Developing an Innovative Decision Support Tool for Pediatric Neuromuscular Scoliosis
Eligible age
8+ yrs
Accepts
All genders
Locations
2 states
Healthy volunteers
No
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About this study
The goal of this pilot hybrid type I efficacy/implementation trial is to assess a newly developed decision support tool patients, parents, and providers to use during surgical treatment decision making for neuromuscular scoliosis (NMS). Results from this pilot will inform the design of a future larger effectiveness trial of the decision support tool. Participants will either receive usual care or receive the decision support tool. Researchers will assess the decision made, decision quality, individual affective, cognitive, and behavioral effects, and feasibility and acceptability of tool use. They will also collect potential barriers and facilitators to implementation and feedback about the tool and study design to maximize likelihood of successful deployment of the tool into clinical practice and inform the design of a future trial. The outcomes measures will be used to inform potential effect size estimates to inform a future trial.
Sponsor: University of Utah
You may qualify if…
- ✓ Parent-child dyads of children with neuromuscular scoliosis who speak English and Spanish.
- ✓ Child is between ages 8-21 years of age and they are coming into the pediatric orthopaedic surgery clinic for consultation about potential surgery for NMS.
- ✓ NMS is defined as having neurologic impairment (NI) and scoliosis using relevant ICD-9 or ICD-10 codes from Feudtner, et al. 2014 or Berry, et al. 2012. or a qualifying diagnosis per the Pediatric Spine Study Group definition of NMS.
- ✓ All pediatric orthopaedic surgeons and neurosurgeons who treat neuromuscular scoliosis at our study sites will be eligible participants.
You may not qualify if…
- ✕ Families whose child with NMS is less than 8 years of age at time of orthopaedic consultation because surgery at a younger age usually indicates an atypical case.
- ✕ Children with the diagnosis of Becker's muscular dystrophy due to potential disease modifying therapies that may alter curve progression.
Where it's recruiting
Los Angeles
Salt Lake City
Source: ClinicalTrials.gov · NCT07167927 · last updated 2026-08-10