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Topic:Disease Prevalence

Disease prevalence in horses refers to the frequency and distribution of various diseases within equine populations. Understanding disease prevalence is essential for identifying health trends, assessing risk factors, and implementing effective disease management and prevention strategies. Common diseases affecting horses include equine influenza, equine herpesvirus, strangles, and equine infectious anemia. The study of disease prevalence involves collecting and analyzing data from veterinary reports, field studies, and laboratory diagnostics. This page compiles peer-reviewed research studies and scholarly articles that investigate the patterns, causes, and implications of disease prevalence in horses, providing insights into equine health management and epidemiology.
The Causative Agent of Infectious Equine Encephalomyelitis in Venezuela.
Science (New York, N.Y.)    July 7, 1939   Volume 90, Issue 2323 20-21 doi: 10.1126/science.90.2323.20
Kubes V, Ríos FA.No abstract available
Epidemiology of Equine Encephalomyelitis in the Eastern United States.
The Journal of experimental medicine    October 31, 1935   Volume 62, Issue 5 677-685 doi: 10.1084/jem.62.5.677
Tenbroeck C, Hurst EW, Traub E.Equine encephalomyelitis of the eastern type is a disease of the late summer and fall and cases are found in greatest numbers near salt marshes. The epidemiological findings are against its transmission by contact and favor the view that it is insect borne. Although virus can be demonstrated in the blood of infected horses it is present for a relatively short time, and the possibility that the disease is not primarily an infection of horses but that it is transmitted to them from another host is considered.
Equine Piroplasmosis in the Canal Zone.
Science (New York, N.Y.)    March 7, 1913   Volume 37, Issue 949 370-371 doi: 10.1126/science.37.949.370-a
Darling ST.No abstract available
Glanders in Horses.
The Journal of comparative medicine and veterinary archives    April 1, 1896   Volume 17, Issue 4 274-276 
Biart EH.No abstract available
Influenza in Horses.
The Journal of comparative medicine and veterinary archives    March 1, 1891   Volume 12, Issue 3 129-137 
Fleming G.No abstract available
Contagious Venereal Disease Amongst Horses in Kent County, Canada.
The Journal of comparative medicine and veterinary archives    March 1, 1890   Volume 11, Issue 3 143-158 
Bryce PH.No abstract available
Equine Relapsing Fever.
The Indian medical gazette    June 1, 1886   Volume 21, Issue 6 178-179 
No abstract available
On the So-called Equine Scarlatina.
The Southern medical record    December 20, 1883   Volume 13, Issue 12 453-454 
Billings FS.No abstract available
History and Course of the Epizoötic among Horses upon the North American Continent in 1872-73.
Public health papers and reports    January 1, 1873   Volume 1 88-109 
Judson AB.No abstract available
Epidemic Catarrh among Horses.
Buffalo medical and surgical journal    October 1, 1872   Volume 12, Issue 3 113-114 
No abstract available
Integrated analysis of human-animal-vector surveillance: West Nile virus infections in Austria, 2015-2016.
   March 18, 2026  
The results of integrated human and veterinary surveillance for West Nile virus (WNV) infections in Austria during the transmission seasons 2015 and 2016 are shown. Altogether WNV nucleic acid was detected in 21 humans, horses, wild birds and mosquito pools. In detail: in four human clinical cases [two cases of West Nile fever (WNF) and two cases of West Nile neuroinvasive disease (WNND)]; eight blood donors [among 145,541 tested donations], of which three remained asymptomatic and five subsequently developed mild WNF; two horses with WNND, of which one recovered and one had to be euthanized; ...
Factors associated with outcome and gradual improvement in survival over time in 1065 equine neonates admitted to an intensive care unit.
   March 18, 2026  
There is a paucity of information regarding the association between common disorders and outcome over time in a large population of ill equine neonates. Objective: To describe the relative frequency of neonatal disorders in a large population of foals admitted to a neonatal intensive care unit, to determine the disorders and factors associated with nonsurvival and determine if the outcome of ill neonatal foals has improved over time. Methods: Retrospective study. Methods: Cases were selected from equine neonatal (≤14 days of age) admissions between 1982 and 2008. Multivariable logistic regre...
Prevalence of large endoparasites at necropsy in horses infected with Population B small strongyles in a herd established in Kentucky in 1966.
   March 18, 2026  
Two closed horse herds (Old Lot 4 and Field 24), infected since 1966 with Population B small strongyles resistant to thiabendazole (TBZ) and phenothiazine (PTZ), were terminated in February, March, and May, 2005. At necropsy, only the large endoparasites were identified and counted. The number of horses on pasture was 14 (239 days of age to 23 years old) for Old Lot 4 and two (3 to 20 years old) for Field 24. The time of the last antiparasitic treatment, relative to the year (2005) of necropsy, was 26 years for Old Lot 4 and 9 years for Field 24 horses. Gasterophilus intestinalis third instars...
A retrospective study of the prevalence in equine postmortems of cranial mesenteric arteritis caused by Strongylus vulgaris in Alberta (2010 to 2022).
   March 18, 2026  
is one of the most pathogenic nematodes affecting equids. Larval migration through the cranial mesenteric artery (CMA) with attendant arteritis and thromboembolism can result in fatal non-strangulating intestinal infarction. Once considered a historical disease, recent studies have described the reemergence of this pathogen in several European countries; however, little is known of the current prevalence of in the Canadian horse population. Unassigned: To determine the prevalence of active cranial mesenteric arteritis in horses submitted for postmortem examination to the Diagnostic Services...
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