Noah Dunks on Osteochondritis Dissecans of the Knee

Noah Dunks on Osteochondritis Dissecans of the Knee

Cover story previously published in Rite Up, 2025 – Issue 3.

by Kristi Shewmaker

It happened after school. At an innocent game of touch football, Noah was tackled from behind. He never saw it coming. At just 11 years old, Noah’s knee pain began.

A bone bruise in his right knee was the first diagnosis he received. Noah’s physical therapist questioned the diagnosis because he was not progressing, and he lost muscle. His pain eventually waned, but as he grew over the years, the pain increased. One day at baseball practice while going after a ball, he winced in pain.

“We got into the car, and he just bawled and bawled,” says Philip, Noah’s father. “Just the look on his face — I could see his despair, his helplessness to the pain.” At the time, Noah and his family lived in the Houston area. His parents took him to one doctor after another. Finally, a doctor diagnosed him with osteochondritis dissecans (OCD), a joint condition in which bone underneath the cartilage softens due to an interruption in the blood supply.

A rare condition that affects less than one percent of the population, OCD occurs most often in children and adolescents, particularly when a child is growing. It affects boys more commonly than girls, and it can occur in joints such as the ankle and elbow but is most often found in the knee. The cause of OCD is unknown, but it can be associated with injuries, as well as longterm repetitive impact to the joint. Many physicians never see a child with OCD, and some treat only a few cases per year.

After receiving this diagnosis at age 14, Noah was scared. He had played multiple sports since he was 4. “The older I got, the worse the pain got, and I couldn’t tolerate it anymore,” he says. “I thought, ‘I’m going to be 18 and not be able to play sports.’”

Noah’s family was told his treatment would most likely require many surgeries and would cost a minimum of $100,000. “We thought we were going to have to refinance our house,” says Brooke, Noah’s mother. Researching OCD online, she stayed up late into the middle of many nights reading medical articles and creating a short list of physicians who specialize in treating the condition. Noah’s family seriously considered moving to Germany for the summer so he could get treatment for a third of the price from a specialist there.

Fortunately, they did not have to move overseas because they found an expert in Texas. Brooke discovered Henry B. Ellis, M.D., pediatric orthopedic surgeon and medical director of clinical research at Scottish Rite for Children Orthopedic and Sports Medicine Center in Frisco.

She found Dr. Ellis by reading articles that he published through his collaborative research with the international Research in OsteoChondritis of the Knee (ROCK) study group. “I also found some social media parent groups who said, ‘If your doctor’s not a ROCK doctor, find a ROCK doctor,’” Brooke says. “They provide the gold standard of treatment.”

She found Dr. Ellis by reading articles that he published through his collaborative research with the international Research in OsteoChondritis of the Knee (ROCK) study group. “I also found some social media parent groups who said, ‘If your doctor’s not a ROCK doctor, find a ROCK doctor,’” Brooke says. “They provide the gold standard of treatment.”

Currently, Dr. Ellis is chair of the ROCK research committee and will be president of the group next year. ROCK has enrolled approximately 2,500 OCD cases in its database, and Scottish Rite for Children is one of the highest contributing institutions. “At Scottish Rite, we take care of well over 100
kids a year with OCD,” Dr. Ellis says, “and that’s not just surgical treatment.” OCD can also be treated nonoperatively if it is caught early enough during the progression of the condition.

Two weeks later, Noah and his family drove from Houston to Scottish Rite’s Frisco campus for the first time to meet Dr. Ellis. He recommended that Noah undergo surgery and scheduled it for later that month. “I felt at ease because I straight ahead asked him, ‘How many of these surgeries have you done?’” Philip says. “And he was like, ‘I just operated on a similar young athlete with a similar OCD this morning.’”

Though OCD surgery is a routine procedure for Dr. Ellis, Brooke emphasizes he also customized a treatment plan to meet Noah’s specific needs. “Dr. Ellis’ goals for Noah aligned with Noah’s goals,” she says. “He was going to do everything he could to get Noah back to where he wanted to be, and we had faith in him.”
In the car on the way home, Philip asked Noah what he thought, and Noah said that Dr. Ellis actually seemed to care about his knee. The icing on the cake was when the family learned they were accepted for Crayon Care, Scottish Rite’s charity care and financial assistance program. “All these things we thought were going to be such a burden for our family — Scottish Rite took care of it all,” Brooke says.

A few weeks later, Noah underwent surgery. “When we first looked at Noah’s knee, we were concerned that it would not heal without surgery because the lesion looked unstable,” Dr. Ellis says. An OCD lesion is the portion of bone underneath the cartilage that is damaged due to a lack of blood supply. If an OCD lesion is caught early, the body can typically heal the bone itself with three to 12 months of decreased activity and rest. However, an OCD lesion becomes unstable when the body starts rejecting the damaged bone. “Noah’s body was turning the bone into fibrous tissue, which is very much like dead bone,” Dr. Ellis says. “We recognized that his body would likely continue to deteriorate and not heal.”

In surgery, Dr. Ellis removed the cartilage in Noah’s knee to clean out the unhealthy bone underneath it. Then, he replaced the dead bone with healthy bone that he took from Noah’s pelvis. Using a suture bridge technique, Dr. Ellis put the cartilage back on the bone. For four months, Noah recovered and healed before Dr. Ellis went back in to remove the sutures.

Noah came out of his second surgery in a long leg brace locked in extension. He began physical therapy near his home in the Houston area and would gradually return to activities over many months. After one year, Dr. Ellis released Noah, allowing him to return to full activities without restrictions. At his two-year post-op appointment, Noah’s X-rays demonstrated there was no OCD in his knee.

“Noah progressed as we expected,” Dr. Ellis says. “Some kids receive a diagnosis, and they’re crushed. Noah is a resilient fighter type, both mentally and physically, where he was like, ‘Let’s get this fixed so I can move on.’”

Today, Noah plays football, baseball and basketball, but he is leaning toward a future in basketball, hoping to get a college scholarship and maybe even go pro. As a junior on his high school varsity basketball team, he moves between power forward and center. He also has a pretty mean shooting game. Noah told his clinical team that when his treatment was over, he was going to “dunk on it.” In May after his two-year post-op appointment, that is exactly what he did. “When I got up there and punched it through, I was like, ‘I did it!’” Noah says.

Thinking back on Noah’s time at Scottish Rite, Brooke says, “It’s just a blessing to be where we are.” Philip agrees. “I’m not going to lie,” he says. “I was worried sick about a surgeon chopping on Noah’s knee, but Scottish Rite has definitely been a godsend. They have covered us in every aspect, enabled us to take care of our child and not leave us in a spot where we have to sell everything.”

Noah says that his experience at Scottish Rite gave him hope. “Some people have not been as fortunate as me to find a surgeon who can do what needs to be done well,” he says. “Scottish Rite helped me to value the time that I have, that I’m getting a chance to play sports again, and that I need to do it the best that I can.”

CBS Texas: How the Culture of Youth Sports Is Changing and Becoming More Accepting

CBS Texas: How the Culture of Youth Sports Is Changing and Becoming More Accepting

A recent CBS Texas report explored how the culture of youth sports is shifting to prioritize fun, balance and emotional well-being over pressure and competition.

Director of Medical Sports Medicine, Shane M. Miller, MD, FAAP, emphasized the importance of keeping sports enjoyable for young athletes to prevent burnout and overuse injuries — issues he sees frequently in his clinic. His advice highlights how balancing play and rest helps kids stay healthy, avoid burnout and keep their passion for sports strong.

Watch the full story on CBS Texas.

Frisco Style: When the Game Gets Too Big

Frisco Style: When the Game Gets Too Big

By Monica Wallis

In cities like Frisco, where the population has surged by over 77% in the last decade and sports are stitched into the community’s identity, the growth of youth athletics is impossible to ignore. Across North Texas, and especially here in Sports City USA – home to major professional teams, the PGA headquarters, and some of the nation’s most competitive youth clubs – sports aren’t just something kids do after school. They’re a culture. A lifestyle. An industry.

And an enormous one at that. The youth sports industry in the U.S. now generates over $20 billion annually. In 2023, more than 70 million children participated in youth athletics, a staggering number. But for many experts, the boom comes with a question: At what cost?

Meet Dr. Philip Wilson, Assistant Chief of Staff, Director of the Center for Excellence in Sports Medicine, Pediatric Orthopedic Surgeon, and Associate Program Director for the Orthopedic Sports Fellowship at Scottish Rite for Children. A professor at UT Southwestern Medical Center and Medical Director of the North Campus, he sees patients at the Frisco campus – and is an avid sports fan. He’s a passionate advocate for the value of youth sports, celebrating their physical, social, and character-building benefits while acknowledging the physical and mental risks that can come with them. And according to Dr. Wilson, the question of cost is more than rhetorical.

Read the full article.

Scottish Rite for Children Announces World Champion Gymnast Skye Blakely as Its Health Care Ambassador

Scottish Rite for Children Announces World Champion Gymnast Skye Blakely as Its Health Care Ambassador

Scottish Rite for Children proudly welcomes Frisco’s own Skye Blakely, world champion gymnast and former patient, as its newest ambassador. Blakely will use her journey as an elite athlete to help spotlight Scottish Rite’s groundbreaking research in injury prevention and recovery, showcasing how advanced care and innovation can inspire and support young athletes in pursuit of their dreams. 

“Partnering with Skye Blakely is a natural fit for Scottish Rite for Children,” says Scottish Rite for Children President/CEO Robert L. Walker. “Her talent, heart and resilience perfectly align with our mission, and we are thrilled to support her pursuit of excellence. We look forward to cheering her on as she continues to reach new heights.” 

Blakely, an eight-time U.S. Gymnastics National Team member, is eager to join forces with Scottish Rite, a leader in pediatric orthopedics and sports medicine with campuses in Dallas and her hometown of Frisco. Part of her work will include collaborating with Scottish Rite’s Movement Science Lab, helping athletes understand how their movement quality affects performance. Blakely also looks forward to connecting with patients and young athletes through in-person visits to highlight the importance of pediatric orthopedic specialists and inspire others to train and recover with confidence. 

“I’m so excited to work with an organization that has been such an important part of my own journey in keeping my body healthy,” says two-time world champion gymnast Skye Blakely. “Growing up in Frisco, I was lucky to have Scottish Rite for Children right around the corner, supporting our community in so many ways. Now, as an ambassador, I feel honored to be part of that support system and to connect with patients and families. I’m so grateful for this opportunity to share hope, encouragement and inspiration.” 

Scottish Rite has influenced the local gymnastics community through extensive research, studying both healthy and injured athletes to learn more about why injuries occur in gymnasts and how they could be prevented. A long-time partner of WOGA Gymnastics — Blakely’s home gym — Scottish Rite frequently offers education for young, elite-level gymnasts as a proactive approach to injury prevention in this high-risk population. With Blakely’s support, Scottish Rite will reach even more gymnasts in DFW and beyond. 

Currently a rising sophomore at the University of Florida, Blakely’s recent triumphs signal a remarkable comeback to elite competition after overcoming a right Achilles tendon injury sustained just before the 2024 U.S. Olympic Trials. Her perseverance, talent and determination embody the very spirit of Scottish Rite for Children’s commitment to help young athletes overcome challenges and reach their full potential.

Lyda Hill Philanthropies Awards Scottish Rite for Children $1 Million to Study ACL Injury Prevention in Young Female Athletes

Lyda Hill Philanthropies Awards Scottish Rite for Children $1 Million to Study ACL Injury Prevention in Young Female Athletes

Groundbreaking studies will address the ACL epidemic in active adolescent females by using movement science

Movement science researchers at Scottish Rite for Children have received a $1 million grant from Lyda Hill Philanthropies to fund, in part, two projects addressing the concerning rise of ACL injuries in young female athletes. According to studies published in The American Journal of Sports Medicine, adolescent female athletes are at the highest risk of suffering an anterior cruciate ligament (ACL) injury: 29 times more likely than adult women and eight times more likely than their adolescent male counterparts.

The grant supports Scottish Rite’s initiative to find new ways to combat this ACL injury epidemic, and the studies it funds will leverage technology and clinical collaboration to identify effective prevention tactics. The team will look at how to reduce ACL injury risk in adolescent female athletes by tracking and syncing their menstrual cycles to a training program, and using the Movement Science Lab to simulate and test real-time decisions made in sports that may lead to or prevent injury. A portion of funds will also support overall injury prevention efforts.

“Because of this generous grant from Lyda Hill Philanthropies, our expert team is able to conduct vital research that will improve the care of young athletes,” says Scottish Rite for Children President/CEO Robert L. Walker. “We are grateful for the foundation’s support in this significant initiative to reduce sport-related injuries in young female athletes.”

Despite decades of research, significant disparities remain regarding ACL injury risk in female athletes. This problem has recently received international attention, and several institutions have begun to investigate the link between ACL injuries and the menstrual cycle in adult female athletes. However, few studies include adolescent female athletes, leaving a gap in the understanding of how hormone fluctuations affect how the body moves, performs and experiences the pressures of sport.

Under the leadership of Movement Science Division Director Sophia Ulman, Ph.D., the first study uses menstrual cycle tracking alongside neuromuscular training to better understand and adapt to the body’s physiological changes throughout the cycle. Early findings show that during the early follicular phase, right after menstruation begins, teen girls can experience up to a 42% increase in knee joint laxity, or looseness, which may raise their risk of ACL injuries by more than four times.

“Our last two years of preliminary work has highlighted how much research is still needed in this area,” Dr. Ulman says. “ With this study, instead of continuing to research why female athletes experience eight times more ACL injuries than males, we are asking, ‘How do we address this problem?’”

Participants in this study will track their menstrual cycle, allowing researchers to detect changes throughout different cycle phases. The neuromuscular training will adjust based on the cycle, using tailored strengthening exercises during the follicular phase and stability and balance exercises during the luteal phase, which is the second half of the cycle following ovulation. This approach targets phase-specific biomechanical risk factors unique to female athletes.

“Mirroring the rise in youth sports, especially at the competitive level, ACL injuries in the U.S. have doubled in the past two decades,” Dr. Ulman says. “The last 20 years of research into ACL injuries have clearly identified different outcomes based on the sex of the athlete. With this study, we aim to find a way to combat the higher injury risks seen in girls.”

The research team also includes pediatric sports medicine surgeon and Medical Director of Clinical Research Henry B. Ellis, M.D., along with biomechanists, bioengineers and a physical therapist on the Movement Science team. In addition to their work at Scottish Rite, Ulman and Ellis hold faculty positions at UT Southwestern Medical Center’s Department of Orthopaedic Surgery.

“Young female athletes are at particularly high risk for serious injuries when playing competitive pivoting sports such as soccer and basketball,” Dr. Ellis says. “Our goal, through comprehensive multidisciplinary research, is to learn as much as we can about these injuries in hopes to provide families, coaches, athletic trainers and anyone involved in youth sports tools to prevent injuries in female athletes.”

The menstrual cycle study will recruit female high school athletes ages 14 to 19 who play basketball and/or soccer to participate in an eight-week preseason training program that will be led by their high school coaches and supported by Scottish Rite’s Movement Science staff. Taking place at their schools, which span the socioeconomic spectrum, girls will be tested both pre- and post-training to determine if the program reduces injury risk for the sports season.In the second study, researchers will use competition-like scenarios to identify modifiable biomechanical risk factors.

Young female athletes will be actively tested using alternating lights and actions during game-time scenarios, simulating the way the brain makes real-time decisions in competitive sport. Dual task exercises, such as memorizing color patterns while landing from a jump or moving in the direction of a light when it flashes, causes the athlete to make split-second decisions, like they would when deciding to pass the ball to a teammate during a soccer game. Scottish Rite’s team is studying how their body moves differently during these moments and how the athlete’s risk for injury may increase when their attention is divided. The data collected will help develop new rehabilitation protocols and return to play criteria, with the overarching goal of reducing the high rates of ACL reinjury.

To learn more about Scottish Rite’s Center for Excellence in Sports Medicine, please visit https://scottishriteforchildren.org/care/sports-medicine/.

WFAA: Movement Science Lab Uses Tech to Prevent Sports Injuries

WFAA: Movement Science Lab Uses Tech to Prevent Sports Injuries

The Movement Science Lab at Scottish Rite for Children is using advanced markerless, 3D motion capture technology to help prevent sports injuries in young athletes.

Led by Division Director Sophia Ulman, Ph.D., the lab studies how adolescents move to spot issues that aren’t always easy to see. This provides biomechanical data, including joint motion, balance and muscle activity, which can guide athletes in adjusting their training to reduce injury risk.

The lab’s work emphasizes not only physical rehabilitation but also the mental and emotional toll of injuries, aiming to keep athletes in the game. The program is expected to grow as demand rises among North Texas youth athletes.

Call 469-515-7160 to schedule an assessment.

Watch the full story on WFAA.