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Dr. Blaise Nemeth honored with Inaugural Pediatric Orthopedic Medicine Trailblazer Award


UW Department of Orthopedics and Rehabilitation professor and pediatric orthopedic medicine physician Blaise Nemeth, MD, has been selected to receive the Pediatric Orthopedic Medicine Trailblazer Award from the American Academy of Pediatrics (AAP) Section on Orthopaedics.

The Section on Orthopaedics established the award to recognize Dr. Nemeth’s significant contributions to pediatric orthopedics and his leadership within the AAP. In particular, the award recognizes his instrumental role in establishing the Pediatric Orthopaedic Medicine Subcommittee, creating a dedicated space within the Section to advance non-surgical pediatric orthopedic care.

Through his leadership, Dr. Nemeth has helped elevate the importance of non-surgical orthopedics as an essential component of comprehensive pediatric musculoskeletal health. The Pediatric Orthopaedic Medicine Subcommittee has created new opportunities for collaboration, education, and professional engagement among physicians caring for children with musculoskeletal conditions.

This recognition also highlights Dr. Nemeth’s broader contributions to the growth of pediatric orthopedic subspecialty care and to the AAP’s mission of excellence in patient care, research, and education. His efforts have strengthened opportunities for both surgical and non-surgical pediatric orthopedic professionals to collaborate and advance care for children and their families.

“This award reflects not only your individual achievements but also the lasting and meaningful impact of your leadership on the broader pediatric orthopedics community,” the AAP wrote.

Dr. Nemeth will receive the Trailblazer Award during the 2026 AAP National Conference & Exhibition in San Diego. The award will be presented on Sunday, October 4, with his accomplishments also celebrated at an award dinner on Saturday, October 3.

The UW Department of Orthopedics and Rehabilitation congratulates Dr. Nemeth on this well-deserved honor and celebrates his contributions to pediatric orthopedic medicine, education, and professional leadership.

 

 

Dr. Jie Deng Receives UW OrthoRehab Pilot Award to Fund Innovative Tendon Research


Research Associate Jie Deng, MD, PhD, has received a UW Department of Orthopedics and Rehabilitation Pilot Award to advance innovative research to improve how quantitative ultrasound (QUS) imaging assesses tendon health and healing. Dr. Deng’s project will investigate what QUS measurements reveal about the underlying biological and mechanical properties of tendons. 

Using two advanced imaging and testing platforms developed by the research team, the study will directly connect ultrasound-derived metrics with collagen fiber organization and tendon viscoelastic properties. The team will study 10 cadaveric patellar tendons using shear wave elastography, mechanical testing, and advanced microscopy. By linking these complementary measurements, the researchers hope to establish a stronger foundation for using QUS metrics as imaging biomarkers of tendon health.

This pilot study could provide critical preliminary data for future research on tendon injury, personalized rehabilitation, and precision monitoring of healing and recovery.

Gait and movement disorders associated with chronic stress or excessive forces can limit physical activity, community accessibility, and quality of life. Evaluating these disorders, however, often requires access to specialized laboratories equipped with large motion-analysis systems. This research aims to determine whether wearable sensors could provide a more accessible way to assess movement and deliver feedback outside these specialized settings.

UW faculty with whom Dr. Deng is collaborating on this project are: Naoaki Ito, DPT, PhD, a postdoctoral researcher in the Department of Orthopedics and Rehabilitation; Joshua Roth, PhD, an assistant professor in the Departments of Orthopedics and Rehabilitation and Biomedical Engineering; Ivan Rosado-Mendez, PhD, an assistant professor in the Departments of Medical Physics and Radiology; and Kevin Eliceiri, PhD, a professor in the Departments of Medical Physics and Biomedical Engineering.


UW Department of Orthopedics and Rehabilitation’s Pilot Award Program supports the novel and developing research of department faculty and researchers who are early in their professional careers. Targeted research areas that advance the fields of orthopedics and rehabilitation include basic discovery research, patient-based clinical research, patient-centered outcomes research, dissemination and implementation research, and community engagement research.

Dr. Keith Knurr Receives ICTR Pilot Award to Advance Wearable Technology for Knee Health


Keith Knurr, DPT, PhD, SCS, an assistant professor in the UW Department of Orthopedics and Rehabilitation and an Institute for Clinical and Translational Research (ICTR) KL2 Scholar, has received a pilot award from ICTR to support innovative research exploring how wearable technology could help people modify their walking patterns and reduce stress on their knee joints. 

ICTR awarded five pilot awards in August 2026 to advance early-stage clinical and translational research at UW–Madison. Designed to support investigators’ career development and catalyze future funding, the awards provide up to 12 months of support for projects that seek to translate biomedical discoveries into practical health solutions.

Dr. Knurr’s project, “Feasibility of Real-time Wearable Kinematic Biofeedback to Modulate Knee Kinetics,” will investigate whether small, wearable motion sensors can provide real-time feedback to help individuals change their gait and reduce potentially harmful forces on the knee. Darryl Thelen, PhD, a professor and the chair of the UW Department of Mechanical Engineering, is serving as co-principal investigator.

Gait and movement disorders associated with chronic stress or excessive forces can limit physical activity, community accessibility, and quality of life. Evaluating these disorders, however, often requires access to specialized laboratories equipped with large motion-analysis systems. This research aims to determine whether wearable sensors could provide a more accessible way to assess movement and deliver feedback outside these specialized settings.

Ultimately, the study’s findings could inform new approaches to physical therapy and movement assessment for people with a range of gait and musculoskeletal disorders, while also laying the groundwork for future research and funding.


ICTR pilot awards are supported by the National Center for Advancing Translational Sciences (NCATS) Clinical and Translational Science Awards (CTSA) Program, which supports a national network of more than 60 academic medical institutions. Since the CTSA pilot program began at UW–Madison in 2013, ICTR has awarded more than $2.7 million across 55 projects focused on translational science.

Neenah teen recovers from near-crippling injury to become pro motorcycle racer


It took something as small as the width of a motorcycle tire to change Jack Brucks’ life forever.


Brucks, then 10 years old, was riding a single-piston motorcycle in a flat-track training session — his specialty — in Texas when his front wheel struck a tire that was on the track as a marker, sending him flying in the air. When he landed, his right hip was virtually shattered.

“I hit a tire, did a front flip, landed, screamed, and I don’t remember much after that,” he said.

The next thing he knew, he was being tended to by adults, and an ambulance was on the way. He was taken to Conroe County Hospital for emergency treatment and then to Texas Children’s Hospital in Houston for surgery to stabilize his hip, and his arms and ribs, which were also broken in the crash. Brucks’ hip was dislocated and severely fractured, which included damage to his femoral head and growth plate.

Brucks was in Texas at a training camp with friends, while his family was hundreds of miles away in Georgia for a wedding. The crash set off a frantic rush to get to Brucks as quickly as possible, according to his mom, Katie Brucks.

“I remember it like it was yesterday, we were all getting ready to go to the airport to go home — and we got the call,” she said.

Katie went to Texas, while the rest of the family went back to Wisconsin. She was able to get there in time for his surgeries. After four days of recovery, Katie and Jack flew back to Wisconsin.

The Brucks family owns and operates Lucky Stables horse riding school at their home property just west of Neenah. Because of their business, Katie posts often on social media, and after posting photos of X-ray images of Jack’s hip online, she almost immediately received a message from a friend who is a doctor, offering advice about Jack’s follow-up care.

“He said, ‘Katie, no doctor in the Fox Valley is good enough for him, this is big,’” she said.

The best plan of treatment

Katie began an urgent search for the best doctors to work on Jack’s hip, but when the time came to make a choice, UW Health stood out, she said.

“They had the best doctors, the best plan to treat him and it’s in Wisconsin, which was huge for us,” Katie said.

Jack began racing motorcycles on the frozen water of Lake Winnebago at age 4, and quickly progressed to racing on flat dirt tracks around Wisconsin. At age 6, he won his first state junior championship in 2016, and by 2019, he won his first junior national championship. Clearly, flat-track motorcycle racing was his passion, but the crash in 2020 put all of that in danger, and in the hands of Drs. Pamela Lang and David Goodspeed, both orthopedic surgeons at UW Health.

Upon meeting them, there was a bit of a surprise, according to Katie.

“We went to his first follow-up appointment at UW Health, and they didn’t let us go home,” she said.

When Jack was seen by the team at UW Health, they determined more surgeries would be needed to repair the damage done in the crash.

“This injury was so severe, and the surgeries so complex, we prepared the family for the possibility he may not walk without assistance again, let alone race a motorcycle,” said Goodspeed, who is also an associate professor in the Department of Orthopedics and Rehabilitation at the University of Wisconsin School of Medicine and Public Health.

“Any operation on the head and neck [of the femur], especially with young people, requires some specialized techniques to be able to dissect around the blood supply of the femoral head to try to preserve it,” he said. “We had to put his fractures back into place and then fix them in a way that we could preserve the blood supply to the head.”

Lang, who is no longer with UW Health, and Goodspeed performed two surgeries on his right hip. They were successful, but the path back to racing was still not certain, and there would be months of rehab while he healed and future surgeries to remove the hardware in his hip. If all of that was successful, he could maybe race again.

That hope was all he needed, Jack said.

“Racing kept me going when it got hard; it’s my passion, it’s all I ever wanted to do,” he said.

During his rehab, which included two days in the hospital followed by monthly — eventually every three to six months — trips to UW Health in Madison to learn exercises and receive checkups, his care was overseen by Dr. Andrea Spiker, orthopedic surgeon at UW Health, and an assistant professor in the Department of Orthopedics and Rehabilitation at the UW School of Medicine and Public Health.

Spiker, who is also director of the UW Hip Preservation Program, performed the last of Jack’s surgeries in 2024 to address the cartilage on the head of his femur and fix the labrum in his hip.

“In talking with Dr. Goodspeed, our discussion centered around what could we do next to get Jack back to his high level of athletic function, pain-free and to preserve his native hip as long as possible,” she said.

That included a different set of wheels, as he started life after the crash in a wheelchair before progressing to a walker and crutches. For the next six months, there were ups and downs physically and emotionally. He had a setback just as he thought he would be out of the wheelchair, as a more extensive surgery was necessary to remove the hardware in his hip because the bone had grown around it. This forced him to rest again, and to do more rehab.

A return to racing

Jack continued to heal, but the mental aspect of his rehab was taking a toll. So, he snuck in a motorcycle ride in his yard at home.

“After I got back on a bike, that helped,” he said. “I kind of told myself, ‘I can come back; we’re good.’”

As his rehab progressed, it was clear he would walk well again, which left the door open for racing. The care team at UW Health did their best to make sure that was the case, according to Katie.

The doctors at UW Health not only believed in him but tailored his care with a return to racing in mind,” she said. “They knew how much this meant to him.”

He returned to racing in a big way. He took second in his first race back after being cleared to race in May 2021. He went on to win another national junior championship, and continued to rise through the amateur ranks, joining an elite team from Florida called 1st Impressions Racing — but the best was yet to come. In December 2025, Jack secured his first professional contract with 1st Impressions. Having graduated high school early, Jack, now 16, can finally make flat-track motorcycle racing his calling.


“All I can say is a huge ‘thank you’ to all the people at UW Health for what they did for me,” Jack said. “To fulfill my dream of racing means everything, racing is my life.”

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This story originally appeared on uwhealth.org.

UW Researchers Receive Grant to Advance Neural Crest-Derived Cell Therapy


Wan-Ju Li, PhD

Wan-Ju Li, PhD, an associate professor in the Department of Orthopedics and Rehabilitation, and fellow researchers Wei Xu, PhD, a professor in the Department of Oncology, and Nathan Welham, PhD, CCC-SLP, a professor in the Department of Otolaryngology, received a $50,000 Stem Cell and Regenerative Medicine Center Focus Group Award, supported by a WARF gift, for their project, Stage-Resolved Regulation of Human Neural Crest Differentiation for Cartilage and Bone Generation.

Running from March 1, 2026, through February 28, 2027, this collaborative pilot study will strengthen musculoskeletal research at UW-Madison while laying the groundwork for future external funding. The team will refine a human-induced pluripotent stem cell model of neural crest-derived cells, which play a central role in the formation of cartilage, bone, and connective tissues of the face and head.

While the work is focused on craniofacial cartilage and bone, its significance could extend far beyond the craniofacial region. By learning how to better direct neural crest cells into skeletal tissues, the team hopes to uncover principles that could also be applied to orthopedic repair in joints such as the knee and hip. That is especially exciting because neural crest-derived nasal chondrocytes have already shown strong regenerative potential in translational and clinical studies for articular cartilage repair, including treatment of knee cartilage defects and osteoarthritic knees in Europe.

In the long term, this work could help drive a shift in cell therapy by advancing neural crest-derived cells as a powerful and practical platform for regenerating cartilage and bone. Because these cells are accessible and highly cartilage competent, they may offer important advantages over more conventional cell sources. For clinical orthopedics, the potential payoff is clear: better strategies for repairing focal cartilage injuries, improving osteochondral healing, and developing more durable biologic treatments for joint degeneration.