of the nation’s best children’s hospitals by U.S. News & World Report in its 2020-21 Best Children’s Hospitals rankings and ranked in the neurology/neurosurgery specialty.
If a Major League Baseball player were to step up to the plate 150 times and get a hit 76 times, his batting average would be an unthinkably torrid .507.
When it comes to identifying genetic causes for some of the rarest and serious diseases in children, CHOC has put up numbers that even Mike Trout couldn’t dream of achieving.
Since July 2017, CHOC has ordered the comprehensive and cutting-edge test of rapid whole genome sequencing (rWGS) on 150 patients, with 76 of them getting a precise diagnosis that, in many cases, has resulted in life-changing care.
“We took what could have been a diagnostic odyssey for these patients and families and cut it down from weeks, months, and sometimes years to, in some cases, only three days,” says CHOC pediatric intensive care unit medical director Dr. Jason Knight, part of an informal leadership team that oversees treatment of critically ill kids with rare diseases in the NICU, PICU and CVICU. Other ICU physician team leaders include Dr. Adam Schwarz, Dr. Juliette Hunt and Dr. John Cleary.
CHOC’s rWGS research program was championed by the late Dr. Nick Anas, CHOC’s former pediatrician-in-chief who was director of pediatric intensive care and a beloved figure at the hospital. Dr. Anas, who started at CHOC in 1984, died on April 3, 2018.
Dr. Anas’ vision for the rWGS research program continues to be realized with successful patient outcomes, from the 2019 diagnosis of an infant girl with the extremely rare cardiac condition Timothy Syndrome to, more recently, a baby boy – Oliver Marley – with a genetic disorder that has been detected in only 10 children worldwide.
“The CHOC team believed in Oliver – they loved him and took care of him and saw worth in him,” says Caroline Marley of her son, who turns 10 months old this May and was cared for by CHOC clinical teams during two stays, once in the NICU and the second time in the PICU.
“They told me, ‘We want you to take your baby home,’” Caroline says.
Testing began in 2017
Each of us has some 22,000 genes in our bodies that dictate things ranging from the color of our hair to whether we are tall or short. Genes also produce the proteins that run everything in our bodies. Although individually rare, there are more than 6,200 single-gene diseases. RWGS is the technology that, with just a teaspoon of our blood, allows us to look at all the genes in our cells.
“To have (the RCIGM) close by and to be a close partner with them has been great,” Dr. Knight says. “We are way ahead of many other pediatric hospitals in this area. It’s a great success story, and something I’m really glad to be a part of.”
A total of 45 CHOC patients got tested through Project Baby Bear, a $2-million state program for critically ill infants age 1 or younger who were enrolled in Medi-Cal. Of those 45 patients, 55.6 percent – 25 children – were able to have their rare diseases properly diagnosed, says Dr. Neda Zadeh, a CHOC medical geneticist who was involved with setting up CHOC’s rWGS program with Dr. Anas and who has seen most of the 150 kids tested thus far.
CHOC actually began ordering rWGS testing on patients the year before in a partnership with RCIGM and Illumina, a leading developer and manufacturer of life science tools and integrated systems for large-scale analysis of genetic variation and function. In that 2017 program, 82 CHOC patients were tested with a 47.6 percent positive diagnosis rate, says Ofelia Vargas-Shiraishi, a senior clinical research coordinator in critical care/neonatology research at CHOC.
CHOC has paid for an additional 23 children to undergo rWGS testing outside of the now-completed Ilumina and Project Baby Bear programs, and continues to have funding on a case-by-case basis, says Dr. Schwarz.
“In the long run,” Dr. Schwarz says, “we’re saving money by avoiding expensive workups.”
Adds Dr. Knight: “For a lot of these families, having an answer – even one they might not want to hear – is extremely important.”
For parents like Caroline Marley, the results have been priceless.
‘Wouldn’t place money on your son’
Oliver was born at 33 weeks after a complicated pregnancy for Caroline, who had a partial placental abruption when she was 14 weeks pregnant. Caroline and her husband, Ted, have another son, Charlie, 4, who is healthy.
Born weighing 5 pounds and 4 ounces, Oliver had bruises over much of his body and had to be intubated a day after birth when he went into respiratory failure. Doctors detected a small brain bleed and noticed that, at 6 days old, both of his middle fingers were contracted.
“I’ve never seen this before,” a neurologist at another hospital where Oliver was being treated told the Marleys.
Oliver also had difficulty swallowing. He could move his arms and legs a bit, but he couldn’t open his eyes.
Doctors suspected he might have muscular dystrophy.
After other complications, doctors told the Marleys that Oliver’s outlook looked grim and that he may have to be sent to an acute-care facility.
“We can’t help him,” one doctor told Caroline. “I don’t believe he will ever come home. If I were going to Vegas, I wouldn’t place money on your son.”
It got to the point where the Marleys felt Oliver wasn’t getting the best care, so they decided to transfer him to CHOC. A nurse at another hospital whom the Marleys knew recommended CHOC.
“We will absolutely take him,” a CHOC nurse told the Marleys.
Oliver transferred to CHOC on Aug. 11, 2020.
At 8 weeks old, Oliver underwent a tracheotomy and was attached to a ventilator.
“He literally started thriving,” Caroline recalls. “He started growing because he was not working so hard to breathe. You could just see he was doing better.”
Still without a diagnosis, Oliver went home on Oct. 19, 2020 with a tracheostomy tube and a ventilator.
He returned to CHOC after he contracted a viral infection.
Not convinced Oliver had muscular dystrophy, Dr. Schwarz suggested him as a candidate for rWGS.
Three days later, in mid-November 2020, the Marleys received an answer: Oliver had two extremely rare genetic changes in his AHCY gene that potentially resulted in S-AdenosylHomocysteine Hydrolase (SAHH) deficiency.
It is an extremely rare condition with less than 30 patients reported in the world and CHOC’s Dr. Richard Chang, a metabolic disorders specialist and biochemical geneticist, was consulted to confirm the diagnosis. The disease, which affects brain, muscle and liver development, is associated with high blood levels of methionine and extremely high levels of toxic S-AdenosylHomocysteine (SAH) that interferes with vital cellular growth.
Oliver was put on a delicate protein-restricted diet to limit the production of SAH without causing protein malnutrition, and his condition immediately improved. Other medications were added subsequently to provide nutrients that deficient due to the toxicity of SAH. He has a condition that is identical to a girl in Pennsylvania who was diagnosed at age 3 and later underwent a liver transplant. That girl is now 9.
Oliver is scheduled to receive a liver transplant soon, Caroline says.
Expanding access to rWGS testing
A lawmaker in San Diego, in partnership with Rady Children’s Hospital and Health Center, is pushing for a new law that would expand access to rWGS testing by qualifying it as a Medi-Cal covered benefit for babies hospitalized in intensive care.
Assembly Bill 114, The Rare Disease Sequencing for Critically Ill Infants Act, not only would expand availability of such testing to more families, but also would reduce state spending by eliminating many unneeded procedures, treatments and longer hospital stays, State Assemblyman Brian Maienschein wrote in a recent op-ed piece.
“For critically ill infants hospitalized with unexplained rare diseases,” Maienschein wrote, “the opportunity to benefit from a medical miracle has arrived.”
Caroline Marley sees that miracle daily with Oliver, who now is up to 20 pounds and moving around more.
“We at CHOC are slowly building a case for early introduction of rWGS into the clinical management of these difficult cases in high-acuity settings to improve lifelong clinical outcomes and quality of life,” says Brent Dethlefs, executive director of the CHOC Research Institute.
“There’s growing evidence that early introduction of this technology results in overall cost savings,” Brent adds. “It’s important to get more insurance carriers to cover the cost of this testing over time, which will make rapid whole genome sequencing more available to vulnerable and underserved populations. CHOC always has been an advocate for social justice in health care, which includes greater access to genomic testing.”
Caroline Marley praises the entire collaborative team at CHOC and the entire CHOC Specialists Metabolic Disorders division, including Dr. Chang, who is in charge of maintaining Oliver’s health until transplant; Erum Naeem, clinical research coordinator, NICU; and Cathy Flores, clinical research nurse coordinator, critical care.
“It was a team effort involving the critical care, neonatology, metabolic and genetics teams, just to name a few, and a very strong partnership with RCIGM,” says Ofelia Vargas-Shiraishi, a clinical research coordinator at CHOC.
“We had everyone by our side every step of the way,” Caroline adds. “Child life was amazing, and so is the spiritual care team. If you’re willing to learn, they’re willing to teach you.”
Dr. Zadeh says the success of CHOC’s rWGS program – with its whopping .507 batting average – is a result of “a very unique blend of the right people coming together at the right time and the right institution with the right set-up.”
She adds, “I don’t think it would have worked necessarily at every hospital. I think CHOC is unique. We have the right group of kids we are testing. And we have the right group of specialists involved.
“We love our families. We get to have really great relationships with them. This program just shows that CHOC is all about the whole care of the child and the family.”
Debunking a fear that was widespread at the beginning of the COVID-19 pandemic, a novel CHOC- and UC Irvine-led study of SARS-CoV-2 infection rates among the K-12 population concludes thatwithin-school transmission of the virus is limited.
The “Healthy School Restart Study,” one of the first to provide essential research on COVID-19 transmission in children and adolescents as schools started reopening last fall, also concludes that although the compliance rate to such mitigation guidelines as wearing face coverings and practicing social distancing at the four Orange County schools directly observed by investigators varied, it averaged about 90 percent.
The seminal research paper is under review and is expected to be published soon, says Dr. Dan Cooper, who treats kids with lung conditions at CHOC and who serves as director of UC Irvine’s Institute for Clinical & Translational Science. Dr. Cooper is a multiple principal investigator of the study along with Dr. Erlinda Ulloa, a CHOC infectious disease specialist and an assistant professor in the Department of Pediatrics at the UCI School of Medicine.
“The number one fear was that, just like influenza, children would be a reservoir for COVID-19 and would spread it to each other at schools and then spread it to adults,” Dr. Cooper says. “The data is showing us, fortunately, that that’s not the case. While such spread can occur, it is limited and when schools follow standard mitigation procedures, spread is minimal.”
The study, a joint effort of CHOC, UCI Health and the Orange County Health Care Agency, found that infection rates at schools reflected those of the community, and that neither remote learning nor highly mitigated onsite school attendance could eliminate SARS-CoV-2 infection.
“It would be disingenuous to say it’s 100-percent safe to return to schools – we’re still in a pandemic,” Dr. Cooper says. “It would be wrong to say there’s absolutely no risk in sending your child back to school, but it would also be wrong to say there’s no risk in not sending your child back to school.”
A total of320 students ages 7 to 17, as well as 99 school staff members, participated in the research project by agreeing to nasal swab and blood testing. Two of the schools in the study serve low-income Hispanic learners. One school serves a high proportion of kids with special needs, and the fourth school serves predominately white kids from upper- and middle-class families. The first three schools mainly provided remote instruction, while the fourth school predominantly provided onsite instruction.
“The four participating schools reflected the enormous diversity of income, community COVID-19 case rates, school type (private, charter, public), and learning status (remote vs. onsite) that face learners, school staff, and policy makers across the United States,” the paper states.
The study was done in two phases – in early fall, when there were lower levels of COVID-19 cases, and a second time during the late fall-winter surge, when there was a tenfold increase in COVID-19 cases. Trained observers studied kids four times a day – during classroom learning, at active recess, during PE, and during communal lunch.
During the first testing phase, no kids tested positive for COVID-19. During the second phase, 17 kids tested positive for the virus, along with six staff members.
School A, which primarily serves lower-income Hispanic students and had 97 percent of its students engaged in remote learning, had the highest infection rate, at 12.9 percent. School D, which serves upper- and middle-class students who primarily attended class in person, had the lowest infection rate, at 1.2 percent.
In the aggregate, there was no statistically significant difference in SARS-CoV-2 positive rates among remote or onsite learners, the study found.
In addition, the study found there was a significant relationship between SARS-CoV-2 positivity and presence of symptoms – data that supports the use of limited symptom screening as a mechanism to enhance healthy school reopening.
Investigators also tested for 21 other circulating respiratory pathogens and turned up no signs of the influenza virus – just the common-cold rhinovirus, which stays functional on surfaces such as desktops for much longer intervals than the coronavirus or influenza virus.
“The mitigation procedures and cleanliness procedures that had been put in place got rid of the flu,” Dr. Cooper notes.
He adds: “This study should make parents feel better and prompt them to ask the right questions to their school. Parents should ask, ‘What are your mitigation plans? How are you making sure people are paying attention to your plan? What happens to a child who reports symptoms during the day? Do you have a plan?’ That’s what I would want to know as a parent.”
Mitigation procedures should remain
With widespread implementation of pediatric COVID-19 vaccination still many months away, it’s likely that adherence to COVID-19 mitigation procedures, including physical distancing and face covering, will need to continue for the near future, the study concluded.
Dr. Cooper notes that some students, mostly from lower-income families, are going on a year without in-classroom learning – an unfortunate situation that comes with many disadvantages, such as more sedentary time at home on the computer and increased obesity and depression.
“We have to weigh the damage to kids of keeping schools closed,” he says. “Who is being impacted most? It’s the low-income kids.”
In addition to Dr. Cooper and Dr. Ulloa, other CHOC and UCI personnel who participated in the “Healthy School Restart Study” included Jessica Ardo, Kirsten Casper, Andria Meyer, and Diana Stephens, clinical research coordinators; Dr. Charles Golden, vice president and executive medical director of the CHOC Primary Care Network; and Dr. Michael Weiss, vice president of population health at CHOC.
The authors of the research paper also acknowledged the “outstanding management” of the complex study by Phuong Dao, director of research operations; Brent Dethlefs, executive director of research; and other staff members of the CHOC Research Institute.
In another research paper, published in late February 2021 in the journal Pediatric Research, Dr. Cooper and Dr. Ulloa addressed the biologic, ethical, research and implementation challenges of SARS-CoV-2 vaccine testing and trials in the pediatric population.
Among others, the paper was co-authored by Dr. Coleen Cunningham, CHOC’s new senior vice president and pediatrician-in-chief, as well as chair of the UCI Department of Pediatrics, and Dr. Jasjit Singh, a CHOC infectious disease specialist.
Children under the age of 12, this paper notes, have yet to be enrolled in COVID-19 vaccine trials.
The paper states that enrolling children in medical research involves a balance between access to experimental but potentially life-saving therapeutics and protection from unsafe or ineffective therapeutics.
The paper notes that in the early stages of the pandemic, a national working group convened and published a commentary outlining the challenges ahead that would inevitably need to be addressed as schools reopened. That commentary, the paper says, included a message that resonates with the immediate challenge of pediatric SARS-CoV-2 vaccine testing and clinical trials:
“This could be accomplished by building public health-focused collaboratives capable of continuous learning and rapid cycles of implementation, as COVID-19 information evolves at breakneck speed. Otherwise, we risk further compounding the incalculable damage already incurred by COVID-19 among children across our country and the world.”