Musculoskeletal changes and treatments in paediatric spinal cord disorders: A scoping review.
Jamie Ellis, Peter Simm, Adam Scheinberg and 1 others
PMID 41004474WHAT IT FOUND
Children with spinal cord disorders often lose bone and muscle, with scoliosis, hip dysplasia, spasticity and fractures.
Evidence on treatments is small and mixed, so do not assume any intervention works.
Key findings
01Children with spinal cord disorders have reduced bone mineral content, bone mineral density, lean tissue mass and muscle strength compared with typically developing children.
02Scoliosis, spasticity, hip dysplasia, hypercalcemia, fractures and contractures are the most common musculoskeletal complications, and risk is higher in children who are less ambulant or diagnosed before puberty.
03Intervention studies are small and inconsistent: FES and electrical stimulation were reported as safe with trends towards bone benefit, but a randomised trial found bone mineral density was not significantly affected, and robotic gait training did not maintain improvements at follow-up.
STILL TO COME
How it was doneWhat they foundWhat it means for PTsWhat it means for OTs
Read the rest of this summary
You get three full summaries a month, free, and we do not ask for a card. Search, the TL;DRs and your library stay unlimited either way.
What it does not show
This is a scoping review, not an effectiveness review, so it does not show whether any treatment works. The 45 included reports used very different designs, outcomes and populations, so results cannot be pooled or compared directly. Intervention studies were small, including a FES cycling study with 6 children and an FES walking study with 3 children, so many findings lacked power. Eighteen of the 45 reports came from research by Shriners Hospital for Children, which may bias the available evidence. Most reports focused on traumatic spinal cord injury, so children with non-traumatic spinal cord disorders are underrepresented. There are no clinical practice guidelines for musculoskeletal complications in children with spinal cord disorders, and the review found no standard mechanism or timeline.
Declared interests
The paper reports funding for the included studies: 17 received no funding, 16 were supported by grants from Shriners Hospitals for Children, 10 were funded by independent foundations and charities, and 2 were supported by both independent grants and a Shriners Hospitals for Children grant. No separate review funding or conflict-of-interest declaration is given in the paper.
The easy way to misread this
Do not read the trends towards increased bone mineral density with functional electrical stimulation as evidence that it works. The review says these studies were small and lacked power, and a randomised trial found bone mineral density was not significantly affected by FES cycling, passive cycling or electrical stimulation.
Summarised by AI from the full paper, without a clinician reviewing it. Check it against the source before it changes what you do. Read it on PubMed →