Scottish Rite Surgeon Shares Insight on Training the Next Generation of Spine Specialists

Scottish Rite Surgeon Shares Insight on Training the Next Generation of Spine Specialists

Becker’s Spine Review featured Scottish Rite for Children pediatric orthopedic surgeon Megan E. Johnson, M.D., and her perspective on preparing the next generation of spine surgeons as complex cases and advanced technologies continue to shape the field.

As program director of the Dorothy & Bryant Edwards Fellowship in Pediatric Orthopedics and Scoliosis at Scottish Rite, Johnson plays a key role in preparing fellows for independent practice. She emphasized the importance of hands-on experience, clinical judgment and knowing when to seek help when treating complex spinal deformities, while also noting that navigation and robotics should complement – not replace – a surgeon’s foundational skills.

“The robot or navigation is really only as good as the surgeon using the technology,” Johnson told Becker’s. “If you’re a bad surgeon, those enabling technologies aren’t going to make you better. If you’re already a great surgeon, they’ll make you even better.”

To read the full article, click here.

From Jamaica to Scottish Rite, Kemar Stands Taller After Scoliosis Surgery

From Jamaica to Scottish Rite, Kemar Stands Taller After Scoliosis Surgery

After his scoliosis progressed to more than 120 degrees, a teenager from Jamaica traveled to Dallas for complex spine care that changed his life and gave him confidence for the future.

Kemar was young when his mother, Ashwin, noticed something different about her son.

“I went to my sister and said, ‘Kemar’s back doesn’t look right to me,’” Ashwin says. Her sister suggested she take Kemar to a doctor. It was the beginning of a journey that would eventually take Ashwin and 17-year-old Kemar more than 1,500 miles from their home in Jamaica to Scottish Rite for Children in Dallas.

Kemar has Marfan syndrome, a genetic disorder that affects the body’s connective tissue, which provides strength and support throughout the body. The condition can affect several parts of the body, including the heart, blood vessels, eyes, bones and joints.

For Kemar, one of its most visible effects was severe scoliosis, a sideways curvature of the spine. As he grew, so did the curve in his back. Eventually, scoliosis affected more than Kemar’s spine. It shaped what he felt comfortable doing, how other children treated him and how he saw himself. Ashwin remembers him wanting to play cricket, a beloved sport in Jamaica.

“Remember, I say, you can’t play cricket because of your back,” she says.

It was one of the many ways Kemar’s condition kept him on the sidelines during a time in his life when he simply wanted to play with other children. By the time pediatric orthopedic surgeon Jaysson T. Brooks, M.D., met him, Kemar rarely said anything.

“He looked like a kid who had not gone outside much because of what scoliosis did to his overall psychology of how he felt about himself,” Dr. Brooks says.

Kemar also became increasingly self-conscious about his appearance. He told his care team that other children picked on him because of his back. He expressed one wish. “I would like to be fixed and be normal like others,” he says. “Straighter.”

A Complex Curve

When Dr. Brooks first evaluated Kemar, the curve in his spine measured more than 120 degrees. Treating a spinal curve of that magnitude would be complex. Attempting to correct too much, too quickly, could put Kemar’s spinal cord at risk. The goal was never a perfectly straight spine.

“When you have a curve that’s around 120 degrees, it is very challenging to get the curve down to zero degrees, so therefore our goal is to get a straighter spine without stretching out the spinal cord too much and causing paralysis,” Dr. Brooks says.

Dr. Brooks and the multidisciplinary team at Scottish Rite had to determine how much correction they could safely achieve while giving Kemar a more balanced posture and a healthier future.

“Kids with Marfan syndrome can oftentimes get humongous curves in their spine,” Dr. Brooks says. “We realized his curve was not only 120 degrees, but it was rigid, meaning it was very stiff. So that syndrome adds a bit more complexity.”

Before surgery, Kemar’s spine needed time to become more flexible. His next step would not take place in an operating room. It would take place in a halo.

Preparing for Surgery

For four months, Kemar underwent halo-gravity traction, a treatment that uses a lightweight metal ring, or halo, secured to the skull and connected to a pulley system. Gently and gradually increasing traction helps stretch and lengthen the spine over time.

For children and adolescents with severe spinal curves, halo traction can help improve spinal alignment before surgery while allowing the body to adjust gradually.

The process made a significant difference. His curve decreased from more than 120 degrees to approximately 90 degrees.

It was progress, but 90 degrees was still an exceptionally large curve.

“We knew there were still going to be challenges,” Dr. Brooks says. “I knew I was going to need to loosen up a lot of different parts of his spine to get it straighter. That can cause added issues in a kid with Marfan syndrome.”

Success would not be measured by getting Kemar’s spine to zero degrees. It would be measured by making the safest possible correction without jeopardizing his neurological function.

The Operation

The surgery took seven hours. When it was over, Kemar’s spinal curve measured about 40 degrees.

The change was dramatic, but the numbers tell only part of the story. Kemar’s new spinal alignment could help him stand more comfortably and gave him a better foundation for the years ahead. For a teenager who had spent much of his childhood conscious of what his back prevented him from doing, the operation also opened the door to something less measurable — confidence. In a letter to Dr. Brooks, Kemar put into words what the experience meant to him.

“Thanks to Dr. Brooks for helping me take a big step toward my healthier, more comfortable life,” he wrote. “I’m happy.”

For Dr. Brooks, the letter carried significant meaning.

A Connection Close to Home

Kemar and Dr. Brooks were connected by more than medicine.

Dr. Brooks’ father is from Jamaica, and his mother’s family is from Carriacou, an island that is part of Grenada. His Caribbean heritage made caring for a teenager who had traveled from Jamaica especially personal.

“I find joy in helping kids from all over,” Dr. Brooks says. “It does feel a bit more impactful when you’re helping people that could be part of your same ancestry. If not for a couple of different life circumstances, I could be that kid in Jamaica with scoliosis with no opportunities to get my spine fixed.”

Their connection only deepened as Dr. Brooks observed a change in Kemar after surgery. The teenager who had once spoken so little began opening up.

“Kemar said more words to me after his spine surgery than I had heard him say for the two years I’ve known him,” Dr. Brooks says. “He was becoming more self-confident.”

Standing Taller

Back in Jamaica and 18 years old, Kemar began 11th grade.

In photos from his return to school, the physical transformation is unmistakable. He stands noticeably straighter than the teenager who first arrived at Scottish Rite.

But, his care team sees more than the change in his posture. They see a young man who talks more, a teenager who carries himself with greater confidence and a student who looks ahead to a future that is not defined by the curve in his spine.

WFAA: Previously Conjoined Twins Undergo Scoliosis Surgeries at Scottish Rite

WFAA: Previously Conjoined Twins Undergo Scoliosis Surgeries at Scottish Rite

A recent WFAA story spotlighted 12-year-old Texas twins Knatalye and Adeline “Addy”, who underwent scoliosis surgeries at Scottish Rite for Children 11 years after surviving a complex 26-hour surgery to separate them as conjoined infants.

Born joined at the chest and abdomen and sharing several vital organs, the sisters underwent their separation surgery at just 10 months old. Their family says they were told at the time that they had about a 20% chance of survival.

More than a decade later, both sisters faced another major medical challenge: severe scoliosis. Brandon A. Ramo, M.D., a Scottish Rite for Children pediatric orthopedic surgeon, performed the surgeries one week apart in April. 

Addy’s scoliosis was particularly severe, with her spine pressing against her ribs and limiting the space available for her lungs. Ramo explained the magnitude of her condition, noting that the angle of her scoliosis was roughly double that of her sister’s.

Both surgeries were successful, and the family hopes the procedures will improve the sisters’ quality of life as they grow. Ramo said the surgeries are ultimately about helping the twins in the years ahead: “I think what we’re doing is helping their future selves.”

To view the full story, click here.

Scottish Rite Surgeon Earns Hometown Recognition for Groundbreaking Spinal Procedure

Scottish Rite Surgeon Earns Hometown Recognition for Groundbreaking Spinal Procedure

A newspaper in Gladstone, Mich., recently spotlighted Scottish Rite for Children pediatric surgeon Amy L. McIntosh, M.D., and her role as the first U.S. surgeon to implant the Spring Distraction System (SDS), a dynamic growth-friendly spinal device for children with early-onset scoliosis.

The Daily Press feature highlights McIntosh’s connection to the town and the education and experiences that helped shape her career – from advanced science courses at Gladstone High School to discovering her passion for pediatric spinal deformity surgery during residency.

“I loved the opportunity to care for the whole child, and I was struck by how resilient my young patients were and how well they could heal,” McIntosh told the newspaper. “I also fell in love with pediatric spinal deformity surgery.”

Earlier this year, McIntosh, who also serves as a professor of orthopedic surgery and medical director of patient safety at Scottish Rite for Children, performed the first U.S. implantation of the SDS in a 6-year-old patient with neuromuscular scoliosis and spinal muscular atrophy.

Developed in the Netherlands and cleared by the U.S. Food and Drug Administration in January 2026, the SDS is designed to provide continuous spinal correction while allowing a child’s spine to grow. McIntosh told the newspaper that the new technology offers another option for children with early-onset scoliosis.

To read the full article, click here.

A Step Ahead in Scoliosis Care: New Research Supports Earlier Bracing for Children With AIS

A Step Ahead in Scoliosis Care: New Research Supports Earlier Bracing for Children With AIS

A study led by spinal experts from Scottish Rite for Children found that starting brace treatment earlier than current guidelines recommend may help children and teens with adolescent idiopathic scoliosis (AIS) reduce curve progression and lower their risk of needing surgery. 

With no known cause, AIS is the most common type of scoliosis in children and teens. It typically develops between the ages of 10 and 18, affects as many as 4% of adolescents and is more common in girls. AIS is a progressive condition in which the spinal curve may worsen during periods of rapid growth. 

For years, brace treatment has typically been recommended once a spinal curve reaches 25 degrees. However, this research suggests that some children and teens with smaller curves who are still growing may benefit from beginning treatment sooner. 

Published in JBJS Open Access, the study was led by senior scientist Karina A. Zapata, P.T., D.P.T., Ph.D., and featured spinal experts, such as Chief of Staff Daniel J. Sucato, M.D., M.S., Director of Orthotics Don Virostek, C.P.O., L.P.O., and pediatric orthopedic surgeon Megan E. Johnson, M.D. The research followed 414 children with AIS. They compared 207 children who began wearing a brace when their spinal curve measured between 15 and 24 degrees with 207 other children who followed the traditional approach of waiting until the curve reached 25 degrees before beginning treatment. 

They found that children who began bracing earlier were more likely to see their curves improve or remain stable and were significantly less likely to experience progression to curves severe enough to require surgery. 

By intervening earlier, physicians may be able to help guide spinal growth before curves become more difficult to manage. While not every child with scoliosis will need a brace, these findings highlight the importance of personalized treatment plans based on a child’s age, remaining growth and curve pattern. 

At Scottish Rite for Children, spine specialists combine research, experience and individualized care to develop the best treatment plan for every patient. Whether treatment involves observation, custom bracing or surgery, the goal is to help children stay active and continue doing the things they love.  

As research continues to shape the future of scoliosis care, these findings offer another step toward more personalized treatment for children with AIS. 

 

Scottish Rite Surgeon Earns Hometown Recognition for Groundbreaking Spinal Procedure

Scottish Rite for Children Performs First U.S. Implant of Newly FDA-Cleared Spinal Device

Scottish Rite for Children continues its commitment to advancing care for children with complex spinal conditions by expanding the range of treatment options available to patients with early-onset scoliosis. Pediatric orthopedic surgeon Amy L. McIntosh, M.D., recently performed the first U.S. implantation of the Spring Distraction System™ (SDS) at Scottish Rite for Children. SDS is a spinal implant that was developed in the Netherlands and received FDA clearance earlier this year to treat early onset scoliosis. 

Early-onset scoliosis is diagnosed in children younger than 10, during a critical period when the spine and lungs are still developing. Traditional treatment options can require ongoing adjustments throughout childhood. The SDS uses a spring-based mechanism that continuously corrects as a child grows, supporting more natural development of the spine and chest. 

“These patients often face years of treatment, multiple procedures and significant disruptions to childhood. A system that provides continuous growth guidance while potentially reducing the burden of repeated interventions represents an important step forward in pediatric spine care,” says McIntosh.  

The first patient to receive the implant was a 6-year-old boy with neuromuscular scoliosis and spinal muscular atrophy (SMA), a genetic condition that causes progressive muscle weakness. His care team selected the SDS because it provides continuous gentle spinal correction, which may reduce the burden of care on him and his family while helping preserve his sitting balance, comfort and respiratory function, all of which are key considerations in children with SMA.

“We are proud to offer another option for children with certain types of scoliosis,” says Scottish Rite for Children Chief of Staff Daniel J. Sucato, M.D., M.S. “This kind of innovation reflects our commitment to moving pediatric orthopedic care forward, helping improve outcomes while making treatment a little easier for children and their families along the way.” 

As new treatment options emerge, Scottish Rite for Children remains dedicated to evaluating and advancing innovations that not only improve clinical outcomes but also make care more manageable for the children and families who depend on it.