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Robotic-assisted treadmill training improves walking measures in children with spastic diplegic cerebral palsyRobotic treadmill training may help walking in children with cerebral palsy

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Key Takeaway
Consider robotic-assisted treadmill training as adjunct therapy for walking in spastic diplegia, but interpret early efficacy data cautiously.

In a randomized controlled trial, 40 children aged 6 to 11 years with spastic diplegic cerebral palsy who could ambulate but had abnormal gait kinematics were studied. The intervention group received robotic-assisted treadmill gait training using Lokomat in addition to a regular physical therapy program based on the neurodevelopmental approach, while the comparator group received only the regular physical therapy program.

The group receiving the combined robotic training and therapy showed statistically significant improvement (p < 0.05) in all measured variables: walking speed, step length, step symmetry, and 6-minute walk test performance. Post-treatment mean values of all measured variables also showed significant differences between groups (p < 0.05), favoring the group that received robotic-assisted training.

Safety and tolerability data were not reported in the abstract, and the study did not report effect sizes, confidence intervals, or absolute numbers for the improvements. The clinical significance of the statistically significant findings remains unclear without these quantitative measures. While the RCT design suggests causal inference is possible, the abstract does not specify primary versus secondary outcomes or adjustments for multiple comparisons.

For clinical practice, these findings from a single RCT with modest sample size suggest robotic-assisted treadmill gait training could be considered as an additional therapeutic modality to improve walking performance in children with spastic diplegia. However, clinicians should interpret these results cautiously given the lack of reported safety data, effect sizes, and information about the sustainability of improvements.

Researchers studied whether adding robotic-assisted treadmill training to regular physical therapy could help children with a type of cerebral palsy called spastic diplegia walk better. The study involved 40 children between 6 and 11 years old who could walk but had an abnormal gait. They were split into two groups: one received the robotic training plus their usual therapy, and the other received only their usual therapy.

The group that received the extra robotic training showed statistically significant improvements in several walking measures. These included walking speed, step length, step symmetry, and how far they could walk in six minutes, compared to the group that only had regular therapy.

It is important to be cautious about these results. The study was small, and the published abstract does not tell us how big these improvements actually were in practical terms. We also don't know if the children felt the training was comfortable or if there were any safety concerns, as that data wasn't reported. Readers should see this as a promising early signal that this type of training might be a helpful add-on to therapy, but more detailed research is needed to understand its true value and safety.

What this means for you:
Early study shows robotic training may help walking in kids with cerebral palsy, but more research is needed on its real-world impact.

Study Details

Study typeRct
EvidenceLevel 2
PublishedApr 2026
View Original Abstract ↓
BACKGROUND AND PURPOSE: Children diagnosed with diplegic cerebral palsy frequently experience gait difficulties that can significantly affect their independence and quality of life. The development of advanced technologies presents opportunities to enhance their walking abilities and overall functional performance. The purpose of this study was to determine how children with spastic diplegia performed when walking after completing robotic-assisted treadmill gait training (RATGT). METHODS: Forty children with spastic diplegia participated in this randomized controlled trial. Their ages ranged from 6 to 11 years, and they were able to ambulate and displayed abnormal gait kinematics. They were randomly classified into two groups of equal number; the control group (A) received a regular physical therapy program based on the neurodevelopmental approach, while the study group (B) received RATGT using Lokomat in addition to the regular physical therapy program. Biodex Gait Trainer II was used to assess walking speed, step length, step symmetry, and the 6-min walk test to assess walking capacity for each group before and after the treatment program. RESULTS: There was statistically significant improvement of all measured variables in group B (p < 0.05), with significant difference between groups when comparing post-treatment mean values of all measured variables (p < 0.05). DISCUSSION: These findings suggested that RATGT could be used as an additional therapeutic modality to improve walking performance in children with spastic diplegia. TRIAL REGISTRATION: Clinical trial registration number from the Pan African Clinical Trials Registry (PACTR) - PACTR202503598420671.
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