Equine Exercise in Younger and Older Adults: Simulated Versus Real Horseback Riding.

This study aimed to explore the impact of simulated horseback riding on muscle activation patterns in older and younger adults as compared to real horseback riding. The findings demonstrated that both forms of horseback riding could efficiently enhance muscle activation and improve balance and postural control. Particularly, simulated riding offered higher muscle activation among older participants, highlighting its potential utility as an accessible and cost-effective alternative to actual horseback riding.

Objective and Methodology of the Research

• The researchers wanted to investigate the differences in muscle activation patterns when participants engaged in simulated horseback riding as opposed to actual horseback riding.
• Surface electromyography recordings were used to monitor muscle activity in the erector spinae, rectus abdominis, internal oblique abdominis, and rectus femoris muscles.
• Both older and younger adults were included in the study, enabling direct comparison across different age groups. The participants performed three different riding patterns: walk, slow trot, and fast trot.

Findings of the Study

• The results showed that muscle activation was uniformly higher in simulated horseback riding, and it increased through each riding pattern from walk to fast trot.
• Importantly, there was no effect of age on muscle activation, suggesting that both older and younger adults can benefit from the two forms of riding exercise.
• However, among the older participants, muscle activation was significantly higher during simulated horseback riding across all gait types, indicating that simulated horseback riding can be especially beneficial for this age group.
• This study has demonstrated that apart from actual horseback riding, simulated horseback riding can also effectively improve trunk and thigh muscle activation, as well as balance and postural control.

Implications and Conclusion

• This research provides evidence that simulated horseback riding could be a viable alternative to real horseback riding, particularly for older adults, for enhancing muscle function and improving balance and posture.
• Furthermore, considering the practical challenges and costs associated with real horseback riding, the findings suggest that the simulation could potentially provide a more accessible and affordable option for physical exercise.
• However, more research might be required to fully understand the potential limitations and long-term benefits of such simulated exercises.