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• W2009681796 abstract "This editorial links to: 10.1111/j.1365-3164.2006.00545.x Since the publication of Tony Stannard's ‘Stannard's illustrated equine dermatology’ in 2000,1 there has been an impressive increase in published scientific articles on the subject of skin diseases of the horse; these have included original studies, retrospective case series and case reports of newly documented diseases. Many of these have been published in this flagship of our specialty, Veterinary Dermatology. Advances in descriptions, understanding and/or treatment have been reported for both common diseases, such as equine sarcoid, anhydrosis and cutaneous vasculitis, and less common conditions, such as pemphigus foliaceous, sarcoidosis and hereditary equine regional dermal asthenia (HERDA). The quality of the vast majority of the articles has been impressive enough to make delineating any one as more influential quite difficult. However, credit must be given to the continuing research and publications from the research group at the University of Glasgow, headed by Douglas Bovell, for their investigations into the physiology of the process by which horses sweat. This work, much of it published in Veterinary Dermatology,2-6 has not only attempted to determine the physiology in healthy horses, but has also followed the logical pattern of proceeding to investigate anhydrosis, a serious, potentially life-threatening equine disease, important particularly in tropical and subtropical areas of the world. The profusion of scientific articles have been accompanied by such texts as the second edition of Equine Dermatology by Danny Scott and Bill Miller and the Equine Dermatology issue of Veterinary Clinics of North America: Equine Practice edited by Tony Yu and Rod Rosychuk, as well as other volumes. This has resulted in a greater depth of resources for both private practice clinicians and academics and, especially, for veterinary students and residents (both in dermatology and in equine medicine). Indeed, many of the truly landmark clinical studies have been the result of close consultation and co-operation between dermatologists and equine medicine clinicians. The increase in these resources and in publications has also resulted in a heightened awareness among equine practitioners and the lay public, reflected in an increasing number of continuing education programmes throughout the world dealing with equine dermatology. However, there is much work remaining. As dermatologists, we must continue to foster co-operation and communication amongst and across the various disciplines and interested parties to advance our understanding of common equine dermatological diseases, such as equine sarcoid, Culicoides hypersensitivity, cutaneous vasculitis, pars intermedia pituitary dysfunction and atopic dermatitis. This cross-communication is not only important in research, but is also vital in increasing the communication of present and future advances to the equine practitioners in the field. Another subject for future investigation is the importance of the donkey and the skin diseases that afflict it. These are only now garnering wider interest, especially with regard to the substantial economic role played by this species and its welfare in many parts of the developing world. This near relative of the horse (and their cross-breed, the mule) deserves increased attention from all those interested in equine dermatology. Perhaps even further afield, investigation of dermatology of wild equids could easily be impacted by advances in the diagnoses and treatment of disease in their domestic counterparts. Funding, as always, is one of the determining factors for continuing scientific research, thus we need to influence the large pharmaceutical companies to increase their efforts in the areas of pathophysiology and treatment of equine skin diseases. Can we develop a truly effective vaccine against equine sarcoid? Do horses have interleukin-31 and does it influence pruritus? Will we see/are we seeing the type of rapid onslaught of meticillin-resistant Staphyloccus species in cutaneous infections of horses as we have in small animals? And, for that matter, what is the predominant Staphyloccus species in horses: Staphyloccus pseudintermdius, Staphyloccus aureus, Staphyloccus delphini or something else? Is it the same in donkeys? The whole identity of the equine biome awaits further clarification. As we advance in this field, as in so many others, I feel certain that new ideas, research and treatments will continue to result from all our efforts, and that they will undoubtedly be published in Veterinary Dermatology." @default.
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• W2009681796 date "2014-08-01" @default.
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• W2009681796 title "Equine dermatology - past, present and future" @default.
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