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Topic:Infectious Disease

Infectious diseases in horses encompass a range of illnesses caused by bacteria, viruses, fungi, or parasites. These diseases can affect various systems within the equine body, leading to symptoms that range from mild discomfort to severe systemic illness. Common infectious diseases in horses include equine influenza, strangles, equine herpesvirus, and West Nile virus. These diseases can be transmitted through direct contact with infected animals, contaminated surfaces, or vectors such as insects. Understanding the mechanisms of transmission, pathogenesis, and immune response is essential for effective prevention and control. This page compiles peer-reviewed research studies and scholarly articles that explore the epidemiology, diagnosis, treatment, and management of infectious diseases in horses.
EIA research.
Modern veterinary practice    January 1, 1977   Volume 58, Issue 1 58-64 
No abstract available
Challenge of equines with San Miguel sea lion viruses. Wilder FW, Dardiri AH, Yedloutschnig RJ, Ugstad PO.No abstract available
Secular trends of annual morbidities of animal infectious diseases.
National Institute of Animal Health quarterly    January 1, 1977   Volume 17, Issue 4 179-183 
Takizawa T, Ito T.Supposing two mathematical models, additive and multiplicative, the authors estimated the secular trends of annual morbidities (1949 approximately 1975) of twelve infectious diseases of domestic animals. For each diseases ten different trend curves were fitted. It was found that five regression equations, namely, those for bovine trichomoniasis, bovine tuberculosis, equine infectious anemia, pullorum disease in chickens, and foulbrood, gave the coefficient of determination of 97.9, 92.7, 91.0, 93.5, and 85.2%, respectively. Four of them were multiplicative, and the remaining one for equine inf...
Electron microscopic studies on equine infectious anemia virus (EIAV). Brief report.
Archives of virology    January 1, 1977   Volume 55, Issue 4 335-340 doi: 10.1007/BF01315055
Weiland F, Matheka HD, Coggins L, Hatner D.Morphological studies of EIAV reveal knobs on the surface of the particles, conically and tubularly shaped cores, budding particles with dense crescents directly underlying the plasma membrane, and distinct intracytoplasmic structures in infected cells.
Epidemiological features of the mycotoxicoses.
Annales de la nutrition et de l'alimentation    January 1, 1977   Volume 31, Issue 4-6 957-975 
Akkmeteli MA.Although mycotoxicoses attract more and more attention, the epidemiology of these diseases is still not adequately studied. The author devotes his study to certain diseases. In addition to the diseases whose mycotoxic nature is in no doubt, he conditionally includes certain diseases whose mycotoxic causation needs further proof. The author has assigned stachybotryotoxicosis and alimentary toxic aleukia or fusariotoxicosis to the first category and endemic nephropathy and primary liver-cell carcinoma to the second. His intention in adopting this approach is to establish the common features and ...
[Outbreak of equine influenza by a new strain of Myxovirus type 2. II. Epizootiology].
Archives de l'Institut Pasteur d'Algerie. Institut Pasteur d'Algerie    January 1, 1977   Volume 52 111-118 
Benmansour A, Benelmouffok A, Bouguermouh A.During an epizootic of equine acute respiratory disease in Algeria, a strain of equine influenza virus was isolated. Sera examination by hemagglutinin inhibition test and complement fixation test confirmed the etiology of the disease. The first and second outbreak of the disease remained localised. The third outbreak spread within few months to all parts of the country. Horses vaccinated with a commercial equine influenza vaccine remained healthy.
Lyophilized combination pools of enterovirus equine antisera: preparation and test procedures for the identification of field strains of 19 group A coxsackievirus serotypes.
Intervirology    January 1, 1977   Volume 8, Issue 3 172-181 doi: 10.1159/000148892
Melnick JL, Schmidt NJ, Hampil B, Ho HH.This paper describes the preparation of seven combination pools of equine antisera, designated J though P, for identification of 19 coxsackievirus A immunotypes. Each pool is composed of 4 to 6 antisera; the serotypes included are A1-6, 8, 10-15, and 17-22. These pools, unlike the previously prepared A-H enterovirus pools, were lyophilized from volumes of 0.5 ml dispensed into 5-ml vials, and when rehydrated with 5 ml of diluent provide 50-antibody-unit material ready for use in identification tests without further dilution. Procedures for using the antiserum pools are given, and guidance is p...
Strain differences in Echinococcus granulosus, with special reference to the status of equine hydatidosis in the United Kingdom.
Transactions of the Royal Society of Tropical Medicine and Hygiene    January 1, 1977   Volume 71, Issue 2 93-100 doi: 10.1016/0035-9203(77)90069-4
Smyth JD.The genetics of speciation in the genus Echinococcus are briefly discussed. As the organism is a hermaphrodite and multiplies asexually in the larval stage, the genetic mechanism for the ready production of new strains is inherent in the life-cycle. Some biological, biochemical and nutritional differences between the horse and sheep strains are examined. The sheep strain may be grown to sexual maturity, in vitro, in a diphasic system; the horse strain fails to grow in such a system. Differences have also been demonstrated between the soluble proteins of the two strains. The sheep strain is inf...
Serological relationships between rotaviruses from different species as studied by complement fixation and neutralization.
Archives of virology    January 1, 1977   Volume 53, Issue 4 287-294 doi: 10.1007/BF01315627
Thouless ME, Bryden AS, Flewett TH, Woode GN, Bridger JC, Snodgrass DR, Herring JA.Human, piglet, mouse, foal, lamb, calf and rabbit rotaviruses all infected, but could not readily be subcultured in LLC MK2 cells. Cells infected with mouse and calf rotaviruses reacted by indirect immunofluorescence (FA) with convalescent serum from children, piglets, mice, foals, lambs, calves or rabbits, taken after rotavirus infection. Human, calf, piglet, mouse and foal rotaviruses reacted with human, calf, mouse, foal and lamb convalescent serum by complement fixation (CF). It was not possible to distinguish between different rotaviruses by CF or FA. Neutralization tests, however, detect...
Klebsiella aerogenes in mares.
The Veterinary record    December 11, 1976   Volume 99, Issue 24 489 doi: 10.1136/vr.99.24.489
Ricketts SW.No abstract available
Animal disease agents transmitted by horse flies and deer flies (Diptera: Tabanidae).
Journal of medical entomology    December 8, 1976   Volume 13, Issue 3 225-275 doi: 10.1093/jmedent/13.3.225
Krinsky WL.No abstract available
[Isolation of viruses from abortive cases in mares].
Medycyna weterynaryjna    December 1, 1976   Volume 32, Issue 12 727-730 
Buczek J, Majer-Dziedzic B, Wrzolek G, Zólkowska G.No abstract available
Experimental intraspinal trypanosoma equiperdum infection in a horse.
The Onderstepoort journal of veterinary research    December 1, 1976   Volume 43, Issue 4 201-202 
Barrowman PR.To establish the ability of Trypanosoma equiperdum to cross the blood-brain-barrier in the horse, a susceptible stallion was infected via the cerebrospinal fluid of the subarachnoid space by lumbosacral puncture. Cerebrospinal fluid with low detectable levels of trypanosomes removed from a dourine-infected mare by lumbosacral puncture was used for infecting the animal. The parasite was detected in blood smears of the recipient 13 days after infection and the subsequent parasitaemia and clinical course of the disease followed that of naturally infected horses.
The role of wild animals in the spread of exotic diseases in Australia.
Australian veterinary journal    December 1, 1976   Volume 52, Issue 12 547-554 doi: 10.1111/j.1751-0813.1976.tb05417.x
Murray MD, Snowdon WA.The distributions of the following feral animals are given -- cattle, buffalo, pig, goat, deer, camel, horse, donkey, fox, dog and cat -- and the native dingo. The possible role these and the native rodents, marsupials and monotremes would play should an exotic disease of livestock enter Australia is discussed. It is considered that feral animals would be important in creating foci from which the disease would spread.
[Influenza vaccination: which vaccine (author’s transl)].
Tijdschrift voor diergeneeskunde    December 1, 1976   Volume 101, Issue 23 1321-1322 
Verberne LR, Mirck MH.A comparative study of the literature of the past ten years showed that vaccination of horses and ponies against influenza is best done using adjuvant-containing vaccines. Comparable results may probably be obtained by twice inoculating an aquenous vaccine. There are no drawbacks to the use of aluminium-hydroxide as an adjuvant when mineral oil is used as an adjuvant, the first and second vaccinations do not present any problems.
Klebsiella and Enterobacter organisms isolated from horses.
The Journal of hygiene    December 1, 1976   Volume 77, Issue 3 401-408 doi: 10.1017/s0022172400055789
Platt H, Atherton JG, Orskov I.An account is given of K. pneumoniae capsule types occurring in horses, with particular reference to strains originating from the genital tract in the mare and the external genitalia of the stallion. A survey of the prevalence of K. pneumoniae and E. aerogenes strains in the preputial flora of healthy stallions is described. The majority of horses were found to be carriers of these organisms. The cultural characteristics of these preputial strains are described and compared with those of K. pneumoniae strains associated with epidemic metritis in mares. The epidemiological significance of certa...
Klebsiella aerogenes in mares.
The Veterinary record    November 27, 1976   Volume 99, Issue 22 439 doi: 10.1136/vr.99.22.439
Greenwood RE, Ellis DR.No abstract available
Lungworm infection (Dictyocaulus arnfieldi) of horses and donkeys.
The Veterinary record    November 13, 1976   Volume 99, Issue 20 393-395 doi: 10.1136/vr.99.20.393
Round MC.Dictyocaulus arnfieldi (Cobbold 1884) infects the respiratory tract of horses, donkeys, mules, hinnies and zebra. A review of the literature has been given by Round (1972). In the western hemisphere it is popularly believed that donkeys are the natural host and that horses become infected by association with infected donkeys. There is scant documentary evidence for this and, in the Soviet Union, patent infections may reach 70 per cent without mention of donkey association (Koulikov 1935, Borovkova 1948, Akramovskii 1952a). Poynter (1963) considered the infection to be rare in the United Kingdo...
Equine infectious anaemia in Bolivia.
Tropical animal health and production    November 1, 1976   Volume 8, Issue 4 220 
Arnold RM, Méndez G.No abstract available
[Microscopic and ultrastructural studies on Joest-Degen inclusion bodies in spontaneous Borna disease of the horse].
Schweizer Archiv fur Tierheilkunde    November 1, 1976   Volume 118, Issue 11 493-498 
Bestetti G.No abstract available
[A practical horse and pony health programme. II. Prevention of parasitic and infectious disease (author’s transl)].
Tijdschrift voor diergeneeskunde    November 1, 1976   Volume 101, Issue 21 1189-1193 
Verberne LR, Mirck MH.No abstract available
Various conditions found in the horse.
The Veterinary record    October 9, 1976   Volume 99, Issue 15 302 doi: 10.1136/vr.99.15.302
Burgess D.No abstract available
Prevalence and diagnostic significance of Toxoplasma gondii antibodies in horses.
Veterinary medicine, small animal clinician : VM, SAC    October 1, 1976   Volume 71, Issue 10 1469-1473 
Eugster AK, Joyce JR.No abstract available
Treatment of lungworm infestation in horses.
Australian veterinary journal    October 1, 1976   Volume 52, Issue 10 487-488 doi: 10.1111/j.1751-0813.1976.tb05414.x
Rickard MD, James DE.No abstract available
Babesiosis of a horse in Australia.
Australian veterinary journal    October 1, 1976   Volume 52, Issue 10 487 doi: 10.1111/j.1751-0813.1976.tb05412.x
Churchill RC, Best DR.No abstract available
Isolation of an adenovirus from an Arab foal with a combined immunode ficiency disease.
Australian veterinary journal    October 1, 1976   Volume 52, Issue 10 435-437 doi: 10.1111/j.1751-0813.1976.tb05382.x
Thompson DB, Spradborw PB, Studdert M.Some details of the clinical and postmortem findings of an Arab foal that died as a consequence of adenoviral pneumonia superimposed on a combined immunodeficiency disease are provided. The foal was the 17th in a series of similar deaths that occurred on a farm since 1959. An adenovirus, which by haemagglutination inhibition and serum neutralisation tests was antigenically similar to 2 other equine adenoviruses isolated in Australia, was isolated from a nasal swab taken from the foal when it was 23 days of age.
The husbandry and veterinary care of wild horses in captivity.
Equine veterinary journal    October 1, 1976   Volume 8, Issue 4 140-146 doi: 10.1111/j.2042-3306.1976.tb03324.x
Jones DM.A short account of the natural history of the wild Equidae is given as a background to their management in captivity. In general the approach to their husbandry and veterinary care is similar to that for the domestic horse. A mixture of etorphine and acepromazine has been found to be the most effective for handling and conventional methods of anaesthesia can be safely superimposed on these if required. The data collected at Whipsnade on the haematology and biochemistry of these species is summarised in tabular form and an analysis is included of the post-mortem examinations of 105 equine carca...
Report on Equine Infectious Anemia Conference.
Modern veterinary practice    October 1, 1976   Volume 57, Issue 10 838-846 
No abstract available
The capybara (Hydrochoerus hydrochaeris) as a reservoir host for Trypanosoma evansi.
Journal of wildlife diseases    October 1, 1976   Volume 12, Issue 4 572-574 doi: 10.7589/0090-3558-12.4.572
Morales GA, Wells EA, Angel D.Discovery of two ill horses and three dogs naturally infected with Trypanosoma evansi near an experimental station in the Eastern Plains of Colombia led to a search for reservoir hosts of the parasite. Infection was detected in 8/33 healthy capybaras (Hydrochoerus hydrochaeris), none of the remaining 14 horses, and none of 32 Zebu cattle (Bos indicus), 18 paca (Cuniculus paca) and 20 spiny rats (Proechimys sp.). Contrary to common opinion, the results indicated a carrier state in the capybara. Diagnosis was based on morphology, behaviour in albino rats, and pathogenicity and host range in dome...
Eimeria leuckarti infection in a thoroughbred foal.
The Veterinary record    September 11, 1976   Volume 99, Issue 11 213-214 doi: 10.1136/vr.99.11.213
Sheahan BJ.No abstract available