Allergic skin disease is a very common cause of itching in horses. The itching can severely affect the horse’s quality of life, leading to the horse wounding itself by biting or scratching, and it can reduce the utility of the horse. This 4-page fact sheet written by Rosanna Marsella, Nicky Craig, Carissa Wickens, and Samantha Brooks and published by the UF/IFAS Department of Animal Sciences explains how to manage allergic skin disease, control itching, treat secondary infections, and prevent the insect bites in the first place.
El decreto de Modernización de la Seguridad Alimentaria (FSMA por sus siglas en inglés) fue firmado en Enero del 2011. Dicho documento intenta cambiar el enfoque de la seguridad alimentaria hacia prevención en lugar de reacción ante eventos relacionados con alimentos. Determinar si un peligro requiere un control preventivo depende de la frecuencia y la gravedad del peligro, el cual varía de acuerdo a la instalación y la especie alimentada. This 5-page fact sheet is the Spanish version of EDIS document AN344, Common Hazards to Consider During Manufacturing of Feeds for Horses. Written by Ana Margarita Arias, Taylor N. Langford, Carissa Wickens, Lori Warren, and Jason M. Scheffler, and published by the UF/IFAS Department of Animal Sciences, July 2018.
Horses are uniquely sensitive to fumonisin and ionophores compared to other livestock species. Facilities, particularly mixed-species feed facilities, need to ensure CGMPs, SOPs, and possibly preventive controls are implemented to address those concerns in addition to more general hazards. This 5-page fact sheet discusses common biological, chemical, and physical hazards in horse feeds as well as methods of prevention. Written by Jason M. Scheffler, Taylor N. Langford, Carissa Wickens, and Lori Warren, and published by the UF/IFAS Department of Animal Sciences, June 2018.
Quality and cadence of various locomotion patterns are extremely valuable traits in horses. Breeds like the Tennessee Walking Horse, Florida Cracker Horse, Mangalarga marchador, and Icelandic Pony are prized and selected for unique intermediate-speed locomotion patterns. What if genetics could help us unravel and better select for the locomotion patterns of our horses? This 4-page fact sheet discusses the connection between locomotion patterns and genetics, DMRT3 and locomotion in the horse, improvement of understanding of the gene function of DMRT3, and current as well as future applications. Written by Laura Patterson Rosa, Carissa Wickens, and Samantha A. Brooks, and published by the UF Department of Animal Sciences, May 2017.
This 4-page fact sheet discusses the equine genome, determining the genotype of a horse, breeding for certain traits, and the future of genetic tools. Written by Laura Patterson Rosa, Carissa Wickens, and Samantha A. Brooks, and published by the UF Department of Animal Sciences, May 2017.