UT Arlington and Cook Children’s are joining forces on a new pediatric brain research hub that they hope will move discoveries out of the lab and into exam rooms faster for kids with epilepsy, cerebral palsy and autism. The UTA Pediatric Brain Health and Neurosciences Center will match university researchers with Cook Children’s clinicians to bring advanced imaging, engineering and data science tools into everyday patient care. Leaders say the center will also widen the pipeline for graduate students and postdoctoral researchers across North Texas, keeping cutting-edge pediatric neuroscience work rooted in Fort Worth and Arlington instead of sending it elsewhere.
Center, leadership and local coverage
UT Arlington named Christos Papadelis as the founding director of the new center and said the initiative is designed to tightly connect clinical and academic communities so treatments can move faster from hypothesis to hospital room, according to UT Arlington. Jon Weidanz, UTA’s senior associate vice president for research, framed the partnership as a chance to solve problems and make an immediate impact in pediatric care, the university noted. Local reporting by the Fort Worth Report underscored how the collaboration pulls together Cook Children’s clinical depth with UTA’s engineering and imaging horsepower.
What Papadelis brings to the table
Papadelis serves as director of neuroscience research at Cook Children’s and is a professor of research in bioengineering at UTA, blending clinical neurophysiology, imaging and engineering approaches in his work, according to Cook Children’s. His team has published noninvasive techniques that map epileptogenic networks and can help predict how well a child will do after epilepsy surgery, work that appeared in the journal Brain in 2023 and that anchors the center’s push to turn advanced imaging and AI tools into practical clinical instruments.
Tools, training and a new MRI
Officials at Cook Children’s and UTA plan to use expanded imaging capacity, along with close engineering collaborations, to study both healthy brain development and childhood neurologic disorders. Papadelis told the Fort Worth Report that UTA acquired a new MRI last year, and that a core mission of the center is to train Ph.D. students and postdoctoral fellows on that and related tools while they study children with and without neurologic conditions. Leaders say this hands-on training pipeline is meant to speed real-world adoption of new methods while steadily building local research muscle.
Robotics, autism and the research pipeline
Beyond epilepsy imaging, Papadelis’ lab at Cook Children’s is working on robotics and rehabilitation strategies to help children living with cerebral palsy and other movement disorders, according to the hospital’s research team description. The group also investigates emotional and social processing in autism using magnetoencephalography and similar imaging methods, an area led by collaborators whose work has appeared in Human Brain Mapping and other peer-reviewed journals. Together, robotics, advanced imaging, and computational tools form the backbone of the center’s interdisciplinary approach.
Clinical stakes: why the work matters
Pediatric epilepsy is a central target for the new center because roughly one in five to one in three patients with epilepsy do not achieve seizure control on medication, and many of those children may be candidates for surgery, according to researchers writing in the published literature. The noninvasive mapping approaches developed by Papadelis’ team aim to pinpoint epileptogenic tissue more precisely so surgeons or interventional teams can target ablation or resection with greater accuracy, improving the odds of long-term seizure freedom. Those methods, used alongside advanced MRI and AI, are the very tools the center hopes to make available to more young patients in North Texas.
What this means for North Texas
The launch comes as Cook Children’s continues broader campus expansions and upgrades that regional outlets and industry trackers have followed, a backdrop that helps position the Dallas-Fort Worth area as an increasingly significant hub for pediatric specialty care and research. Observers say the center could draw more federally funded studies, clinical trials and specialized training programs to the region, while giving families closer-to-home access to next-generation diagnostics and rehabilitation technologies. For now, leaders say they are focused on hiring key staff, defining research priorities and recruiting trainees into the program.
UTA and Cook Children’s officials have not announced a public timeline for specific clinical trials or patient-facing programs, but the center creates an institutional bridge that both sides expect will accelerate pediatric neuroscience research and keep more of that work anchored in Fort Worth and Arlington.
