Utilizing a Novel Hippotherapy Simulation for Neuromuscular Therapeutic Intervention in a Resident with Mowat-Wilson Syndrome (MWS)

Abstract

This study aims to evaluate the efficacy of a Hippotherapy simulation setup (HT-sim) in enhancing physical adaptations rooted in the mind-body connection, preparing patients for real-time Hippotherapy, and providing mental and emotional benefits. The case study focuses on a resident with Mowat-Wilson Syndrome (MWS) whose engagement with HT-sim was monitored over five quarters. Key metrics, including self-realignments (S-R), accordance periods (ACC), and discordance periods (DCC), were analyzed to assess motor control, stability, and synchronization with external stimuli.

Results indicated a clear trajectory of improvement, with a significant increase in S-R and ACC metrics and a decrease in DCC metrics over time. Initially, our resident struggled with stability and self-led postural adjustments, but consistent engagement with HT-sim led to refined motor responses and improved balance. By the final quarters, he demonstrated mastery in maintaining stability, highlighting the effectiveness of HT-sim in fostering neuromotor functions.

The study also explored the emotional and mental benefits of HT-sim, noting reduced physical tension, increased well-being, and enhanced quality of life. The findings support the potential of HT-sim as a preparatory or supplementary intervention for traditional Hippotherapy, offering significant therapeutic benefits in a cost-effective and accessible manner. This research underscores the value of HT-sim in neurorehabilitation, particularly for individuals with conditions like MWS.

The results suggest that HT-sim can be a practical and effective tool for enhancing motor control, stability, and emotional well-being, paving the way for future applications in clinical and therapeutic settings.