IV- Digital Repository for the Faculty of Veterinarian Sciences

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Faculty of Veterinarian Sciences

Welcome to the Digital Repository for the Faculty of Veterinarian Sciences

The Digital Repository for the Faculty of Veterinarian Sciences is a dedicated platform for preserving and sharing academic, research, and scholarly resources related to veterinary science. This repository provides faculty members, students, and researchers with access to a wide range of materials that support scientific inquiry and innovation in the field of animal health and veterinary studies.

Our faculty consists of specialized academic departments and postgraduate programs focused on advancing veterinary education and research. Departments include:

Explore cutting-edge research, academic projects, and valuable resources in veterinary sciences. Join us in contributing to the advancement of animal health and welfare through the Faculty’s Digital Repository.

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New Veterinary Surgery Techniques Seminar

December 10, 2024

The Faculty of Veterinarian Sciences hosted a seminar showcasing advanced surgical techniques and innovations in veterinary medicine, attracting experts from across the region.

Launch of the Digital Repository

November 25, 2024

We are proud to announce the launch of the Digital Repository for the Faculty of Veterinarian Sciences, providing open access to academic and research materials for global audiences.

Workshop on Preventive Medicine in Livestock

November 18, 2024

A workshop was held to discuss preventive medicine practices for livestock, focusing on improving animal health and productivity through effective disease prevention strategies.

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Author: search.filters.author.Dunya A. A. Mohammed SalihStart date: 2020

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    Mutation on Theileria species in cattle in Fallujah city, west region of Iraq
    (30/9/2024, 2024-08-17) Dunya A. A. Mohammed Salih
    Background: Theileriosis infection is a tick-borne disease that leads to global animal morbidity, mortality, and economic losses. Aim: This study aimed to examine Theileriosis infection by traditional and molecular methods. Methods: A total of 100 blood samples of local breed cows were examined by Giemsa smearing under a microscope, amplified- PCR in region 18SrRNA PCR at 600bp, and DNA sequencing analysis of the genetic relationships. Results: The clinical signs showed that an elevated fever (40.3°C–41.5°C), an asymmetrical extension of superficially prescapular lymph nodes, lacrimation, icteric mucus membranes eyes, ecchymotic hemorrhages on the sclera, dullness, lethargy, salivation, and ticks presence. Giemsa-stained blood smear and conventional PCR were revealed 24% and 73% for infection respectively. The phylogenetic tree was constructed with DNA sequencing analysis of accession number: OQ779946.1, OQ779947.1, OQ779949.1, OQ779952.1, OQ779953.1 and OQ779953.1, belonging to Theileria annulata; acc. nos.: OQ779950.1, OQ779951.1 belong to Theileria parva; acc. nos.: OQ779948.1, OQ779960.1 belongs to Theileria species; acc. no.: OQ779955.1, OQ779957.1, OQ779958.1 belong to T. sergenti; and OQ779956.1, OQ779959.1 belong to Theileria orientalis. Nucleotide substitutions of transversion and transitions occurred in 11 types containing gaps and missing are A>T; A>C; A>G; C>A; C>G; C>T; G>A; G>C; G>T; T>A; T>C for 254 positions in the final dataset. Conclusion: This study showed theileriosis infection is highly endemic and represents the first investigation into the use of molecular phylogeny to classify Theileria in Fallujah city, West Region of Iraq. Keywords: Cattle, Fallujah city, Molecular study, Theileria spp.