Force plate studies of equine biomechanics.

The study explores the possibilities of using a force plate as a tool for studying equine biomechanics, with the ability to measure a wide spectrum of forces exerted by horses, from those related to movement to those connected to bodily functions such as heartbeat.

Understanding the Research

• The purpose of this research was to investigate the utility of a force plate in the field of equine biomechanics. Biomechanics is the study of the mechanics of living organisms, and in this case, the biomechanics of horses. A force plate is an instrument designed to measure the ground reaction forces produced by a body standing on or moving across it. They are often used in the analysis of sports and exercise motions, but also have potential for veterinary applications.
• In this study, the force plate was used to measure a variety of equine forces. This included forces created during movement, such as galloping, where forces could exceed a ton, and forces associated with internal bodily functions, such as the force created by the beating heart, which was measured to be about 25g.

Potential Developments and Applications

• The research suggests that the force plate could prove to be a valuable clinical instrument in veterinary medicine, specifically relating to horses. The force plate’s ability to measure such a wide range of forces means it could provide valuable insights into a horse’s health and physical condition.
• For example, by analyzing the forces exerted when a horse is galloping, researchers and veterinarians could gain a better understanding of the horse’s gait and overall health. This could help in diagnoses related to joint disorders, lameness, or other movement-related conditions. Similar benefits could be derived from measuring and analyzing the force of a horse’s heartbeat.

Conclusion

• This research helps to broaden the potential applications of force plate technology, beyond its typical use in human motion analysis. It opens the door for further development and refinement of this technology for use in veterinary medicine, particularly in the field of equine health and biomechanics.