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Comparative Study
. 2001 Jul-Aug;30(4):366-73.
doi: 10.1053/jvet.2001.24392.

Comparison of two methods for presurgical disinfection of the equine hoof

Affiliations
Comparative Study

Comparison of two methods for presurgical disinfection of the equine hoof

G E Hennig et al. Vet Surg. 2001 Jul-Aug.

Abstract

Objectives: To determine for equine hooves the normal resident aerobic bacterial population and the efficacy of 2 methods of disinfection. Study Design-Measurement of total bacterial, gram-positive bacterial, and gram-negative bacterial surface populations from the frog, sole, and hoof wall after each step of 2 different preoperative surgical disinfection techniques.

Animals: Six adult horses.

Methods: Hoof wall, sole, and frog samples were collected for quantitative bacteriology before, during, and after 2 multistep antiseptic preparation techniques: Method A-6-minute scrub with povidone-iodine soap, followed by 24-hour submersion in povidone-iodine solution-soaked cotton; and Method B-initial removal of superficial layer of hoof capsule before completing Method A disinfection procedures.

Results: Removal of the superficial hoof layer, application of the povidone iodine scrub, and completion of the povidone-iodine soak all significantly (P < .0008) decreased total bacterial numbers. Method B had significantly lower bacterial counts than method A at each consecutive step. Final total bacterial counts remained greater than 10(5) bacteria per gram of tissue regardless of preparation method.

Conclusions: The hoof surface hosts a broad spectrum of aerobic gram-positive and -negative bacteria, many of which are potential pathogens. Bacterial numbers can be significantly reduced by removal of the superficial hoof surface, by application of a povidone-iodine scrub, and by use of a 24-hour povidone-iodine soak. However, bacterial populations >10(5) g per tissue persist after these disinfection procedures.

Clinical relevance: Regardless of the preparation methods used in this study, bacterial populations capable of inducing wound infection remain on the hoof capsule.

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