DMO

Hi my friend, we had a really positive experience using DMOs. They specifically made a big difference for my child. He had greater control and awareness of his body.

I love DMO products as I have seen the improvement in alignment and awareness, both essential foundations for motor control learning and rehabilitation. But yes it needs to be well measured for a good fit otherwise it's very tricky

Pia Stampe, a physical therapist, discusses the use of Dynamic Movement Orthoses (DMOs) as part of a comprehensive therapy approach for children with cerebral palsy. She emphasizes the importance of alignment, starting with the trunk, and uses tools like DMOs to achieve this. Stampe highlights the role of biofeedback and neuromuscular electrical stimulation (NMES) to help children activate specific muscles, such as the quads and glutes, which are often weak or underused. She shares an example of a young man who, through this method, improved his posture and muscle activation, enabling him to stand upright and function better. The use of video analysis and biofeedback provides children with a clear understanding of their progress and helps them learn what normal muscle activation feels like.

This study explored the effects of dynamic elastomeric fabric orthoses (DEFOs) on the walking ability of children with spastic diplegic cerebral palsy. Researchers used a single-case experimental design with an ABA methodology, involving eight children aged 3 to 13 years, to collect both quantitative and qualitative data.

The study found that DEFOs improved walking speed and consistency in some children, with statistically significant results in 5 out of 8 participants for gait velocity and 4 out of 8 for gait consistency. Subjective feedback from participants and caregivers also supported the positive impact of the orthoses.

For children with spastic diplegic cerebral palsy, DEFOs may help improve walking ability and reduce the effort required to move, potentially enhancing their mobility and quality of life. Caregivers may also notice improvements in the child’s functional mobility and overall comfort.

This study is moderately reliable as it uses a single-case experimental design, which is suitable for early exploratory research. However, the small sample size limits generalizability, and further large-scale controlled studies are needed to confirm these findings.

This paper reviewed systematic studies to evaluate the effectiveness of using casting and orthoses for upper and lower limbs in children with cerebral palsy. The researchers analyzed 40 reviews, narrowed down to five that met their criteria, to assess the quality and findings of existing evidence.

The study found that lower limb casting has short-term benefits for improving passive range of motion. Orthoses that limit ankle plantar flexion showed positive effects on equinus gait, but their long-term impact remains uncertain. Evidence for using casting or splinting to address upper limb issues in children with cerebral palsy was inconclusive.

For individuals with cerebral palsy or their caregivers, this paper highlights that while certain treatments like orthoses may offer short-term benefits, their long-term effectiveness is unclear. It emphasizes the need for more reliable research to guide treatment decisions.

This paper is a systematic review, which is generally considered a high-quality form of research. However, the authors noted variability in the quality of the studies they reviewed, which may limit the reliability of the conclusions.