Bouncing Back From UCL Injury Scarlette Soars Higher Than Ever

Bouncing Back From UCL Injury Scarlette Soars Higher Than Ever

Published in Rite Up, 2023 – Issue 3. 

by Kristi Shewmaker
 
It was a nail-biting week for Scarlette, of Coppell, during the fall semester of her high school senior year. She was waiting for a phone call from the head coach of the gymnastics team at Rutgers®. She hoped the coach would invite her to join the team. Years before, she had set her sights on going to Rutgers and competing there as a gymnast.
 
In competitive gymnastics, recruitment for joining a college team begins around an athlete’s sophomore year of high school. During that time, Scarlette visited the campus, attended gymnastics camps and participated in an official visit to get to know the coaches and student gymnasts. All that was left for her to do was wait for “the call” to let her know if her college dreams were coming true.
 
Born and raised in Oahu, Hawaii, Scarlette started gymnastics when she was 4. “She had tons of energy in preschool,” says Bryan, her father. “She was always hanging from the monkey bars and bouncing around.” Her parents enrolled her in a recreational gymnastics class to burn off energy. “We knew nothing about the sport, apart from what we saw in the Olympics,” Bryan says. But, the coaches picked up on Scarlette’s innate ability, and she excelled quickly. At her first gym, they suggested that she try out for a team. “That was the start of my gymnastics career,” Scarlette says. “I was 6 or 7 years old in my first competition.” And in that early competition, she won. Throughout the years, Scarlette kept winning.

By the age of 14, she rapidly advanced to level 10, the highest level in the USA Gymnastics Development Program. During her first year as a level 10, she made it to the national competition in Indiana, an incredible feat for her age. To ensure that Scarlette and her younger sister, who is also a gymnast, could get exposure and compete in bigger, more prestigious tournaments on the mainland, the family packed up and moved to Texas, specifically for the program at Texas Dreams Gymnastics in Coppell.
 
During her sophomore year, Scarlette tripped as she was running into a tumbling pass and rolled her ankle, landing on her arm. “In Hawaii, we have several hospitals but only one main hospital for children,” Bryan says. “In Texas, we didn’t know where to go, but her coaches and other gymnasts’ parents said, ‘You have to go to Scottish Rite for Children.’” At Scottish Rite for Children Orthopedic and Sports Medicine Center in Frisco, Scarlette learned that she had not only sprained her ankle but also would need care for a more complex injury to her ulnar collateral ligament (UCL) in her left elbow. Assistant Chief of Staff and Director of the Center for Excellence in Sports Medicine Philip L. Wilson, M.D., evaluated Scarlette and consulted with her and her family regarding her individualized treatment options.
 

The UCL is a band of tissue that runs along the inside of the elbow and works to stabilize the elbow joint during overhead movements. Baseball players, gymnasts and, occasionally, quarterbacks sustain this injury. “It has to do with the way you use your elbow, either for weightbearing or throwing,” Dr. Wilson says. Baseball players sustain the injury from repetitive throwing, bringing the elbow back at a certain angle repeatedly, causing stress on the ligament. “For gymnasts, it’s a weightbearing issue,” Dr. Wilson says. “We all have a little bit of an angle in our elbow called valgus. Gymnasts develop more of that angle as they grow due to repetitive weightbearing from a young age.” The force of a gymnast landing on her hands over and over causes repetitive stress on the ligament.

For most people, the treatment plan for a UCL injury is nonoperative with a recommendation of rest and physical therapy (PT). For athletes like baseball players or gymnasts, the plan could include surgery, depending on their injuries and their goals. “When we consulted with Dr. Wilson, part of Scarlette’s treatment plan depended on whether she wanted to stay at the competitive level or just do gymnastics for fun,” Bryan says. The direction she chose would determine the aggressiveness of the treatment.
 
“It is always challenging for the family to make a decision about what to do,” Dr. Wilson says. Ligament reconstruction surgery requires a long commitment to rehabilitation, and often takes a year for the athlete to get back to the competitive level. “An important part of our job is to partner with the family, provide quality counseling time and ensure that they have all of the information they need to make the best decision,” he says.
 
In their initial consultation, Bryan said that it was the first time he heard Scarlette say that she wanted to do gymnastics just to enjoy it. “A few months before my UCL injury, I had been struggling a lot in the gym,” Scarlette says, “and when I got hurt, I was like, ‘Is this a sign? Is this telling me to just be done?’” Bryan explained that Scarlette had hit a plateau in her skillset, which is common for competitive gymnasts, and in her mind, the injury was a setback.
 
Scarlette decided to take the nonoperative route, and Dr. Wilson recommended PT twice a week at Scottish Rite. After seven months, Scarlette was back in the gym when she injured her elbow again. “I was doing a release on the uneven bars, but I missed the bar and landed on my hands and knees,” she says. “The pain shot up my whole arm.”

After the reinjury, Scarlette decided to pursue surgery. “I was getting my skills back, and I think I just needed to take a step back and rest my body,” she says. “I was able to think.” The light at the end of the tunnel, Bryan said, was that she would get a new ligament in her elbow, and she would be much stronger.
 
Scarlette underwent surgery the summer before her junior year. Wearing a brace, she started range of motion exercises and began PT within the first week. Over many months, her therapy goals included regaining mobility of her joint and then progressing toward strengthening, endurance and power production. At six months, she went back to the gym while continuing PT, and at eight months, she resumed training but not at full skill level. Finally, the summer before her senior year, she was given the all clear to train without restriction and to fully return to gymnastics that fall.

 

“I learned a lot about myself during my recovery,” Scarlette says. “I had to build my way back up. The basics I received to get my skills back really helped my confidence and my performance. I trusted my care team, their process and everything they did.”

 

“I have massive respect for the program at Scottish Rite,” Bryan says. “Dr. Wilson gave Scarlette the option to do what she wanted to do. He didn’t go right to surgery. The professionalism of him to offer PT first, that he even took that into consideration, is a big deal. For any parent considering a facility for their child’s orthopedic needs, it’s a no-brainer. There’s no reason to go anywhere else.”
 
In the 2023 gymnastics season, Scarlette finally got to compete in all four events — vault, uneven bars, balance beam and floor exercise. “After all that she had been through, it was enlightening to see her compete,” Bryan says. “Her demeanor changed. She was driven and confident, not too deep in thought. She just went out there and did her thing, and let it be in the judges’ hands.”
 
After more than a year and a half of injuries, surgery and recovery, Scarlette said that waiting to hear from Rutgers felt like forever. But, the phone finally rang. She was officially offered a position on the team. And, her answer was, of course, yes!

“I’m excited for a whole new chapter,” Scarlette says. “I get to experience college life as a student athlete and compete on a much bigger stage. I can’t wait to experience that whole new world!”

Read the full issue.

Progression from “Pop” Back to Pitching

Progression from “Pop” Back to Pitching

A young baseball player hears a pop and immediately feels pain in his throwing elbow while playing club baseball. At his first visit to Scottish Rite for Children’s Fracture Clinic, Parker and his family were told that surgery was necessary to reattach a separated piece of bone in his elbow. That was tough news for this young pitcher nearing his 12th birthday.

A Note About Sport-Related Overuse Injuries in the Elbow in Baseball

Though a completely displaced fracture in this area is uncommon, pain and injury on the middle side of the elbow is common in young throwers. There are immense stresses placed on the elbow during throwing.

Many pitchers and others perform many throws during practice, private training and year-round games and tournaments, and the damage continues and worsens. For many young athletes, early recognition and rest can prevent the condition from worsening to the point of an acute injury, like a medial epicondyle avulsion fracture, that needs surgery. Learn more about preventing elbow overuse injuries in young athletes in this article, Injury Prevention Tips for Young Baseball Players and Parents.

“This area of the elbow is weak in young throwing athletes around Parker’s age, he was 11 at the time of this injury,” occupational therapist Savana Ashton says. The area is an epiphysis, a growth center, where the bone fragment is connected to the humerus by cartilage that will become bone when growth is complete. With or without a history of overuse, a sudden and forceful injury causes the muscle tendon attached to the fragment to pull it off the humerus completely, this is called an avulsion fracture. Like Parker, an athlete often describes hearing a “pop” and instantly feeling severe pain with this injury.

Parker was in good hands. Pediatric hand surgeon, Chris Stutz, M.D., performed the ORIF surgery where he used a screw to reattach the piece of bone. The procedure is called an open reduction and internal fixation (ORIF) of the medial epicondyle. After surgery to secure the bone fragment back in place, patients require intensive rehabilitation to return to activities and sports that are meaningful to them. In occupational therapy (OT), Ashton provided many therapeutic interventions including skin care and scar management as well as exercises to regain motion in the elbow and strength in the entire arm.

“From the beginning of Parker’s journey, he was eager to return to baseball, so a strategic path through postsurgical rehabilitation including safely reintroducing throwing was critical,” Ashton says. “Once Dr. Stutz cleared him for throwing, I advanced Parker’s plan to include evidence-based throwing programs, which include general baseball strengthening exercises and a multiphase guide to gradually return-to-pitching.”

Similar to other young athletes recovering from a serious sport-related injury, Parker was ready to be discharged from formal rehabilitation, but he was not quite ready to return to full activity, including baseball. In September, Parker transitioned from OT to the Bridge Program, a group training option offered by our Therapy Services team at Scottish Rite for Children. The program provides athletes like Parker a safe “bridge” to maintain progress made in therapy and continue strengthening in the previously injured area. Simultaneously, the coaches emphasize proper body mechanics and total body strength and conditioning, which will likely help reduce the risk of reinjury. “We were grateful Scottish Rite had an environment for him to continue his recovery,” Parker’s mom, Michele, says. She has entrusted Scottish Rite to care for several of her children now.

The program is not baseball-specific, but it is beneficial for baseball players and many others. Certified strength and conditioning coach Justin Haser, M.S., CSCS, says, “The kids that consistently come in, give a good effort and are coachable see great improvements in their movement economy and improvements in their overall strength outputs.” When athletes enroll in the Bridge Program or Athlete Development Program, they can attend up to three times each week.

In pediatric orthopedics, follow-up visits are particularly important when a growth area was involved in the treatment. Complications with this treatment are rare, but monitoring periodically and confirming recovery is on the right path ensures there won’t be surprises later.

Parker is now 13 and has been happily back on the mound and hitting home runs. “Parker is thrilled to be back playing baseball after his full recovery from surgery,” Michele says. To help other young throwers like himself have a safe season, Parker helped us create instructions for evidence-based exercises for all throwers. These are designed to be performed before practice or a game and can help to reduce elbow injuries.

Download the Thrower’s Program PDF (English | Spanish)

Osteochondritis Dissecans (OCD) in the Elbow

Osteochondritis Dissecans (OCD) in the Elbow

Our Center for Excellence in Sports Medicine treats a wide array of sport-related injuries and conditions in young athletes. One common condition treated is osteochondritis dissecans (OCD) of the elbow. This condition can happen to anyone but is especially common in sports such as gymnastics, tumbling, and baseball.

“This condition often presents to us in very late stages because it develops without symptoms,” says pediatric orthopedic surgeon Philip L. Wilson, M.D. He advises athletes, particularly baseball players and those in weightbearing sports like gymnastics, not to ignore nagging elbow pain. “Painless loss of extension is another sign that should not be ignored,” he says. “Proper diagnosis and early treatment can make a real difference in the course of care and outcomes.”

Our pediatric sports medicine team is a national leader in caring for and studying elbow OCD in young athletes. “The more we learn about the condition and the athletes, the better we can be at treating elbow OCD and teaching others the best way to prevent and manage it,” Wilson says. Here are two examples of Scottish Rite’s work:

  • An ongoing study called SAFE is open to young athletes, including gymnasts and baseball players. This study is looking at movement mechanics and the causes of injuries in these populations. Check out this video about SAFE testing.

  • study published in 2021, “Elbow Overuse Injuries in Pediatric Female Gymnastic Athletes: Comparative Findings and Outcomes in Radial Head Stress Fractures and Capitellar Osteochondritis Dissecans,” specifically addressed findings in 58 elbows in gymnasts (average 11 years of age) treated at Scottish Rite for Children throughout a course of five years. This study was the first to describe the differences between OCD and radial head stress fractures.

Learn more about OCD of the elbow, its causes, symptoms, treatment, and prevention below.

What is osteochondritis dissecans of the elbow?
The surfaces of the bones inside joints are covered with a smooth, gliding surface called cartilage. Osteochondritis dissecans (OCD) is a condition in which an area of cartilage and the underlying bone begin to soften, crack, or even separate. If left untreated, OCD can cause further damage to the cartilage in the joint and early arthritis.
This is a rare condition that most often affects the knee, but it can also affect the elbow, hip or ankle. In the elbow, the surface on the end of the humerus, the capitellum, is the most affected. This is typically seen in active individuals ages 8 to 19, more often boys than girls.

How does elbow OCD occur?
There are likely several factors, and the exact cause is still unclear. A common cause is a temporary loss in blood supply to an area of bone in a growing child, often combined with repetitive joint impact (overuse). There may be a genetic cause as well. Athletes at risk also often have a history of early sport specialization and year-round training. Some may report a history of a minor injury, but this is likely not the cause of the OCD lesion.

What are the signs and symptoms of OCD in the elbow?
OCD may be present even if there are not symptoms. An asymptomatic OCD lesion, one that does not cause any symptoms, may be identified when evaluating another concern. Signs and symptoms vary and may include:

  • Pain that worsens with activity
  • Popping or clicking
  • Swelling
  • Fluid inside the joint
  • Catching or locking with movement
  • Limited motion

How is elbow OCD diagnosed?
Physical examination, history, and X-rays are used to diagnose OCD in the elbow. Advanced imaging, such as an MRI, is often necessary to fully assess the condition and determine treatment options.

How is elbow OCD treated?
Properly treating and managing osteochondritis dissecans in the elbow lowers the risk of long-term damage to the joint. With diagnosis and treatment in the early stages, tissues may heal with rest and limiting activities that cause pressure on the OCD lesion.

Athletes benefit from continued training while resting their elbows. It is important for our team to help them understand what activities are safe and will not cause further problems on the elbow. Examples of activities to continue while receiving treatment for elbow OCD include:

  • Jogging
  • Stationary bike
  • Core strengthening
  • Lower body weightlifting of resistance training
  • Swimming
  • Golf putting only

These “weightbearing” activities are not allowed because they put pressure directly on the area of the OCD lesion:

  1. Sports of any kind
  2. Handstands
  3. Tumbling
  4. Push-ups, planks
  5. Upper body weightlifting or resistance training

When may surgery for elbow OCD be needed?
Many elbow OCD lesions can improve with conservative, nonoperative treatment. However, surgery may be necessary if the:

  • The OCD lesion appears loose, unstable, or large.
  • Cartilage becomes loose in the joint.
  • Imaging shows an advanced or worsening condition.
  • Symptoms are worsening despite nonsurgical treatment.

What kinds of procedures are used to treat OCD in the elbow?
The choice of surgical procedure depends on the condition of the tissues at the time of surgery. Most procedures are performed using an arthroscope, a camera, and tools inserted through small incisions, but a large surgery may be needed in some cases. Our sports medicine pediatric orthopedic surgeons are experts at treating OCD and can walk you through what to expect.

Procedures that may be offered alone or in combination include:

  • Drilling – drilling holes into the bone to increase blood flow and healing.
  • Stabilizing – inserting a screw, suture, or other piece of hardware to keep loose tissue in place.
  • Grafting – placing biological tissue in the area.

What can be expected after surgery for elbow OCD?
Our sports medicine experts work with every patient to develop an individualized postoperative treatment plan. After surgery, closely following postoperative instructions will protect the joint while the tissue is healing. Exercise and activity recommendations will be different for every patient.

How long does OCD in the elbow last?
Each case is unique, and the timing of returning to normal activity or sports will be discussed with your sports medicine physician, surgeon, or advanced practice provider. Symptoms may last months or years. It’s very important to understand that symptoms may return if the area does not fully recover before returning to repetitive or weight-bearing activities.

How can elbow OCD be prevented?
Overuse injuries like OCD occur with a high volume of training, repetition of certain movements, and early specialization in a sport.

These suggestions can help to prevent elbow OCD and other similar conditions:

  • Learn how to moderate training loads and intensities.
  • Make time for free play and lifetime sports like tennis, golf, cycling, and hiking.
  • Take breaks weekly and between seasons.
  • Learn to properly warm up and perform conditioning for your sport.

Learn more about sport specialization and preventing overuse injuries in young athletes.