e-ISSN No.:2581-3897

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Diagnostic Methods and Divisions of Veterinary Parasitology

Kang Yi*

Department of Veterinary Sciences, Siam University, Phasi Charoen, Bangkok

*Corresponding Author:
Kang Yi
Department of Veterinary Sciences, Siam University, Phasi Charoen, Bangkok
E-mail: yikang@edu.th

Received: 01-Jun-2022, Manuscript No. JVS-22- 62701; Editor assigned: 03-Jun-2022, Pre QC No. JVS-22- 62701 (PQ); Reviewed: 17-Jun-2022, QC No. JVS-22- 62701; Revised: 24-Jun-2022, Manuscript No. JVS-22- 62701 (R); Published: 30-Jun-2022, DOI: 10.4172/2581-3897.6.S5.005

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About the Study

Veterinary parasitology is a branch of veterinary medicine that deals with the study of morphology, life-cycle, pathogenesis, diagnosis, treatment, and control of eukaryotic invertebrates of the kingdom Animalia and the taxon Protozoa that depend upon other invertebrates and higher vertebrates for their propagation, nutrition, and metabolism without necessarily causing the death of their hosts. Modern parasitology focuses on responses of animal hosts to parasitic invasion. Parasites of domestic animals, (livestock and pet animals), as well as wildlife animals are considered. Data obtained from parasitological research in animals helps in veterinary practice and improves animal breeding. The major goal of veterinary parasitology is to protect animals and improve their health, but because a number of animal parasites are transmitted to humans, veterinary parasitology is also important for public health. Various methods are used to identify parasites in animals, using feces, blood, and tissue samples from the host animal.

Coprological examinations involve examining the feces of animals to identify and count parasite eggs. Some common methods include fecal flotation and sedimentation to separate eggs from fecal matter. Others include the McMaster method, which uses a special two-chamber slide that allows parasite eggs to be more clearly visible and easily counted. It is most commonly used to monitor parasites in horses and other grazing and livestock animals. The Baermann method is similar but requires more specialized equipment and more time and is typically used to diagnose lungworm and threadworm. Haematological examinations involve examining the blood of animals to determine the presence of parasites. Blood parasites tend to inhabit the erythrocytes or white blood cells and are most likely to be detected during the acute phase of infection. Veterinary parasitologists use blood smears, which involve placing a drop of blood onto a slide and spreading it over the surface in a thin film in order to examine it under a microscope. The blood is stained with a dye in order for the cells to be easily distinguished. Histopathological examinations involve examining tissue samples from animals. A small slice of the organ suspected of being infected by parasites is mounted on a slide, stained, and examined under a microscope.

Immunological examinations, such as indirect immunofluorescence, ELISA, Immunoblotting (Western blot), and Complement fixation test are methods of identifying different kinds of parasites by detecting the presence of their antigens on or within the parasite itself. These diagnostic methods are used in conjunction with coprological examinations for more specific identification of different parasite species in fecal samples. Molecular biological methods involve studying the DNA of the parasite in order to identify it. PCR and RFLP are used to detect and amplify parasite DNA found in the feces, blood, or tissue of the host. These techniques are very sensitive, which is useful for diagnosing parasites even when they are present in very low numbers; they are also useful for identifying parasites not only in large animal hosts but smaller insect vectors. Babesia divergence is an intraerythrocytic parasite, transmitted by the tick Ixodes ricinus. It is the main agent of bovine babesiosis, or "red water fever", in Europe. Young cattle are less susceptible. The current emphasis in Europe on sustainable agriculture and intensification is likely to lead to an increase in vector tick populations with increased risk of infection.