Topic:Disease Diagnosis

Disease diagnosis in horses involves the identification and characterization of illnesses through various diagnostic methods and tools. This process is essential for effective veterinary care and management of equine health. Techniques used in diagnosing diseases in horses include clinical examinations, laboratory tests, imaging modalities such as ultrasonography and radiography, and molecular diagnostics. Blood tests are frequently utilized to assess parameters such as complete blood count and biochemical profiles, which can indicate underlying health issues. Additionally, advancements in genetic testing and biomarker identification have enhanced the ability to detect specific diseases early. This page aggregates peer-reviewed research studies and scholarly articles that explore diagnostic methodologies, their applications, and their impact on equine health management.

[Cryptococcosis (review)].

Vestnik dermatologii i venerologii October 1, 1971 Volume 45, Issue 10 25-29

Il'chenko LS, Sheklakov ND, Leshchenko VM.No abstract available

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Significance of lesions of the cornea and lens in the examination of horses for soundness.

Equine veterinary journal October 1, 1971 Volume 3, Issue 4 141-143 doi: 10.1111/j.2042-3306.1971.tb04457.x

Craven JR.No abstract available

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Titration of equine infectious anemia virus. Effect of dosage on incubation time and clinical signs.

The Cornell veterinarian October 1, 1971 Volume 61, Issue 4 687-695

Kemeny LJ, Mott LO, Pearson JE.No abstract available

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Serological identification of an equine Rhinovirus strain.

Archivio veterinario italiano October 1, 1971 Volume 22, Issue 5 269-272

Flammini CF, Allegri G.No abstract available

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[Problems of the so-called sore-shin disease of thoroughbred race horses].

Monatshefte fur Veterinarmedizin September 15, 1971 Volume 26, Issue 18 703-705

Dietz O, Mill J, Richter W, Wilsdorf G.No abstract available

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Effects of intra-articular injection of flumethasone suspension in joint diseases in horses.

Journal of the American Veterinary Medical Association September 15, 1971 Volume 159, Issue 6 739-753

Van Pelt RW, Tillotson PJ, Gertsen KE, Gallagher KF.No abstract available

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[Dysontogenetic liver neoplasms in new-born animals].

Berliner und Munchener tierarztliche Wochenschrift September 15, 1971 Volume 84, Issue 18 354-355

Christl H.No abstract available

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Preliminary investigation of the actions of Immobilon in the horse.

The Veterinary record September 4, 1971 Volume 89, Issue 10 280-281 doi: 10.1136/vr.89.10.280-a

Hillidge CJ, Lees P.No abstract available

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The antileptospira antibodies in apparently healthy horses.

Archives roumaines de pathologie experimentales et de microbiologie September 1, 1971 Volume 30, Issue 3 335-340

Nicolescu M, Oprişan R.No abstract available

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Lead poisoning in horses. An environmental health hazard.

Archives of environmental health September 1, 1971 Volume 23, Issue 3 185-195 doi: 10.1080/00039896.1971.10665984

Schmitt N, Brown G, Devlin EL, Larsen AA, Saville JM, McCausland ED.No abstract available

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[Influenza in horses caused by Myxovirus influenzae, type A2. Characteristics of 4 strains isolated in the region of Naples].

Bollettino dell\'Istituto sieroterapico milanese September 1, 1971 Volume 50, Issue 5 363-379

Bonaduce A, Martone F, Bonaduce D, Vaccaro A.The six strains were not antigenically different from strains isolated in Naples in 1967 and Andria in 1968.

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Two unusual cases in pregnant mares.

Australian veterinary journal September 1, 1971 Volume 47, Issue 9 459-460 doi: 10.1111/j.1751-0813.1971.tb02189.x

Japp NG.No abstract available

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Temporal distribution of equine arteritis virus in respiratory mucosa, tissues and body fluids of horses infected by inhalation.

Research in veterinary science September 1, 1971 Volume 12, Issue 5 459-464

McCollum WH, Prickett ME, Bryans JT.No abstract available

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Studies on the IgA system of the horse.

Immunology September 1, 1971 Volume 21, Issue 3 443-454

Vaerman JP, Querinjean P, Heremans JF.Equine serum and secretions were found to contain a protein which cross-reacted with an antiserum against human IgA, but not with antisera against any other human immunoglobulin. The physicochemical properties of equine IgA resembled those of human IgA. IgA was found to be the immunoglobulin having the highest secretion serum concentration ratio in equine lacteal and salivary secretions, and to be the protein produced by the majority of immunoglobulin-containing cells in the of the equine intestine.