Nahla Muhammad Saeed1, Sirwan Muhammad
Talib1 and Hiewa Othman Dyary2*
1Department
of Microbiology; 2Department of Basic Sciences, College
of Veterinary Medicine, University of Sulaimani, New Sulaimani,
Street 27, Sulaymaniyah, Kurdistan Region, Northern Iraq
*Corresponding author:
dyary.othman@univsul.edu.iq
Abstract
Brucellosis is an economically important zoonotic
disease that is endemic in different parts of Iraq. An outbreak of abortion
occurred in sheep and goats in Sharazor subdistrict, Sulaymaniyah, Iraq and
Brucella infection was suspected to be the cause. Between November 1,
2014, and January 31, 2015, 47 tissue and
vaginal swab samples were collected from 17 herds. Samples from each herd were
mixed together to make 17 pooled samples. The Brucella genus-specific
primer Bruc was used to amplify the 223 bp
amplicon of bcsp31 gene. Fifteen of the 17 samples (88%) were positive for
Brucella genus. Thereafter, five samples were randomly selected to identify
the species by designing four sets of Brucella-species-specific primers.
Sequencing of the Outer Membrane Protein 2 (omp2) gene was performed and the
sequences were aligned with others in the GenBank databases. The results showed
that the omp2 gene of the five isolates from Sharazor had 99-100% similarities
with Brucella melitensis bv. 2 that was isolated from United States
(accession number CP007789) and B. melitensis strain 20236 (accession #
CP008750) isolated from human in China. The amino acid sequences of the omp2a
gene in the five isolates were similar with other isolates in GenBank with the
exception of B. suis bv. 2 (accession # CP007720). This study reported
the occurrence of B. melitensis for the first time in Sharazor
subdistrict, Sulaymaniyah, northern Iraq, using molecular techniques.
To Cite This Article: Saeed NM, Talib SM and Dyary HO, 2019.
Molecular Detection of outer membrane
protein 2 gene in isolated Brucella
from sheep and goats in Sharazor/Kurdistan Region of Iraq. Pak Vet J,
39(3): 383-388. http://dx.doi.org/10.29261/pakvetj/2019.043