Immediate effects of a 30-min hippotherapy session on center of pressure displacement in children with autism spectrum disorder: A quasi-experimental study.
Authors: Viviane de Fátima Coccia, A. L. F. Rodacki, S. Pavão
Journal: Journal of bodywork and movement therapies
Summary
# Editorial Summary: Hippotherapy and Postural Control in Children with Autism Spectrum Disorder Postural instability is a recognised feature of autism spectrum disorder, stemming from sensorimotor disruptions that distinguish affected children from their typically developing peers. Coccia and colleagues examined whether a single 30-minute hippotherapy session could produce measurable improvements in centre of pressure (CoP) displacement—a key marker of postural stability—in 60 children with ASD and 60 typically developing controls, using inertial sensors to assess standing balance both on firm ground with eyes open and on foam with eyes closed before and immediately after riding. The intervention generated immediate postural changes in both groups, though children with ASD demonstrated notably greater improvements during the more challenging sensory condition (foam surface, eyes closed), suggesting their postural control systems responded more robustly to the rhythmic, perturbatory stimulus of the horse's movement. These findings reinforce the mechanistic rationale for hippotherapy: the continuous postural microadjustments required to maintain stability on a moving horse appear to constitute a potent, trainable stimulus rather than an immutable neurological deficit. For practitioners integrating hippotherapy into treatment programmes for autistic children, this evidence supports its use as a short-term intervention capable of producing measurable neuromotor effects, though longer-term studies will be needed to determine whether acute improvements translate into lasting functional gains.
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Practical Takeaways
- •Hippotherapy can produce immediate measurable effects on postural stability in a single 30-minute session, providing objective evidence to support its use in ASD management programs.
- •Children with ASD may benefit more from hippotherapy in challenging sensory environments, suggesting tailored protocols incorporating progressive sensory complexity could optimize therapeutic outcomes.
- •The horse's natural gait provides sufficient postural perturbation stimulus to trigger acute neuromotor adaptations, making hippotherapy a viable complementary intervention for balance and stability training in neurodevelopmental conditions.
Key Findings
- •A single 30-minute hippotherapy session produced immediate measurable changes in center of pressure displacement in both children with ASD and typically developing children.
- •Children with ASD showed greater improvements in postural control during challenging sensory conditions (closed eyes on foam surface) compared to typically developing children.
- •The rhythmic postural perturbations from horse movement acutely altered postural stability metrics, suggesting postural control is trainable in ASD populations.