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The Relationship Between Foot Conformation, Foot Placement and Motion Symmetry in the Equine Hindlimb
Author(s) -
Agass R.F.,
Wilson A.M.,
Weller R.,
Pfau T.
Publication year - 2014
Publication title -
equine veterinary journal
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.82
H-Index - 87
eISSN - 2042-3306
pISSN - 0425-1644
DOI - 10.1111/evj.12323_44
Subject(s) - foot (prosody) , hindlimb , heel , lameness , anatomy , gait , symmetry (geometry) , motion (physics) , horse , medicine , physical medicine and rehabilitation , geometry , biology , mathematics , computer science , surgery , artificial intelligence , philosophy , paleontology , linguistics
Reasons for performing study The relationships between hind foot conformation, placement and motion symmetry in the equine hindlimb are poorly defined. Little research has been carried out into the potential interactions between these variables despite the commonality of hindlimb lameness in sports and leisure horses. Objectives To determine hind foot placement and describe the relationships between hind foot conformation, placement and motion symmetry. Study design Observational study. Methods Overall foot placement of 43 horses was determined from simultaneous orthogonal filming at walk and trot, foot conformation was measured from digital photographs and motion symmetry data was collected using horse mounted inertial sensors. Results Left and right hind foot conformation differed significantly (P = 0.001–0.036). Foot placement was not significantly different between left and right feet, despite these conformational differences. Foot placement was significantly different between walk and trot (P<0.001). Lateral heel landing was the most common landing pattern observed at walk (55.81%) and trot (43.12%). Lateral and lateral toe landings were more common at trot, though relatively uncommon at both gaits. Foot conformation was significantly associated with motion symmetry (P<0.001–0.007) and with placement at trot (P = 0.002–0.005) but not walk. Conclusions Hind feet land preferentially laterally and heel first at both the walk and trot. Foot conformation appeared to be associated with landing patterns at the trot but not walk. Foot conformation was also associated with motion symmetry, although it is difficult to say whether conformation affects symmetry or vice versa . Multiple factors contribute to equine locomotion, foot conformation, landing patterns and the maintenance of orthopaedic health. Ethical animal research: This study was granted approval by the Royal Veterinary College Ethics Committee. Informed consent was obtained from all owners involved. Sources of funding: None. Competing interests: None.