Horseshoe effects on equine gait—A systematic scoping review

Abstract

AbstractObjectiveTo provide an overview of available research about effects of horseshoes on equine kinetics and kinematics.MethodsThe terms, “horse/equine,” “hoof,” “shoes/horseshoes,” “kinetics,” and “kinematics” were searched in PubMed, Web of Science, Center for Agriculture and Bioscience International, and United States Department of Agriculture National Agricultural Library for manuscripts from first availability to 2024. Independent reviewers used preferred reporting items for systematic reviews and meta‐analyses guidelines to map and extract evidence‐based data from sources. Metrics included participant demographics, research methods, major findings, and study limitations. Knowledge gaps were also identified.ResultsA total of 46 studies were included. Most utilized non‐lame horses to compare original shoe designs or modifications to unshod or a standard open‐heel shoe. Horse demographics and gait, study design and outcome measures varied widely. Prevalent data collection equipment included force platforms and pressure plates, wearable force measuring technology, and videography. Many studies reported shoeing effects on limb forces and motion, but there was little consensus among unrelated studies. Common limitations included insufficient data resolution, no randomization, small sample size, single breed, and outcome measures specific or unique to the study. Knowledge gaps included data collection from all limbs and the impact of conformation and limb and hoof morphology and health condition on outcomes.ConclusionInformation from manuscripts that met inclusion criteria confirmed distinct, variable effects of shoe characteristics on equine gait parameters.Clinical significanceDetails from published work can serve as resource for clinical decisions and to guide standardization among investigations on shoe configuration effects on equine motion.