The Effect of Heel Studs on Retraction Kinematics of the Equine Hind-limb during Canter on Grass

Kirsty Lesniak, Adam Gibson

Research output: Contribution to conferencePoster

Abstract

Introduction: Screw-in heel studs are used throughout the equestrian industry with the purpose of enhancing hoof-ground interaction to optimise performance (Harvey et al., 2012). Limited research is available regarding stud use and their effect on equine limb kinematics; however, suppositions can be made in relation to our knowledge of the effect of cleated footwear on human athlete limb kinematics throughout sport (Fulco et al., 2000). The aim of this study was to assess whether the use of heel studs effected the kinematics of the equine hind-limb, during the phase of retraction, whilst cantering on grass. Method & Materials: External skin markers were positioned at the tuber coxae, cranial point of the greater trochanter and the lateral epicondyle of the femur, the distal end of the tibia at the lateral malleolus, distal end of the metatarsus and three markers on the lateral hoof wall forming a triangle on four event horses, ranging from Novice to Advanced Level. All horses cantered within a 30 meters standardised field-testing environment. This was done three times with the use of studs followed by three times without the use of studs for each horse. All measurements were taken on the same day to prevent anomalies within the results. Video footage was obtained using a high-speed motion camera (Iphone 6S Plus/ 240 frames per second) for analysis using Version 7 Dartfish Pro. Using IBM SPSS 25 Statistical Software a Paired Samples t-test was used to determine the significance level between the different joint angles of the hind-limb with and without the use of studs. Results: Results showed use of studs significantly alters the kinematics of the equine hind-limb Discussion & Conclusion: This study only begins to answer the question into the overall effect of studs on a competition horse’s limb kinematics. Results of this study indicate, that the alterations of the joint angles of the hind-limb are the consequence of studs decreasing stride length and improving traction between the hoof and ground surface (Harvey et al., 2012). Therefore, causing a jarring effect within the limb at the point of landing with the ground surface Kane et al., 1996; Hill et al., 2001). This suggests that studs have the potential to alter the ground reaction forces (GRF) and loading forces experienced within the limb (Gehring et al., 2007). As such, there is a need for further investigation in to how stud configuration, stud size and how fore and hind-limb studs interact on the horse’s kinematics; in order to understand the true effect of the repetitive usage of studs and the long-term potential injury risks associated.
Original languageEnglish
Publication statusPublished - 8 Aug 2019
Event9th Alltech-Hartpury Student Conference - Hartpury University, United Kingdom
Duration: 8 May 20198 May 2019

Conference

Conference9th Alltech-Hartpury Student Conference
CountryUnited Kingdom
Period8/5/198/5/19

Fingerprint

Heel
Poaceae
Biomechanical Phenomena
Horses
Extremities
Hoof and Claw
Femur
Joints
Metatarsus
Traction
Tibia
Athletes
Sports
Hip
Industry
Software
Skin
Wounds and Injuries

Cite this

Lesniak, K., & Gibson, A. (2019). The Effect of Heel Studs on Retraction Kinematics of the Equine Hind-limb during Canter on Grass. Poster session presented at 9th Alltech-Hartpury Student Conference , United Kingdom.
Lesniak, Kirsty ; Gibson, Adam. / The Effect of Heel Studs on Retraction Kinematics of the Equine Hind-limb during Canter on Grass. Poster session presented at 9th Alltech-Hartpury Student Conference , United Kingdom.
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title = "The Effect of Heel Studs on Retraction Kinematics of the Equine Hind-limb during Canter on Grass",
abstract = "Introduction: Screw-in heel studs are used throughout the equestrian industry with the purpose of enhancing hoof-ground interaction to optimise performance (Harvey et al., 2012). Limited research is available regarding stud use and their effect on equine limb kinematics; however, suppositions can be made in relation to our knowledge of the effect of cleated footwear on human athlete limb kinematics throughout sport (Fulco et al., 2000). The aim of this study was to assess whether the use of heel studs effected the kinematics of the equine hind-limb, during the phase of retraction, whilst cantering on grass. Method & Materials: External skin markers were positioned at the tuber coxae, cranial point of the greater trochanter and the lateral epicondyle of the femur, the distal end of the tibia at the lateral malleolus, distal end of the metatarsus and three markers on the lateral hoof wall forming a triangle on four event horses, ranging from Novice to Advanced Level. All horses cantered within a 30 meters standardised field-testing environment. This was done three times with the use of studs followed by three times without the use of studs for each horse. All measurements were taken on the same day to prevent anomalies within the results. Video footage was obtained using a high-speed motion camera (Iphone 6S Plus/ 240 frames per second) for analysis using Version 7 Dartfish Pro. Using IBM SPSS 25 Statistical Software a Paired Samples t-test was used to determine the significance level between the different joint angles of the hind-limb with and without the use of studs. Results: Results showed use of studs significantly alters the kinematics of the equine hind-limb Discussion & Conclusion: This study only begins to answer the question into the overall effect of studs on a competition horse’s limb kinematics. Results of this study indicate, that the alterations of the joint angles of the hind-limb are the consequence of studs decreasing stride length and improving traction between the hoof and ground surface (Harvey et al., 2012). Therefore, causing a jarring effect within the limb at the point of landing with the ground surface Kane et al., 1996; Hill et al., 2001). This suggests that studs have the potential to alter the ground reaction forces (GRF) and loading forces experienced within the limb (Gehring et al., 2007). As such, there is a need for further investigation in to how stud configuration, stud size and how fore and hind-limb studs interact on the horse’s kinematics; in order to understand the true effect of the repetitive usage of studs and the long-term potential injury risks associated.",
author = "Kirsty Lesniak and Adam Gibson",
year = "2019",
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language = "English",
note = "9th Alltech-Hartpury Student Conference ; Conference date: 08-05-2019 Through 08-05-2019",

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Lesniak, K & Gibson, A 2019, 'The Effect of Heel Studs on Retraction Kinematics of the Equine Hind-limb during Canter on Grass', 9th Alltech-Hartpury Student Conference , United Kingdom, 8/5/19 - 8/5/19.

The Effect of Heel Studs on Retraction Kinematics of the Equine Hind-limb during Canter on Grass. / Lesniak, Kirsty; Gibson, Adam.

2019. Poster session presented at 9th Alltech-Hartpury Student Conference , United Kingdom.

Research output: Contribution to conferencePoster

TY - CONF

T1 - The Effect of Heel Studs on Retraction Kinematics of the Equine Hind-limb during Canter on Grass

AU - Lesniak, Kirsty

AU - Gibson, Adam

PY - 2019/8/8

Y1 - 2019/8/8

N2 - Introduction: Screw-in heel studs are used throughout the equestrian industry with the purpose of enhancing hoof-ground interaction to optimise performance (Harvey et al., 2012). Limited research is available regarding stud use and their effect on equine limb kinematics; however, suppositions can be made in relation to our knowledge of the effect of cleated footwear on human athlete limb kinematics throughout sport (Fulco et al., 2000). The aim of this study was to assess whether the use of heel studs effected the kinematics of the equine hind-limb, during the phase of retraction, whilst cantering on grass. Method & Materials: External skin markers were positioned at the tuber coxae, cranial point of the greater trochanter and the lateral epicondyle of the femur, the distal end of the tibia at the lateral malleolus, distal end of the metatarsus and three markers on the lateral hoof wall forming a triangle on four event horses, ranging from Novice to Advanced Level. All horses cantered within a 30 meters standardised field-testing environment. This was done three times with the use of studs followed by three times without the use of studs for each horse. All measurements were taken on the same day to prevent anomalies within the results. Video footage was obtained using a high-speed motion camera (Iphone 6S Plus/ 240 frames per second) for analysis using Version 7 Dartfish Pro. Using IBM SPSS 25 Statistical Software a Paired Samples t-test was used to determine the significance level between the different joint angles of the hind-limb with and without the use of studs. Results: Results showed use of studs significantly alters the kinematics of the equine hind-limb Discussion & Conclusion: This study only begins to answer the question into the overall effect of studs on a competition horse’s limb kinematics. Results of this study indicate, that the alterations of the joint angles of the hind-limb are the consequence of studs decreasing stride length and improving traction between the hoof and ground surface (Harvey et al., 2012). Therefore, causing a jarring effect within the limb at the point of landing with the ground surface Kane et al., 1996; Hill et al., 2001). This suggests that studs have the potential to alter the ground reaction forces (GRF) and loading forces experienced within the limb (Gehring et al., 2007). As such, there is a need for further investigation in to how stud configuration, stud size and how fore and hind-limb studs interact on the horse’s kinematics; in order to understand the true effect of the repetitive usage of studs and the long-term potential injury risks associated.

AB - Introduction: Screw-in heel studs are used throughout the equestrian industry with the purpose of enhancing hoof-ground interaction to optimise performance (Harvey et al., 2012). Limited research is available regarding stud use and their effect on equine limb kinematics; however, suppositions can be made in relation to our knowledge of the effect of cleated footwear on human athlete limb kinematics throughout sport (Fulco et al., 2000). The aim of this study was to assess whether the use of heel studs effected the kinematics of the equine hind-limb, during the phase of retraction, whilst cantering on grass. Method & Materials: External skin markers were positioned at the tuber coxae, cranial point of the greater trochanter and the lateral epicondyle of the femur, the distal end of the tibia at the lateral malleolus, distal end of the metatarsus and three markers on the lateral hoof wall forming a triangle on four event horses, ranging from Novice to Advanced Level. All horses cantered within a 30 meters standardised field-testing environment. This was done three times with the use of studs followed by three times without the use of studs for each horse. All measurements were taken on the same day to prevent anomalies within the results. Video footage was obtained using a high-speed motion camera (Iphone 6S Plus/ 240 frames per second) for analysis using Version 7 Dartfish Pro. Using IBM SPSS 25 Statistical Software a Paired Samples t-test was used to determine the significance level between the different joint angles of the hind-limb with and without the use of studs. Results: Results showed use of studs significantly alters the kinematics of the equine hind-limb Discussion & Conclusion: This study only begins to answer the question into the overall effect of studs on a competition horse’s limb kinematics. Results of this study indicate, that the alterations of the joint angles of the hind-limb are the consequence of studs decreasing stride length and improving traction between the hoof and ground surface (Harvey et al., 2012). Therefore, causing a jarring effect within the limb at the point of landing with the ground surface Kane et al., 1996; Hill et al., 2001). This suggests that studs have the potential to alter the ground reaction forces (GRF) and loading forces experienced within the limb (Gehring et al., 2007). As such, there is a need for further investigation in to how stud configuration, stud size and how fore and hind-limb studs interact on the horse’s kinematics; in order to understand the true effect of the repetitive usage of studs and the long-term potential injury risks associated.

M3 - Poster

ER -

Lesniak K, Gibson A. The Effect of Heel Studs on Retraction Kinematics of the Equine Hind-limb during Canter on Grass. 2019. Poster session presented at 9th Alltech-Hartpury Student Conference , United Kingdom.